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Boğaziçi University: Pioneering Approach to Research and Interdisciplinary Studies

Boğaziçi University uses its core competencies effectively to achieve its goals in line with the vision it has set within the scope of the 2025-2029 Strategic Plan. These competences are as follows:

1. Leading the way in research

2. Participatory approach in management

3. Quality and performance management

4. Supportive and international co-operation

Our university recognises the international level as the measure of excellence in research activities. Among our faculty members, there are academics who have been awarded prestigious national and international awards such as European Union (EU), TÜBİTAK, TÜBA and Marie Curie Research Programme and Scholarships.

The studies carried out in the Faculties, Institutes and Research Centres of our university provide important contributions both nationally and internationally. Below, some of the research areas in which our university is a pioneer and the interdisciplinary studies carried out in these areas are exemplified.

❖ In the field of Engineering and Technology; Boğaziçi University conducts pioneering research in artificial intelligence and machine learning. In particular, important studies are carried out in the fields of image processing, natural language processing and data mining. For example, university researchers are developing advanced image processing techniques for various industrial and medical applications. In addition, research on renewable energy sources, smart grid systems and energy efficiency attracts attention. In the energy systems laboratory of our university, projects on energy conversion and storage technologies are carried out.

❖ In the field of Natural Sciences, important research is carried out in the field of nanotechnology and materials science. Studies on nanomaterials and their electronic, optical and biomedical applications are carried out.

❖ In the field of Environmental Sciences; Our university carries out research on climate change, sustainability and evaluation of environmental impacts. In particular, studies on the ecosystem of the Marmara Sea contribute to the understanding of environmental problems in the region and the development of solutions.

❖ In the field of Social Sciences; research on economic modelling, financial markets and sustainable development attracts attention. Our university carries out important studies on issues such as the effects of economic crises and the analysis of economic policies. In addition, research is conducted on human behaviour, social change and cultural dynamics. The Psychology Department of the university conducts in-depth studies on child and adolescent psychology, trauma and stress management.

❖ In the field of Health Sciences; Our university conducts pioneering research in the fields of biomedical devices, bioinformatics and medical imaging. For example, important studies on new technologies and biosensors developed for cancer diagnosis and treatment are being carried out. Our research on genetic diseases, gene therapy and biotechnology is also remarkable. Our university develops pioneering projects especially in cancer research and genetic engineering.

❖ In the field of law, she conducts in-depth research on human rights, refugee law and international relations. She carries out various projects for the protection and promotion of human rights at regional and global level.

The interdisciplinary research we conduct in different fields makes significant contributions to both academic literature and social development. These studies support Boğaziçi University as a leading institution in the field of research and guide scientific progress.

Click here to read Boğaziçi University Strategic Plan 2025-2029:

https://sgdb.bogazici.edu.tr/sites/sgdb.bogazici.edu.tr/files/bogazici_universitesi_2025-2029_stratejik_plani.pdf

Research Laboratories

In addition to the faculties, schools and institutes of Boğaziçi University, research is carried out at the Application and Research Centres in a wide range of fields from information technologies to nanotechnology, from cognitive sciences to politics and on an interdisciplinary platform.  In the research laboratories serving in the branches of Science and Engineering, Social Sciences and Humanities, graduate research as well as research involving undergraduate students are carried out.

The experimental setups and devices in our laboratories provide researchers with the opportunity to work and conduct experiments, improving their experimental skills and research abilities. In addition, laboratory studies also put into practice the theoretical knowledge learnt in the course.

Faculty of Education

Mathematics and Science Education

• Adaptive Test Laboratory

https://bounadaptivetestlab.bogazici.edu.tr/ 

Boğaziçi University Individualised Testing Laboratory (BounAdaptiveTestLab) focuses on the measurement of academic achievement and psychological constructs with individualised tests. The lab conducts research on live Computerised Adaptive Testing (CAT) and multi-stage adaptive testing (MST). Tests are being developed for the measurement of quantitative skills at the K-12 level and the competences of prospective teachers. In addition, the development of instruments for the measurement of various psychological constructs with CAT or MST is among the goals of this laboratory. One of the primary goals of the laboratory is to increase CAT and MST research by creating a working environment in the laboratory for visiting faculty members, postdoctoral researchers, master's and doctoral students.

• Children's Learning Lab (COL)

https://col.bogazici.edu.tr/en

In the Children's Learning Laboratory (CLL), research is conducted on how children learn and how they can improve their learning. Our research focuses on learning key concepts and problem-solving procedures in mathematics, with an emphasis on experiences that promote learning. Major research topics include the role of early patterning skills in later mathematics learning, high school students' perceptions of algebraic expressions, the development of the number line concept in children of different ages, and influential cognitive factors.

• Virtual Reality Laboratory (BUViaR)

https://buviar.bogazici.edu.tr/

BUViaR is a research laboratory established within the scope of the multidisciplinary research support programme of Boğaziçi University Scientific Research Projects Unit. Many undergraduate and graduate students are conducting their projects and thesis studies in the laboratory, which was established within the scope of a project co-directed by 3 academicians working in different fields, Assoc. Prof. Engin Ader from Mathematics and Science Education, Assoc. Prof. Emre Uğur from Computer Engineering and Assoc. Prof. İnci Ayhan from Psychology. BUViar, located in KPark 118A, North Campus, conducts research on topics such as self-regulated learning, body and time perception, design of virtual reality environments with multiple data collected from virtual reality environments and machine learning algorithms.

Equipment

Faculty of Arts and Sciences Research Laboratories

Physics Department

• Astrophysics Laboratory

https://academics.boun.edu.tr/ercan/ 

Data from new and old generation X-ray observation satellites currently in Earth orbit are being analysed and research is being carried out to understand the physical properties of various X-ray sources in the sky. For some time now, with a group including participants from Turkey and abroad, observations in the visual spectrum region and also in the smaller wavelengths of electromagnetic radiation such as gamma rays have been started through optical astronomy observations and research in this direction has been deepened by building all kinds of infrastructure. Our research group carries out both observational and theoretical studies in many different areas of galactic and extra-galactic astronomy and astrophysics, such as galaxy clusters, discovery of supernova remnants in nearby galaxies, neutron stars, black holes, dark matter and other current topics of astrophysics.

• Engin Arık High Energy Physics Instrumentation Laboratory

https://karebloklab.wordpress.com/

http://kahvelab.boun.edu.tr/

The laboratory mainly carries out computational studies on the ATLAS and CMS experiments at CERN. In addition, there is an experimental setup built to measure the muon half-life and electronic cards suitable for data acquisition in nuclear experiments.

• Fibre Lasers Laboratory

https://academics.boun.edu.tr/parviz.elahi/

In this laboratory, we develop continuous-wave, nanosecond and ultrashort (picosecond and femtosecond) fibre lasers at approximately 1 µm and 1.5 µm. We also use the lasers we have developed for laser material processing, including metals, semiconductors and tissue processing. We are also developing optical tweezers, especially in-cavity optical tweezers, for capturing microbeads and live cells. The development of modern imaging techniques, such as digital holographic microscopy, is another ongoing research in this laboratory.

• Fibre Optics Laboratory

We study the physics of nanoparticles, nanoparticle spectroscopy and time-resolved imaging, quantum dots, photonic crystals, fibre optic sensors, optical topography and quantum communication.

• Climate Change Research Laboratory

http://.climatechange.boun.edu.tr

In the Climate Change Research Laboratory, high resolution regional climate projections are prepared using Regional Climate Modelling techniques. Temporal and spatial sectoral impact analyses are derived from these projections. The main areas of use of the analyses are health, agriculture and energy sectors. In the projects produced, there is also the contribution of the ministries and private sector operating in the mentioned fields. In addition, graduate and doctoral students from different institutes of our university continue their research studies in this laboratory.

• Kandilli Detector, Accelerator and Instrumentation Laboratory

http://kahvelab.boun.edu.tr/

In the laboratory, accelerators and detectors are being developed to accelerate subatomic particles to high energies and observe them. In recent years, Turkey's first gas wire chamber detector, RF transmission line and circulator in the UHF band suitable for use in accelerators, and an electron gun have been designed and developed. In order to transform these devices into products for both scientific and industrial purposes, co-operation is carried out with researchers from various universities in Ankara, Istanbul, Izmir, Kütahya and CERN. The infrastructures of the laboratory include a computer farm with a total of 500 cores suitable for the processing of data from experiments at CERN and simulation studies, a mechanical workshop suitable for machining parts up to 60cm, a small wet room and an electronics workshop.

• Square Block Detector Technologies Laboratory

https://karebloklab.wordpress.com/

KareBlokLab was established at the Kandilli Campus of Boğaziçi University for the development and testing of detector readout and control electronics. KareBlokLab is located in the Feza Gürsey and BTK buildings. The main objective of KareBlokLab is to transfer the expertise gained in the CERN CMS experiment to detector R&D activities in Turkey and to increase the number of experts in Turkey. KareBlokLab team's areas of interest are as follows: Hardware design, firmware and software development for silicon-based detector readout, control and trigger distribution systems in a controlled environment, firmware and software development for high speed, high bandwidth data acquisition systems, total ionisation dose and single event effect tests of electronics designed for LHC experiments.

• Solid State Physics Laboratory

http://www.phys.boun.edu.tr/solidstate/SolidStateLab1.htm

The fabrication of semiconductor thin film devices, characterisation of their structural, electronic, optoelectronic and thermal properties and advanced technology applications such as solid state memory, solar cells, sensors are investigated.

• Medical and Biological Physics Research Laboratory

Cancer physics, cancer modelling and cancer imaging are studied. There are approximately 350 thousand cancer patients in Turkey and the number is increasing rapidly. Therefore, multidisciplinary and unique approaches to cancer are required. The aim of this laboratory is to look at, investigate and understand cancer with the eyes of a physicist equipped with biological knowledge. We are also interested in the development of harmless, inexpensive and portable optical and acoustic cancer imaging techniques.

• Nanomagnetism and Spin Applications Research Laboratory (Buspin)

https://buspin.bogazici.edu.tr/home

In this laboratory, static properties and radio frequency (RF) dynamic properties of thin film nano-magnet structures and other spintronic devices produced using advanced nanofabrication techniques and their applications in magnetic memory and sensor technologies are investigated.

• Semiconductor Optics Laboratory

https://sites.google.com/view/aslanlab/

Using optical spectroscopy (measurement) methods, we study families of materials of interest. These are atom-thick 2-D materials (transition metal dichalcogenides) and 0-D quantum dots, graphene and similar structures. We modify their optical and electronic properties by mechanical methods and study both basic semiconductor physics and their applications in optoelectronics.

Department of Chemistry

• Archaeometry Laboratory

Study Area: Projects and analyses are carried out for the study of archaeological materials. It is aimed to obtain information about the ancient diet by analysing the organic remains isolated from pottery. The analyses of the study are carried out with two gas chromatographs in the laboratory. The laboratory also has a device for preparing thin sections from pottery. Another field of study is the preparation of micro morphology from archaeological settlement bases.

• Biophysical Chemistry and Soft Matter Laboratory

Field of Study: Bio-materials, polyelectrolytes, colloids and different materials used in interfaces are synthesised and characterised. The interaction of other molecules such as proteins with macromolecules having polyelectrolyte structure in biology is investigated. The structures and macro ion behaviour of these materials are studied in gel and/or solution and enzyme immobilisation applications are carried out by isothermal titration, rheology, light scattering and small angle neutron scattering techniques.

• Environmental Chemistry and Natural Materials Laboratory

Study Area: Identification of synthetic chemicals that are prominent in water pollution, risky for human health and ecological balance, and method development and optimisation for their removal from water. In this context, production, utilisation and performance evaluation of activated carbon, microalgae and cyanobacteria species. Production of composite and property-controlled hydrogels using various polysaccharide derivatives for use in water treatment or biological applications. Chemical determination in blood serum.

• Advanced Technology Laboratory for Energy Storage

Field of Study: Studies on lithium ion and sodium ion battery technologies are carried out. In our laboratory, starting from synthesis, production, electrical and electrochemical characterisations of both active and inactive materials that find application in batteries are carried out. In addition to these, physico-chemical characterisations are carried out in cooperation with different universities and R&D institutions. Again, our group is trying to produce studies with high impact value by using advanced characterisation techniques in synchrotron laboratories in Paris and Jordan.

• Photochemistry and Photocatalyst Laboratory

Study Area: Photocatalyst preparation and characterisation studies are carried out using impregnation and precipitation methods. With lighting boxes, photocatalytic efficiency is monitored in the presence of selected sample materials in light and non-light environment and kinetic studies are carried out.

• Computational Chemistry Laboratory

Field of Study: The hydrophilic/hydrophobic properties of organic molecules that constitute pharmaceutical raw materials are determined and their potential to enter cells is determined by computational methods. In materials chemistry, the contribution of metal oxide catalysts to the selectivity of hydrogenation reactions is modelled with atomistic and electronic resolution and the design of new and high yielding catalysts is aimed.

• Computational Chemistry and Biochemistry Laboratory

Field of Study: He is focused on understanding the protein-ligand interactions that come together with non-covalent forces in the human body by experimental methods, building complex systems with polymer / colloid and nanoparticles and obtaining materials that can be used in medicine and energy.

• Pharmaceutical Chemistry Laboratory

Field of Study: Studies on targeted cancer drugs are carried out. Preparation of macromolecular carriers, targeting them with biomolecules and synthesis of drug molecules, preparation of antibody-drug conjugates and examination of the biological effects of the new molecules prepared afterwards are the working areas of the laboratory.

• Laser Spectroscopy and Surface Science Laboratory

Field of Study: Studies are carried out to better understand different reaction mechanisms by using laser and mass spectroscopy methods. It is aimed to determine the reaction steps that take place on different surfaces and to turn them into more efficient steps and thus to reach products that can be obtained more easily.

• Organic Polymer, Bio-Nano Materials Laboratory

Field of Study: It is a laboratory where macromolecular structures with biomedical applications are synthesised. In the journey from new monomer synthesis to sensors and bioactive gels, studies on the physical properties and biological investigations of materials are ongoing.

• Organic Synthesis Laboratory

Field of Study: Synthesis and reactions of chiral heterocyclic systems are studied. In addition, HPLC and NMR analyses of chiral compounds are performed. Rotationally hindered compounds are also synthesised in the laboratory.

• Organic Synthesis and Polymeric Chemistry Laboratory

Field of Study: Atom transfer radical polymerisation (ATRP) and RAFT techniques are used to obtain controlled functional and reactive polymers. Apart from this, we are also trying to obtain aliphatic polyesters by condensation. The common goal of these projects is to obtain new polymers with potential for use in powder coating.

• Polymer Research Laboratory

Field of Study: Synthesis of new functional monomers and polymers, water soluble monomers and polymers, photopolymerisation and photoinitiators, biocompatible materials.

• Polymer Processing and Nanocomposite Laboratory

Field of Study: Preparation and characterisation of polymer blends, polymer processing and moulding, synthesis and characterisation of polymeric nanocomposites, thermal and static/dynamic mechanical characterisation of polymers, dimensional stability of polymers.

• Polymer Synthesis and Characterisation Laboratory

Field of Study: Functional homopolymer, block and graft copolymer synthesis and characterisation, preparation and characterisation of polymer blends, molecular weight and dispersion characterisation, dimensional stability of polymers.

• Spectroscopy and Chromatography Laboratory

Working Area: It is the laboratory where analysis infrastructure devices such as Infrared, NMR, LC-MS, surface tension device are available.

• Fuel Cells and Energy Laboratory

Field of Study: In the laboratory, fuel cell materials are synthesised and characterised. Performance analyses of the defined materials are also completed and studies are carried out to turn them into highly efficient energy cycle systems. Emission tests and emission reduction studies are carried out by using energy cycle and carbon storage materials together. All necessary studies are carried out for the synthesis, characterisation and preparation for use of catalyst materials required for energy cycles at nano dimensions.

• Surface Chemistry and Colloid Laboratory

Field of Study: In experiments, micelle, micro/nano emulsion and vesicular structures formed by surface-active substances and used in bio-membrane-like modelling are generally studied. DNA, protein, drug, etc. encapsulation studies are carried out in the hydrophilic and hydrophobic areas of these structures.

Department of Molecular Biology and Genetics

• Apoptosis and Cancer Immunology Laboratory (AKIL)

 https://akil.bogazici.edu.tr/

Areas of Study: One of the research topics of Prof. Dr. Nesrin Özören's Apoptosis and cancer immunology laboratory is the importance of the ASC adaptor in the development of human skin cancer. The findings obtained so far indicate that ASC has two important roles. The first is the recognition of intracellular pathogens in the immune system. By enabling the caspase 1 enzyme to function, it controls the secretion of IL-1 and IL-18 cytokines. Its second function is suggested to be in the cell death mechanism. Expression of the ASC gene is normally found in a wide range of tissues, but its expression has been found to be suppressed in a large proportion of some cancer types. Their aim will be to clarify the importance of ASC in the development of these tumours. Their second research topic is to elucidate the mechanisms of Behçet's disease, a common disease in Turkey.

• Senselab

https://neurobio.bogazici.edu.tr/

Fields of Study: In the sensory research laboratory of Assoc. Prof. Dr. Stefan H. Fuss, the development of the olfactory sensory organ and the mechanisms of differentiation of sensory neurons are investigated. Zebrafish (Danio rerio) model organism is used in these studies. In addition, cell degeneration and regeneration in the olfactory system are examined. These studies constitute the basis of stem cell differentiation.

• Laboratory of Genome Regulation (Genreg)

https://genreg.bogazici.edu.tr/

Fields of Study: Epigenetic mechanisms, which control when and how much of the tens of thousands of genes in the human genome will be active, have a critical position in terms of normal development processes and adaptation to the environment. It is also observed that disorders in these mechanisms play an important role in cancerisation. The main research focus of the Gene Regulation (GenReg) Laboratory is to define the mechanisms of factors affecting gene activity and their roles in cancer. With these studies, it is planned to identify new treatment targets specific to cancer types.

• Cancer Signalling Laboratory (CSL)

https://csl.bogazici.edu.tr/

Fields of Study: Prof. Dr. Lecturer. Prof. Necla Birgün's cancer signalling pathways research laboratory (CSL) is mainly working on two topics. One of the researches involves new molecules that affect cancer formation in the Wnt/beta-catenin signalling pathway. Many elements in the signalling pathway have been associated with different types of cancer. Our working group has found many target molecules that provide high expression of mutant beta-catenin in liver cancer cells and whose expression changes as a result of SAGE and microarray analysis. Our aim is to identify and characterise molecules that have not previously been associated with cancer. Our second focus is to investigate the signalling pathway in which the Allatostatin receptor (AstR), a G-Protein coupled receptor (GPCR), is involved. Allatostatins (AST) inhibit juvenile hormone in insects, suppress muscle activity, and are also involved in feeding behaviour and vitelogenesis. Approximately 60 % of their main targets are GPCR proteins. Our group is trying to elucidate the signalling pathways of insect-specific Allatostatin receptors, especially for use as pesticides.

• Molecular Toxicology and Cancer Research Laboratory

Fields of Study: In the studies carried out in Assoc. Prof. Dr. İbrahim Yaman's laboratory, the toxic effects of food-derived or other natural chemical agents are investigated at the molecular level and the molecular mechanisms of carcinogenic agents causing cancer are investigated. In this context, the effects of chemical agents on cellular signalling pathways, cell death/survival processes affected by these signalling pathways, protein degradation mechanisms such as proteasome and autophagy are investigated. In addition, the effects of chemical agents on gene expression are examined at the level of transcription and translation and the mechanisms of their effects on these basic cellular processes are among the other study areas of the laboratory.

• Post-Translational Modifications Research Laboratory

Fields of Study: Prof. Dr. Lecturer. Prof. Dr. Umut Şahin's research laboratory investigates post-translational mechanisms (Ubiquitin, Small Ubiquitin-like Modifier) that control protein stability and degradation, and investigates the artificial triggering of these mechanisms by genetic and pharmacological methods. In this context, it is aimed to destroy harmful, toxic and pathological proteins for the organism and to treat some diseases (including various types of cancer and some neurodegenerative diseases) in this way. In the laboratory, mainly protein biochemistry and cell biology techniques are used, in the long term experiments will be carried out on experimental animals.

• Mitochondrial Genetics Laboratory (MitoLab)

Fields of Study: Prof. Dr. Prof. Şükrü Anıl Doğan's research laboratory focuses on the contribution of mitochondria to stress signalling in the cell. The aim of the laboratory is to study the different signals emitted from mitochondria and to systematically investigate the molecular pathways that activate these signals in the context of aging and aging-related diseases. Current studies of the lab are related to free radicals. With various transgenic mouse models, we aim to investigate the effect of free radical signalling on pathways such as mitochondrial misfolded protein response (UPRmt), autophagy, mitokine release and mitochondrial integrated stress response (ISRmt). Deciphering free radical signalling in detail will help to design better treatments for diseases and highlight the potential dangers of unnecessary antioxidant use/treatment.

• Developmental Neurobiology Laboratory

Areas of Study: In Prof. Dr. Arzu Çelik Fuss' research laboratory, developmental neurobiology laboratory investigates the mechanisms of brain and sensory organ development and differentiation of neurons. In addition, the development of neurodevelopmental and neurodegenerative disease models using the fruit fly Drosophila melanogaster and elucidation of the molecular mechanisms that cause disease are among the research topics. In the long term, it is aimed to develop treatment methods against diseases by performing drug screening in these models obtained. The methods used include molecular biology, genetics, cell biology, bioinformatics, protein biochemistry, immunofluorescence and advanced microscopy techniques and transgenic animal production.

• Experimental Immunology Laboratory (DIL)

Areas of Study: Prof. Dr. M. Batu Erman's Experimental Immunology research laboratory aims to understand the development and function of the immune system at the molecular, cellular and organismal levels. Our research starts from the function of transcription factor proteins in the cell nucleus and how receptor proteins on the cell surface send signals during immune responses. By better understanding these molecules of immune system cells, we aim to identify defects in immune responses (inflammatory diseases) or conditions where immune responses are inadequate and can be strengthened (cancer). We use gene engineering (TALEN, CRISPR/Cas9), protein biochemistry, flow cytometry, fluorescence microscopy, cell culture and biotechnological methods in our studies. Our laboratory aims to develop new generation protein (nanocore) based drugs that will lead to cellular therapies with these techniques.

• Seed Laboratory (SeedLab)

Research area: Dr Lecturer. Dr Steven Footitt's research lab investigates the ability of seeds to act as highly sophisticated environmental sensors. Seeds integrate information from the environment such as temperature, light, water potential and nutrient availability to tell what time of year it is (temporal sensing), and this information is vital for regulating the dormancy cycle of seeds in the soil to time seedling emergence. Temporal sensing indicates the most favourable time of year for the species. At the right time of year, the spatial signals listed above (spatial sensing) are used to determine whether they are in the right climatic zone (such as depth in the soil and the presence of competing plants) for successful seedling emergence. . To understand how this is regulated, we use the natural variation between two ecotypes of the model plant Arabidopsis thaliana adapted to cool/wet and hot/dry climates resulting in different life cycles. We use RNAseq and a recombinant natural line mapping population from these ecotypes to identify regions of the genome adapted to different climates and genes whose expression is climate-adapted. Identification of climate-adapted genes regulating dormancy and germination will contribute to the development of "climate smart" crops that agriculture needs as the climate changes.

Psychology Department

• Family and Child Research Laboratory

https://ailecocuk.bogazici.edu.tr/

In the projects carried out in the Family and Child Research Laboratory, children's cognitive and socio-emotional skills and child-rearing attitudes that play a role in the development of these skills are analysed. Research questions such as how parental practices are affected by culture, socioeconomic level and intergenerational differences are also addressed in the studies.

The second focus of the studies is psycho-social practice research for children at risk and their families. All projects are funded by organisations such as TÜBİTAK, Istanbul Development Agency, Boğaziçi University Scientific Research Projects Unit.

• Behavioural Neuroscience Laboratory

https://neuroscience.bogazici.edu.tr/

The Behavioural Neuroscience Laboratory is a brain research unit focusing on the neural mechanisms underlying fear, depression and anxiety. The laboratory uses neuroanatomical, electrophysiological, pharmacological, chemogenetic, optogenetic, behavioural and computational methods. Students from different departments such as Psychology, MBG, Cognitive Science and Computer Engineering work on projects funded by EMBO, Science Academy, TÜBİTAK, TÜSEB, YÖK-ADEP and Boğaziçi University BAP Unit.

• Visual Perception Laboratory

https://visionlab.bogazici.edu.tr/en

In the visual perception laboratory, research is conducted on how the system processes visual information using behavioural / psychophysical methods. Considering the sensitivity of different units in the visual system to different types of visual stimuli, certain inferences are made within the framework of behavioural responses to programmed stimuli. The main topics currently being researched in the laboratory are as follows:

• Temporal functioning: Perception of movement and time
• Interaction between visual-motor systems
• The effect of attention on scene recognition and scene perception
• Perception of human faces and emotion recognition

Social Psychology Laboratory

https://socpsy.bogazici.edu.tr/

Areas of Study: In the Social Psychology Laboratory, research is mainly carried out in three thematic areas: - Culture (e.g. culture-family-self relations, psychological consequences of social and cultural change processes, cross-cultural comparative social psychology) - Group Dynamics and Intergroup Relations (e.g. social identity, psychological bases of prejudices towards various subgroups) - Social Cognition (e.g. factors affecting the impressions we form about people, mental representation of close relationships, mental processes affecting social behaviour and decision-making) We aim for methodological richness (complementarity between experimental and other methods) in our research.

• Translational Clinical Psychology Laboratory

The Translational Clinical Psychology Laboratory is a dynamic and developing research centre dedicated to translating research findings into practical applications that improve mental health. While its focus is on psychotherapy efficacy and tailored interventions, it studies a wide range of mental health issues including common mental health problems, trauma, psychosis, dissociation, symptoms without medical explanations, suicide, self-harm, and neurodevelopmental conditions such as autism and ADHD. It also focuses on critical areas such as migration, race and mental health, person-centred service and 'participatory research', and explores professional issues such as clinical psychologist training. The lab plans to engage with innovative fields such as critical psychiatry and critical psychology, emphasising the value of the experiences of people who have experienced mental health problems and collaborative, inclusive research practices.

The laboratory provides a collaborative research environment where Psychology and Guidance and Psychological Counselling (Guidance and Psychological Counselling) undergraduate students, graduates, and Clinical Psychology and Psychological Counselling graduate students work under the supervision of Clinical Psychologist Dr. Ayşe Akan.

Faculty of Economics and Administrative Sciences

Department of Political Science and International Relations

• Computational Social Sciences Laboratory

Boğaziçi University Computational Social Sciences Laboratory aims to promote the use of computational techniques such as network analysis, machine learning, person-based simulation modelling in social sciences . Within the lab, students acquire the skills necessary to study large data sets. Laboratory activities include organising data science nights, setting up working groups specialising in particular methods, and conducting research using text analysis, network analysis and person-based simulation modelling.

Faculty of Engineering Research Laboratories

Department of Computer Engineering

• AILAB (Artificial Intelligence Laboratory)

http://ailab.cmpe.boun.edu.tr

Work Areas:

• Robot teams
• Social robots
• Collaborative robots
• Multi-agent systems
• Natural language processing
• Automatic information retrieval
• Smart Web applications
• Theoretical computer science
• Quantum computing

• CASLAB (Computer Architecture and Systems Laboratory)

https://caslab.cmpe.bogazici.edu.tr/

Fields of Study: Research and development is carried out both in software and hardware in this wide range from desktop computers to distributed systems and embedded systems that work together on a certain network, from in-body microcomputers to supercomputers.

• Design Automation and Verification
• Embedded systems, Internet of Things
• Next Generation Processor/Accelerator Architectures
• Parallel and Distributed Systems, Blockchain
• Cloud Computing
• Real Time Systems
• Reconfigurable Systems (FPGA)
• Multicore and Multiprocessor Systems

• CoLoRs Lab (Cognitive Learning and Robotics)

http://colors.cmpe.boun.edu.tr/

Areas of Study: Cognitive and developmental robotics, robot learning

• Cognitive robotics
• Learning in robots
• Developmental systems
• Human-robot interaction
• Skilful manipulation of upper body robots
• Symbol discovery and use in sensory-motor space

• DeepMIA (Deep Learning and Medical Image Analysis Laboratory)

https://deepmia.bogazici.edu.tr/

Areas of Study: He uses Deep Learning, image processing and computer vision techniques to solve problems in the field of artificial intelligence in health. She develops multi-modality artificial intelligence models by combining clinical data, histopathology and radiology images and genetic information of the patient.

Deep learning based tissue segmentation, Classification and grading in various cancer types and non-cancerous diseases, Artificial intelligence based survival analysis, Prediction of patients who develop treatment response, drug resistance or side effects, Synthetic image generation for histopathological staining and contrast radiology images, Detection of organ rejection after transplantation from biopsy images.

• MEDIALAB (Multimedia Laboratory)

www.cmpe.boun.edu.tr/research/labs/medialab

Areas of Work: Virtual reality systems, 3D graphics and visualisation, computer application management with hand gestures - STARS, real-time face animation - Xface, human computer interaction with hand gestures for healthcare, automatic three-dimensional modelling from photos and videos, discrete sign extraction from sign language videos, two-dimensional face recognition, automatic triangulation point tracking and facial expression recognition on two-dimensional faces, expression recognition on three-dimensional faces, human motion tracking in 2 and 3 dimensions, 3D human animation.

• Model recognition and machine learning
• Understanding human behaviour
• Biometrics - 3D facial recognition, multi-biometrics fusion
• Natural and artificial vision, selective attention
• Digital humanities
• Ambient intelligence, sensor networks
• Unsupervised learning and feature extraction
• Neural Network (NN) theory and applications
• Flexible computing (Fuzzy theory)
• Multimedia and speech processing applications
• Speech recognition and speaker identification
• Multimedia speech coding
• Medical data analysis and decision applications
• Fingerprint recognition

• NETLAB (Computer Networks Laboratory)

www.netlab.boun.edu.tr

Work Areas:

• Next generation networks
• Wireless and mobile networks, sensor networks
• Software based networks, service based networks
• Geolocation
• Cognitive radio
• Opportunistic spectrum sensing
• Recognising human movements
• Green networks and computing systems
• Security in computer networks and systems
• Internet of Things (IoT) and fog computing
• Edge and cloud computing systems
• Smart homes, cities, transport systems
• Information and telecommunication in health
• Nano-networks, molecular communication

• PILAB (Perceptual Intelligence Laboratory)

https://www.cmpe.boun.edu.tr/tr/perceptual-intelligence-laboratory-pilab

Areas of Study: Production of advanced technologies in human-computer interaction and machine learning.

• Human-Computer Interaction
• Face detection / recognition
• Sign language analysis and synthesis
• Hand gesture recognition
• Human body analysis
• 3D modelling
• Biometric systems and applications
• Machine learning and deep learning
• Data mining, data analysis and visualisation
• Transformation from word to text / from text to word

• SATLAB (Satellite Networks Research Laboratory)

http://satlab.cmpe.boun.edu.tr/

Work Areas: Network security, next generation satellite networks architecture, satellite and terrestrial communication networks integration, IoT, 5G/6G heterogeneous networks, coding, multiple access, multimedia, AI applications.

• SOSLAB (Complex Systems Laboratory)

www.cmpe.boun.edu.tr/research/labs/soslab

Areas of Study: Complex systems, complex networks, social networks, self-organisation, self-organisation, synchronisation.

• Microblogging Systems
• Social network analysis
• Migration
• Knowledge diffusion
• Big data problems

• TABILAB (Text Analytics and Bioinformatics Laboratory)

https://tabilab.cmpe.bogazici.edu.tr/

Areas of Study: Natural Language Processing, Text Mining, Bioinformatics

• Word and sentence analysis (Morphological Analysis, Dependency Parsing etc.)
• Accessing and extracting information (entity name recognition, relationship extraction, text summarisation, sentiment analysis, etc.)
• Machine translation
• Biomedical and natural language text mining
• Prediction of protein-protein and protein-chemical interactions
• Drug design with chemical language processing
• Diagnosis of disease by genome processing

Department of Electrical and Electronics Engineering

• AntennAlive Bioelectromagnetism Laboratory

https://bountenna.bogazici.edu.tr/

The AntennAlive laboratory conducts interdisciplinary research at the intersection of electromagnetic communication and synthetic biology. It is interested in projects targeting real-time in-body sensing at the molecular level. The laboratory equipment consists of incubators, autoclave, biosafety cabinet, centrifuge and ultrapure water system. The bacterial incubator is shaking and used for bacterial culture. Steam steriliser has a capacity of 40 litres and is used for sterilisation of glass materials and liquids. The type II biosafety cabinet, which operates on the principle of laminar flow, contains HEPA filters and allows working with biological samples in a sterile environment. It can rotate 15mL and 50mL centrifuge tubes up to 4500rpm with general purpose centrifuge rotor adapters. The ultrapure water system can purify mains water from ions, particles, organic molecules and microbes, producing up to 3 litres of pure water per hour.

• BETA: Bogazici University Electronics Design Laboratory

https://ee.bogazici.edu.tr/tr/beta-bogazici-university-electronics-design-laboratory

Areas of Research: BETA Laboratory's research interests include design automation systems for analogue and digital circuits, power-aware design methodologies, analogue-to-digital converter circuits, sigma-delta analogue-to-digital converters, speech processing circuits, embedded systems, mixed-signal industrial designs and optical-electronic all circuit systems.

• BIOAFM / MicroSystems Laboratory

Fields of Study: Development of micro/nanosystems especially for biomedical applications, atomic force microscopy applications, single-molecule and single-cell measurements, biosensor development. Laboratory activities continue both in the development of new-generation sensor and measurement technologies and in the applications of existing technologies.

• BOUNtenna / Antenna and Propagation Research Laboratory

https://bountenna.bogazici.edu.tr/

Fields of Study: The Antenna and Propagation Research Laboratory (BOUNtenna) focuses on the design of reconfigurable and modifiable antenna elements and arrays for low energy mobile devices of limited size. Application areas of focus include wearable and implantable smart devices forming Body Area Networks (BANs), in-body microwave heating, biodegradable antennas, communication of sensors forming the Internet of Things in Health (IoT/IoHT), and MIMO antenna arrays. Within the laboratory, electromagnetic field simulation, mechanical modelling, antenna initial sampling, physical body (head, knee, hip etc.) phantom development, S-parameter measurement can be performed and there is a 3m x 3m x 3m anechoic chamber with 80 dB shielding efficiency between 1-18 GHz.

• BUMEMS: Micro Electro Mechanical Systems Laboratory

http://www.bumems.ee.boun.edu.tr

Areas of Study: BUMEMS laboratory conducts research in micro electromechanical systems (MEMS), integrated circuits, semiconductor devices, polymer microsystems, organic electronics, polymer light emitting diodes (LED), microfluidics, integrated wireless sensors and actuators and electrochemical etching for nano/micro forming.

• BUSIM / DEL: Natural Interaction Laboratory

Fields of Study: In order to make human and machine/robot interaction in the most natural way for humans, studies on natural language understanding, speech recognition, hand gesture recognition, sign language translation are carried out. In recent years, research on the applications of deep learning in natural language, speech, image and video processing has come to the fore.

• BUSIM / VAVLAB: Volumetric Analysis & Visualisation Group

https://vavlab.bogazici.edu.tr/

Areas of Study: VAVlab carries out studies on image/signal/data processing and analysis for diagnostic and prognostic purposes. Application areas are mainly categorised under two main headings: medical and industrial. VAVlab projects are multidisciplinary projects and are carried out in domestic and international, academic and industrial collaborations.

• BUSIM / SPG: Speech Processing Group

https://ee.bogazici.edu.tr/busim-spg-speech-processing-group

Work Areas: Main topics include large vocabulary continuous speech recognition, retrieval from audio archives, voice conversion, 3D audio-visual synthesis, voice synthesis, voice therapy and speaker identification. The group conducts machine learning-based research in various areas of speech and language processing. So far, 8 PhD theses and 26 master theses have been completed by the group members. The group's spin-off research company SESTEK (www.sestek.com.tr) has products on speech processing, speech synthesis and voice conversion technology.

• BUSIM Signal and Image Processing Laboratory

Fields of Study: The Boğaziçi University Signal and Image Processing (BUSIM) laboratory is one of the most productive multidisciplinary research environments. Research interests include image processing, signal processing, video, coding, computer vision, signal processing theory and applications for communication, security and biometrics. Since its establishment in 1993, BUSIM has graduated more than twenty PhDs and nearly a hundred MSc graduates, and has hosted many visiting researchers and crowded national and international projects.

• DS Lab : Dynamical Systems Laboratory

https://ee.bogazici.edu.tr/ds-lab-dynamical-systems-laboratory

Areas of Study: DS Laboratory aims to model, simulate, analyse and study dynamic systems and to develop control methods for dynamic systems. These dynamic systems range from mechanical systems to biological systems, from cognitive systems to economic systems. Due to its interdisciplinary nature, the DS laboratory works with different departments and institutes in different disciplines.

• ISL: Intelligent Systems Laboratory

https://ee.bogazici.edu.tr/isl-intelligent-systems-laboratory

Fields of Study: Intelligent Systems are systems that can interact with the environment as autonomously as possible by receiving feedback from the environment through sensors.  Our aim in the Intelligent Systems Laboratory is to engineer intelligent robots whose behaviour is predictable and robust to changing conditions.  Our special interests are in the development of autonomous robots, visual perception and understanding, perception-based control and co-ordination of multiple robots.  Our goal is to design and build working autonomous systems that are partly inspired by biological systems. The lab offers opportunities for students interested in advanced research, especially in machine vision and other modes of perception, mobile robots, control theory, mathematics and biology. In general, students both theorise and develop robots that implement these approaches.

• LAL: Lung Acoustics Laboratory

https://ee.bogazici.edu.tr/lal-lung-acoustics-laboratory

Fields of Study: The Lung Acoustics Laboratory (LAL) is an environment where researchers from many different disciplines work together. The research carried out in LAL can be summarised as the development of hardware for the acquisition and diagnosis of respiratory sounds and the development of procedures for the processing of these sounds towards the ultimate goal of a "smart stethoscope". Among the studies carried out at LAL are real-time processing of respiratory sounds with digital signal processing hardware, multi-resolution analysis of respiratory sounds, system development for multi-channel acquisition of respiratory sounds, modelling of the relationship between airflow and respiratory sound, modelling of the sound transmission mechanism in the lungs and source localisation of additional sounds specific to diseases.

• Mechatronics Laboratory

https://ee.bogazici.edu.tr/mechatronics-laboratory

Areas of Study: Mechatronics Laboratory is an interdisciplinary research unit that conducts interdisciplinary research in the field of Mechatronics, which is defined as the synergistic integration of mechanical engineering with computer control including electronics and intelligence in the design and realisation of products and processes. Our area of interest is the theoretical analysis and practical application of all kinds of mechatronic systems, as well as contributing to Industry 4.0 studies that are becoming widespread in Europe and in our country.

• MiRaCL: Microwave Radar and Communications Laboratory

Microwave Radar and Communication Laboratory carries out research on high frequency basic communication and radar building block circuit systems. It has design and measurement capability from DC to 40 GHz. Current research topics include the detection of life under debris, short range non-contact heart and breathing tracking radar and ground based synthetic aperture radar.

• MMDL: Magnetic Medical Devices Laboratory

The Magnetic Medical Devices Laboratory aims to design, develop and realise devices that include, but are not limited to, treatment and diagnosis involving magnetic fields. The laboratory's fields of study include the development of devices such as coilers used in magnetic resonance (MR), the design and development of MR compatible robotic devices and catheters, the development of devices to support contrast-enhanced imaging, and the design, development and realisation of devices, such as coilers and drive electronic circuits, by creating models for magnetic hyperthermia.

• MNL: Micro Nano Characterisation Laboratory

https://ee.bogazici.edu.tr/mnl-micro-nano-characterization-laboratory

Areas of Study: The Micro Nano Measurement and Determination Laboratory (MNL) specialises in the design and experimental characterisation of nano-mechanical systems (NEMS), micro-electromechanical systems (MEMS), micro-optomechanical systems (MOEMS), medical micro-vehicles as well as analogue and radio frequency (RF) microelectronic circuits. The laboratory's capabilities in terms of design can be summarised as finite element based physical simulation, equivalent system modelling, integrated circuit design and mechanical modelling with lumped elements. In terms of experimental characterisation, MNL focuses on vibration amplitude measurements, dynamic characterisation of microsystems, high frequency distributed parameter modelling, fibre-optic transmission systems and terahertz (THz) systems.

• NECS: Networked & Embedded Control Systems Laboratory

http://www.necs.ee.boun.edu.tr

Areas of Study: NECS Laboratory aims to design embedded control systems and develop distributed algorithms for multi-agent autonomous systems. For this purpose, the robot team BRocks, which will compete in the RoboCup SSL league, was developed in the NECS laboratory. Our primary areas of interest are multi-agent autonomous systems, networked distributed control systems, embedded control systems and control system theory. The methods developed in the NECS laboratory find applications in robotics, automotive and communication networks.

• PHOTOMIC: Photonic Micro Systems Laboratory

It is a research laboratory where light sensitive photonic based or high frequency resonance based sensors operating in the Photonic and Microwave spectrum are developed including design, realisation and measurement phases. The main applications of the microsystems developed in the laboratory are biosensors, receiver/transmitter circuits that communicate with light and microfluidic based sensing units.

• POWCOL: Photonics and Optical Wireless Communication Laboratory

https://ee.bogazici.edu.tr/powcol-photonics-and-optical-wireless-communication-laboratory

Boğaziçi Photonics and Optical Wireless Communication Laboratory (POWCOL) was established in 2006. POWCOL carries out multidisciplinary research projects in the fields of optoelectronics and photonics and optical communications. The main research focus in POWCOL is Free Space Optical Communications links (FSO) (analysis of atmospheric turbulence, transmitter/receiver design, aperture averaging and image sensing), safety and design issues in optical fibre communication systems, Visible Light Communications (VLC), LiDARs, optical sensors and 3D surface topography using optical systems. More up-to-date information about the POWCOL laboratory can be found at https://powcol.boun.edu.tr/.

• SSML: Systems Science and Mathematics Laboratory

The Systems Science and Mathematics Laboratory (SSML) aims to develop mathematical models of complex systems and to realise real-life applications of these models. To this end, SSML combines the various tools of applied mathematics with methods from engineering, including but not limited to dynamical systems theory, control theory, signal processing and optimisation, and continues its research in a wide range of fields including but not limited to biomedical imaging and devices, medical robotics, bioinformatics, big data, medicine, neuroscience, economics and finance.

• WCL: Wireless Communication Laboratory

https://ee.bogazici.edu.tr/wcl-wireless-communication-laboratory

Fields of Study: Boğaziçi University Wireless Communication Laboratory (WCL) was established in 2005 with the support of Boğaziçi University Research Projects Fund and TÜBİTAK. WCL is still funded by these organisations. Researchers at WCL conduct research on high-speed radio/travelling/satellite communications. WCL also collaborates with VLSI Design Laboratory (BETA), Computer Network Research Laboratory (NETLAB) and Satellite Communications Research Laboratory (SATLAB) and takes part in joint projects.

Department of Industrial Engineering

• Energy Systems Modelling Laboratory

Areas of Study: Modelling of energy-economy-environment relations, analysis of energy and environment and policies, electricity demand forecasts, fuel oil and natural gas demand forecasts, greenhouse gas emission projections, modelling of regional natural gas strategies, energy efficiency analysis

• Ergonomics Laboratory

http://www.ie.boun.edu.tr/labs/ergonomics/ErgoLab.html

Areas of Study: To conduct research in the area of human performance capacities and limits; to create databases for the design of efficient, safe and comfortable human-work and human-technology systems; to conduct research and applications in human-computer interaction; to conduct research and applications in ergonomic product and manned system design; to conduct studies in work study, lean production, six sigma and occupational health and safety; and to assist industry in solving problems in the aforementioned areas when needed.

• Flexible Automation and Intelligent Manufacturing Systems

http://www.bufaim.boun.edu.tr/

Areas of Study: The aim is to create "flexible" and "smart" factory environments that can respond quickly and effectively to fluctuations in demand and supply, delays, errors and failures in production, and produce according to the needs and customers by using industrial engineering / operations research approaches together with the technologies that constitute various dimensions of the "Industry 4.0" paradigm. Main research topics include:

• Functional modelling of advanced manufacturing systems through simulation, and development of decision mechanisms that use flexibility effectively
• In-plant material handling systems
• Hierarchical and distributed approaches to real-time manufacturing management; development of a virtual twin of the process
• There are dynamic and adaptive approaches to realising vertical integration between real-time manufacturing and production planning layers.

• Socio-Economic System Dynamics Research Group Laboratory

http://www.ie.boun.edu.tr/labs/sesdyn/

Areas of Study: Modelling, analysis and improvement of socio-economic problems with 'dynamic system' approach. Modelling of systemic socio-economic problems (social, industrial, economic, administrative, medical, environmental, ecological) at national and global level by using computer simulation and researching long-term permanent solution policies.

• Production Management Systems Laboratory

http://mms.ie.boun.edu.tr/

Areas of Study: To make production and business management software available to Boğaziçi University Industrial Engineering students, to conduct research on production, inventory and supply chain management, distribution and logistics problems with mathematical programming.  To conduct research on electronic markets based on big data analyses.

Civil Engineering Department

• Coastal Engineering Laboratory

https://coastal.bogazici.edu.tr/

The aim of the laboratory is to produce sustainable solutions for analysis, design, planning and management processes in coastal engineering. Our research topics include environmental fluid mechanics, sediment and pollution transport in the marine environment, numerical modelling with meshless methods and modelling of stochastic processes. Our R&D projects include wind and wave energy, seawater assisted building air conditioning systems, renewable energy based seawater desalination systems, beach nourishment, dredging and disposal of seabed aggregates, floating breakwaters, marine pollution dispersion modelling, vessel traffic monitoring and risk analysis.

• Local Traffic Control Centre and Intelligent Transport Systems Laboratory (BOUN-ITS)

https://itslab.bogazici.edu.tr/

Areas of Study: Intelligent Transportation System, Traffic Safety, Attendance Management, Real-Time Traffic Control, Accident-Event Management, Work Area Traffic Management, Advanced Public Transport System, Traffic Flow Modelling and Simulation, Connected/Autonomous Vehicles, Electric Vehicles, Micromobility, Mobility as a Service (MAAS), Intelligent and Sustainable Transportation Systems, Impacts of Climate Change, Resilience of Transportation Systems, Circular Economy Applications in Transportation Engineering, Mobility, Safety, Equity, Sustainability in Multimodal Transportation Systems, Airport Ground Access and Exit Modelling, Travel Behaviour

• Structural Laboratory

https://structures.bogazici.edu.tr/

Fields of Study: Light steel structures, timber structures, reinforced concrete structures, steel structures, prestressed/stressed systems, strengthening methods against earthquakes, dynamic field tests.

• Construction Materials Laboratory

https://materials.bogazici.edu.tr/

Areas of Study: Sustainable concrete technologies, high performance cement-based composite materials, digital concrete technologies, innovative approaches in concrete for sustainable environment, concrete behaviour under high temperatures, material modelling, intelligent material design, textile reinforced building materials, fibre reinforced composites, sustainable materials.

• Structural Health Monitoring (SHM) Laboratory

https://shm.bogazici.edu.tr/

Areas of Study: Monitoring of high-rise buildings, bridges, historical buildings and energy structures and development of related software

• Soil Mechanics and Geotechnical Engineering Laboratory

Areas of Study: Soil mechanics, soil dynamics, retaining walls, shoring structures, shallow and deep foundations, energy geotechnics, ground improvement, micro and macro behaviour of soils, environmental geotechnics, geosynthetics, soil-structure interaction, landfills and soft soils.

Department of Chemical Engineering

• Biosystems / Biochemical Engineering Laboratory I - II- III

Fields of Study: Investigation of metabolic changes occurring in human metabolism and various organs by creating genome-sized models with 'Systems Medicine' approaches and identification of drug targets. Culturing yeast and mammalian cells using Lab-on-a-Chip technology. Investigation of cell-cell communication in cancer patients with organoid model and 3D bioprinting technology.

• Electrochemical Engineering Research Laboratory

Areas of Study: Electrochemical characterisation and modelling of rechargeable batteries, Electrodeposition of metals and composite materials, Electrochemical modelling, Technoeconomic modelling.

• Catalyst Technologies and Reaction Engineering Laboratory I and II

Areas of Study: Catalytic performance tests, catalyst design, reaction kinetics studies, computer simulation of catalytic reactions.

• Complex Materials Laboratory

Fields of Study: Design, synthesis and structural characterisation of functional materials such as polymers, biopolymers, geopolymers, composites, glass and ceramics, computer aided molecular simulations.

• Microfluidics Laboratory

Areas of Study: Investigation of micro-scale flows, micro-droplet formation by electric field, interface instabilities, non-Newtonian flows, dynamics of bubbles and droplets, acoustic field, intravascular flow, shear stress on muscle cells, spectral methods.

• Polymer Application and Research Centre

Areas of Study: Modelling and simulation of macromolecules, predominantly biomolecular structures, computer aided methods for determination of physical properties of synthetic polymers.

Department of Mechanical Engineering

• Smart and Autonomous Mobility Laboratory

The research areas of the Intelligent and Autonomous Mobility Laboratory focus on the development of multi-autonomous robot systems with different or similar architectures that can be used in transport, agriculture, logistics and automotive sectors. The main scientific research topics of the laboratory are the development of common sensing, planning and control methods required to improve the autonomy capabilities of such systems through data sharing between multiple autonomous vehicles with different sensor and hardware components (heterogeneous).

• Flow Modelling and Simulation Laboratory (FMS Laboratory)

In the Flow Modelling and Simulation Laboratory, studies on numerical modelling techniques and algorithm development are carried out and the developed methods are applied to various fields of fluid mechanics and heat transfer. Areas of study include aerodynamics, gas dynamics, turbulent flows, micro-flows, combustion.

• Alternative Fuels and Combustion Technology Laboratory

Our laboratory is a new laboratory that is being planned and prepared for use in education and research studies on engines, fuel and combustion technologies. It is equipped with the necessary devices for engine performance and emission tests, combustion technology tests for alternative fuels. The most important device of the laboratory is an active dynamometer with a braking capacity of 100 kW. This dynamometer is used with sound and vibration insulation, fire detection and extinguishing system, pressure adjustable exhaust system, engine water cooling and temperature control system, laboratory room conditioning system in the laboratory to safely perform power tests on engines up to 100 kW max power and 300 Nm max torque value. There are two liquid fuel tanks and lines in our laboratory in order to carry out alternative fuel studies easily. Fast in-cylinder, suction-exhaust pressure lines, exhaust pressure measurements and combustion pressure increase can be examined in the cycle. The dynamometer converts the power received from the engine into electricity to brake the engine. The dynamometer, which can also run the engine without fuel, allows the friction forces on the engine to be found.

• Battery Materials Laboratory

The Battery Materials Laboratory focuses on interfaces in solid state batteries. Research is carried out on the densification of battery materials. The interfaces between solidified cathode and electrolyte materials are investigated chemically and electrically. In this laboratory, there is an argon glove box required to prevent contact of battery materials with air.

• BURET (Bogazici University Renewable Energy Laboratory)

https://buret.bogazici.edu.tr/

BURET is a laboratory established to develop efficient and usable energy generation technologies using low temperature heat sources such as solar, waste heat and geothermal energy. Using the organic rankine cycle test system designed and manufactured within this laboratory, the effect of different fluids on the system performance is investigated and optimisation studies are carried out to increase the efficiency of the system. In addition, new turbine designs suitable for small size energy conversion systems with high efficiency are designed and tested. In addition, flow studies are carried out in the laboratory using a low-speed wind tunnel and PIV imaging system, and studies are carried out to develop effective cooling systems by utilising natural and forced heat convection.

• Wave Propagation Laboratory

In the wave transmission laboratory, wave and vibration transmission in one, two and three dimensional periodic structures and elastic metamaterials are investigated. Both analysis and design studies are carried out by means of finite element programmes.

• Experimental Thermal and Energy Systems Laboratory (e-TESLab)

TESLa, which aims to develop methods and tools for the design, measurement, control and management of thermal and energy systems, is located in KB-201, North Campus. Our research focuses in particular on the following topics.

• Design advanced materials for renewable energy and energy recovery systems
• Investigation of heat transfer at nano-metric dimensions by modelling and experimental methods
• Design and control of high temperature heat treatment systems
• Thermal handling and testing of opto-electronic packages

With the experimental and numerical applications we use, we aim not only to contribute to the scientific literature, but also to answer practical problems. Due to the different dimensions of the problems we deal with, we are interested in both microscopic and macroscopic modelling and identification. Moreover, some of these applications include inverse problem applications such as remote sensing, design or tomography.

• Haptics & Robotics Laboratory

https://haptics.bogazici.edu.tr/

In our laboratory, we focus on developing innovative robotic and mechatronic systems such as soft robots, haptic interfaces, robotic prostheses/orthotics, medical robots and industrial robotic grippers. We mainly carry out interdisciplinary projects in co-operation with industrial and medical partners. We have expertise in electro-mechanical design, hardware development, mechatronic integration, system definition and experimental evaluation. We make extensive use of various CAD programmes, real-time data acquisition systems, prototyping tools, sensors and actuators in our laboratory. Our laboratory contributes to the scientific literature by developing intelligent mechatronic and robotic systems focused on human-machine interaction for medical and industrial applications.

• Computational Thermal and Energy Systems Laboratory (c-TESLab)

TESLa, which aims to develop methods and tools for the design, measurement, control and management of thermal and energy systems, is located in KB-201, North Campus. Our research focuses in particular on the following topics.

• Design advanced materials for renewable energy and energy recovery systems
• Investigation of heat transfer at nano-metric dimensions by modelling and experimental methods
• Design and control of high temperature heat treatment systems
• Thermal handling and testing of opto-electronic packages

The experimental and numerical applications we use are not only intended to contribute to the scientific literature, but also to answer practical problems. Due to the different dimensions of the problems we deal with, we are interested in both microscopic and macroscopic modelling and identification. Moreover, some of these applications include inverse problem applications such as remote sensing, design or tomography.

• Mechanics of Advanced Materials Laboratory

The speciality of this laboratory is in situ, multi-scale, full-field deformation measurements. Here, specially integrated optical and positioning equipment enables deformation maps to be measured in a field of any size with sub-grain resolution. High resolution and high statistical significance can therefore be achieved at the same time in these measurements, which normally have an opposing relationship. The focus of research in this laboratory is on materials with complex and multiphysics-coupled (i.e. thermal and mechanical coupled structural behaviour) structural behaviour and transformations induced by deformation. Among the topics studied are the deformation physics of tightly packed hexagonal metals undergoing twinning transformation and shape-memory alloys exhibiting superelasticity with austenite-martensite phase transformation. Multiscale experimental data are supported by theoretical-numerical studies with averaged multigrain structure models and finite element models.

• Composites Laboratory

In the Composites Laboratory, research is carried out on continuous fibre reinforced composites, reinforced plastics and nanocomposites and their manufacturing methods. Composite parts can be produced by vacuum infusion, autoclave, hot pressing, induction or microwave heating methods. Development of innovative composite materials and energy efficient manufacturing methods, prediction of post-production distortions in composite parts using Finite Element Method, micro mechanical analyses of composite materials, prediction of strength properties of composite materials using failure criteria, deformation and strength analyses of composite structures, design and optimisation of wind turbine blades are among the topics studied.

• Mechanical Tests Laboratory

In the Mechanical Experiments Laboratory, experiments on the mechanical behaviour of polymers, composite materials, ceramics, metals and metal alloys are carried out. The tests performed in the laboratory include standard tensile / compression / flexure tests, fracture mechanics tests and fatigue tests. In addition to standard tests, special tests are carried out for automotive parts such as engine mounts, connecting rods and crankshafts according to company specifications.

The MTS and INSTRON servohydraulic testing systems make it possible to perform dynamic tests, while the ZWICK Universal Testing Machine makes it possible to measure the elastic properties and static strength of materials.

In the laboratory, strain gauges are used to measure the deformation of parts subjected to loading, and optical and electrical methods are used to examine fatigue crack propagation under constant and variable amplitude and random loads. KRAUTKRAMER ultrasonic non-destructive testing systems are used for the inspection of damaged parts.

• Metallography Laboratory
• Micro and Nano Thermal Characterisation Laboratory (MiNThLab)

https://minth.bogazici.edu.tr/

The Micro and Nano Thermal Characterisation Laboratory (MiNThLab) specialises in understanding heat transfer mechanisms in micro and nanoscale structures. In our group we build realistic models to characterise thermal transport in materials and devices as well as thermal and/or electronic packaging. Our group also investigates the effectiveness of various thermal solutions used to thermally improve devices using thermal models.

Current research in our lab investigates thermal transport issues encountered in popular wide and ultra-wide bandgap semiconductor materials (GaN, AlGaN, β-Ga2O3, etc.), two-dimensional materials (graphene, h-BN, etc.) and semiconductor devices such as high electron mobility transistors (HEMTs) and light emitting diodes (LEDs).

• Automotive Acoustics and Vibration Laboratory

Vibration and acoustics and various issues such as fatigue and passenger comfort are among the most important research topics in automotive engineering. Our laboratory has been established in order to analyse all kinds of vibration and acoustic problems encountered in automobiles and to produce solutions to these problems. The necessary equipment for conducting experimental studies has been provided and used in various projects carried out within the framework of university-industry cooperation. Currently, in addition to experimental equipment such as various accelerometers, microphones, rev counters, data collectors, there is a passenger car on which the experiments are carried out and a car body with its engine and internal parts removed. In addition to these, there are many parts such as engines, gearboxes, steering systems with different features used for educational purposes. Various software and hardware related to general vehicle dynamics and control are also used in the same laboratory. The development studies of vehicles that participate in various competitions on behalf of our university and run on alternative fuels are also carried out to a large extent in our laboratory.

• Vibrations Laboratory

The vibration laboratory has the necessary devices and software to measure and analyse the vibrations of structures and machines. The laboratory is equipped with two shakers for low frequency high force and high frequency low force applications, data acquisition systems, accelerometers, laser vibration measurement device, oscilloscope and other electrical and mechanical measurement devices. Current research in the laboratory focuses on the computational and experimental investigation of vibration isolation systems, passive and adaptive vibration absorbers and phonon bandgap structures.

• Space Technologies Laboratory

In the laboratory, research studies are carried out on theoretical modelling of flame and heat transfer processes. Reduction of chemical reaction mechanisms, flame in turbulent flow, numerical modelling of radiative heat transfer in flames and simulation of emission production produced by internal combustion engines are among the studies carried out in the laboratory. ANSYS FLUENT, AVL FIRE, AVL BOOST, RICARDO WAVE, KIVA, Fortran Compiler, and Matlab software are available in the laboratory to carry out research activities on the mentioned topics.

Institute of Biomedical Engineering

• Computational Imaging Laboratory

https://cil.bogazici.edu.tr/

https://bme.bogazici.edu.tr/en/computational-imaging-laboratory

Field of Study: Magnetic resonance imaging techniques (MR spectroscopic imaging (MRSI), arterial spindle labelling (ASL), diffusion tensor imaging (DTI), etc.) are used to identify anatomical, physiological and biochemical changes due to brain diseases, classification of medical image data for disease diagnosis using machine learning and deep learning methods, and image enhancement (super enhancement).To identify anatomical, physiological and biochemical changes due to brain diseases using magnetic resonance imaging techniques (MRI), classification of medical image data for disease diagnosis using machine learning and deep learning methods and image enhancement (super resolution), to accelerate routine MRSG techniques used in the clinic, To develop quantitative molecular MR imaging techniques for more sensitive and accurate data acquisition and processing, to develop modelling and analysis methods to create MR parametric maps, to develop user-friendly data analysis interfaces, and to produce phantoms that mimic brain chemistry and anomalies.

• Biofunctional Nanomaterials Design Laboratory (BIND LAB)

https://bindlab.bogazici.edu.tr/

https://bme.bogazici.edu.tr/biofunctional-nanomaterials-design-laboratory-bind-lab

Field of Study: Our multidisciplinary research interests include the design, fabrication and characterisation of smart nanocarrier systems such as nanocapsules, polymerzomes and hybrid nanoparticles to overcome challenges in biomedical research and healthcare applications. Such studies require a highly interdisciplinary working platform linking diverse inputs from nanobiotechnology, biomaterials, colloids and engineering approaches.

• Biophotonics Laboratory

https://bme.bogazici.edu.tr/biophotonics-laboratory

Field of Study: Laser tissue interaction, surgical laser system design, photobiomodulation, photodynamic therapy, LIBS (Laser Induced Breakdow Spectroscopy), optical tweezers, photodynamic and photothermal therapy in cancer treatment, use of nanoparticles in phototherapy, antibacterial photodynamic therapy, temperature controlled surgical laser system design, photobiomodulation, corneal tissue fusion, laser separation of orthodontic ceramic brackets, laser engraving of tooth enamel surface, laser excision and ablations in oral tissue, laser sterilisation in root canal treatment, optical characterisation of biological tissues, skin tissue fusion, stereotactic laser ablation in neurosurgery.

• Biomimetic and Bioinspired Biomaterials Research Laboratory

https://bme.bogazici.edu.tr/en/biomimetic-and-bioinspired-biomaterials-research-laboratory

Field of Study: Biomaterials production, applications and investigation of cell-surface/interfacial interactions using biomimicry and bioinspiration approaches. The preparation of biomaterials with chemical, mechanical and topographical properties inspired by or mimicking natural structures with superior properties is the focus of the studies. In addition to biomaterials for bone, cartilage, cardiac muscle and corneal tissues, studies are also carried out to improve biomaterial/implant performances by mimicking the antibacterial properties of natural structures.

• Biomaterials Production and Characterisation Laboratory

https://bme.bogazici.edu.tr/en/biomaterials-production-and-characterization-laboratory

Field of Study: The focus of the work is on tissue regeneration, injectable scaffolds, drug delivery devices, 3D printing of tissue scaffolds and machine learning models for analysing biomaterial data.

• Robotics Laboratory

https://bme.bogazici.edu.tr/robotics-laboratory

Field of Study: Studies are carried out to develop robots inspired by biological systems and to develop simulation systems for biomechanical analysis-synthesis.

• Biomechanics Laboratory

https://bme.bogazici.edu.tr/biomechanics-laboratory

Study Area: Musculoskeletal biomechanics, skeletal muscle mechanics. Through animal experiments, histology and mathematical modelling (e.g. finite element muscle modelling), fundamental scientific theories and innovative perspectives for muscle and connective tissue biomechanics are developed. In vivo studies are performed in humans using intraoperative experiments, high-resolution EMG, ultrasound imaging, ultrasound clastography, advanced magnetic resonance imaging analyses and diffusion tensor imaging. Studies are carried out with the application of mechanical engineering principles to solve structural and functional medical problems in biological systems in order to understand the unknown etiologies / mechanisms of action of musculoskeletal pathologies (eg spasticity) and treatments (eg Botox injections) and physiotherapy applications (eg Kinesio Tape) and to develop innovative diagnosis, monitoring, treatment methods and drugs. Within the scope of human movement analysis studies, kinematic, kinetic and superficial EMG records are taken and neurotechnological innovative movement support, rehabilitation and patient follow-up solutions are developed for difficulties (such as stroke, limb amputation, spasticity) that disrupt the functioning of the musculoskeletal system and limit / pathologise joint movement and / or create a risk of falling.

• Behavioural Biology Laboratory

https://bme.bogazici.edu.tr/en/behavioral-biology

Field of Study: Behavioural science is key to all projects in this laboratory. Animal models for psychiatric and neurological diseases, behavioural neuroimaging methods, experience-dependent deep brain stimulation and more are developed and used. The Behavioural Biology Laboratory sees behaviour as a gateway to study the brain in all its complexity in a systematic and dynamic way.

• Tissue Laboratory

Working Area: Sample tissues used in experiments in the laboratory are homogenously prepared for experiments and examination. Tissues are cut, embedded in paraffin, paraffin blocks are sliced, stained and histological examinations are performed under microscope. In addition, tensile, compression and cycling tests are applied to the samples in the material testing device. In addition, general microbiological studies such as bacterial inoculation, colony formation, growth and colony counting, medium preparation, and preparation of plates are carried out.

• Tactile Research Laboratory

https://bme.bogazici.edu.tr/tactile-research-laboratory

Field of Study: Peripheral and central somatosensory system and cognitive processes. In particular, the anatomy, physiology, psychophysics and modelling of the sense of touch are studied.

• Precision Medicine and Molecular Imaging Group/Laboratory

https://bme.bogazici.edu.tr/albert-guvenis

Field of Study: The aim of the Precision Medicine - Molecular Imaging Group/Laboratory, founded and led by Prof. Dr. Albert Guvenis, is to develop strategies to improve the therapeutic applications of precision medicine by providing a more complete and precise characterisation of disease through the combined application of clinical engineering and medical imaging techniques, making accurate predictions of disease. Furthermore, efforts are being made to measure precise changes in response to treatment in order to predict future events and make optimal therapeutic changes. All these objectives should be achieved without any invasive procedures. To achieve these goals we use a variety of sub-process design activities and clinical engineering tools such as SPECT/PET/CT hybrid instrumentation, lesion selectability, use of statistical design and design optimisation, signal processing for image recovery and noise reduction, image enhancement using artificial intelligence, Monte Carlo simulations for hardware and algorithm design, radiomic analysis of hybrid images for precision medicine, AI-assisted calibration of hybrid imaging systems and metrology.

• Cell Culture Laboratory

Field of Study: Various immortalised cell, mesenchymal stem cell and induced pluripotent stem cell lines are routinely maintained and propagated. These lines are mainly used to evaluate the in vitro performance of biomaterials inspired by or mimicking natural structures prepared in the biomaterials research laboratory. In addition, drug toxicity assays are performed and the interactions of electromagnetic fields with cells are investigated.

• Cellular Imaging and Electrophysiology Laboratory

https://bme.bogazici.edu.tr/cellular-imaging-electrophysiology-laboratory

Study Area: Various nerve cell models are produced by cell culture techniques and the activities, channel expressions and mitochondrial changes of the cells are studied by electrophysiological and imaging methods. Substances that cause degeneration in model nerve cells and protect the cells against degeneration are tested. In addition, the effects of various drugs on nerve cells are investigated. Apart from cellular studies, various biomarkers are being developed to follow the recovery process of stroke patients in clinical studies.

• Multimodal Imaging and Physiology Lab (MIMLAB)

https://bme.bogazici.edu.tr/multimodal-imaging-physiology-mimlab

https://mimlab.bogazici.edu.tr/

Field of Study: Advanced multimodal neuroimaging techniques (MRI, fMRI, EEG) are used in combination to better understand the human and animal brain during rest, wakefulness and sleep. Our goal is to better understand the function and structure of the brain in both healthy and diseased states. In this context, we investigate how systemic physiological changes such as heart rate, respiration and pupil behaviour respond during different states of wakefulness and tasks, and how these responses are related to spatio-temporal signalling changes in the brain. Multiparametric MRI techniques are used in both human and preclinical (small animal) models to investigate the structural and functional properties of the brain in detail. Imaging studies are supported by the design and development of computational algorithms to understand the functioning of the brain and physiology. Thus, new ideas are developed to better understand the complex structure and function of the brain and advanced computational signal analysis techniques are used in this process.

• Neurosignal Analysis Laboratory

http://neurosignal.bogazici.edu.tr

Field of Study: Functional brain images are obtained by processing data obtained by Brain Electrical Activity (EEG) and functional brain imaging techniques. With statistical and signal processing methods, neuroimaging algorithms are developed to understand cognitive processes and to diagnose and treat various neurological disorders.

• Boğaziçi University Medical Imaging Laboratories (BUMIL)

https://bumil.bogazici.edu.tr/

Study Area: Boğaziçi University Medical Imaging Laboratories (BUMIL) consists of seven multidisciplinary research laboratories that carry out research projects on medical imaging within the Institute of Biomedical Engineering. The laboratories that are part of BUMIL are Medical Imaging Instrumentation Laboratory, Neurosignal Analysis Laboratory, Cellular Imaging and Electrophysiology Laboratory, Computational Imaging Laboratory, Behaviour and Biology Laboratory, Biodesign Laboratory, Biomechanics Laboratory and Robotics Laboratory. BUMIL was originally founded in 2002 by Prof. Dr. Cengizhan Öztürk, and since 2018, it has become an umbrella structure covering many laboratories within the Institute of Biomedical Engineering, working on technology development and/or applications for medical imaging.

• XLab-Imaging Instrumentation Laboratory

https://xlab.bogazici.edu.tr/

Field of Study: XLab was established in 2010 within BUMIL (Boğaziçi University Medical Imaging Laboratories). Our main research areas are medical diagnostic systems, X-ray technologies, semiconductor-based imaging techniques, medical image processing and medical electronic design. Located in the Feza Gürsey Science Centre on the Kandilli Campus of Boğaziçi University, XLab has a licensed X-ray test room and an electronics development laboratory.

Institute of Environmental Sciences

• Sewage Sludge (Biosolids) Laboratory

Study Area: Characterisation of sewage sludges, treatment, minimisation, stabilisation and dewatering of sewage sludges, removal and beneficial use of sewage sludges.

• Biomass and Microbial Ecology Laboratory

www.meg.boun.edu.tr

Study Area: Anaerobic biochemical degradation and stabilisation of biomass, microbial population dynamics, bioenergy and high-value product production from biomass and hydrolysis and development of specific microorganisms to enhance biomethane production from lignocellulosic materials, molecular ecology of natural and engineered systems.

• Environmental Analyses Laboratory

Field of Study: Analytical and instrumental methods are used to analyse all water samples such as wastewater, water used in dilution of haemodialysis solutions, concrete mix water and sea water. It has the accreditation certificate of the Turkish Accreditation Agency (TÜRKAK) with accreditation number AB-0241-T and provides analysis services for commercial companies and official institutions as an accredited laboratory.

• Environmental Microbiology and Biotechnology Laboratory

https://independent.bogazici.edu.tr/

www.biomig.boun.edu.tr

Field of Study: Transport of pathogenic bacteria, algal biotechnologies, value added biotechnological products from photosynthetic organisms, biorafinery and bioeconomy models, pollutant tracking, biodegradation of hazardous pollutants, isolation, identification and production of special microorganisms, enzyme technology, microbiome engineering, probiotic development.

• Ecotoxicology and Chemometrics Laboratory

https://www.melekturker.com.tr/

Study Area: Aquatic toxicity experiments/environmentally important parameters of pollutants and advanced in silico methods are used together to estimate toxicity data/environmental parameters of pollutants for which data are unknown.

• Physicochemical and Biological Processes Laboratory

Study Area: Water and wastewater treatment, physicochemical methods, biological methods, activated sludge process, micro-pollutant removal by activated carbon adsorption, combination of adsorption and biological processes.

• Anaerobic Biological Treatment Laboratory

Study Area: Biogas production from wastewater, sewage sludge and biomass in anaerobic environment.

• Advanced Oxidation Processes Laboratory

Study Area: Application of different combinations of chemical (ozone, hydrogen peroxide, persulfate), photolytic, photocatalytic and ultrasonic oxidations to environmental matrices (water, wastewater, sewage sludge, animal waste, soil) in order to reduce pollutant concentrations and improve biological treatability.

• Solid Waste Laboratory

Study Area: Characterisation and stabilisation of solid waste, treatment of solid waste leachate, simulation of landfills, bioreactors and composting.

• Molecular Ecology and Philogenetics Laboratory

Study Area: Phylogenetic relationships and population structures of bat species living in Turkey, using molecular genetic methods.

• Molecular Evolution and DNA Barcoding Laboratory

Study Area: Molecular ecology, evolution and population genetics of vertebrates and invertebrates, DNA barcoding, diet analysis by next generation sequencing methods, species conservation genetics, transcriptome studies.

• Soil Pollution Laboratory

Study Area: Detection and analyses of pollutant parameters causing soil pollution.

Kandilli Observatory and Earthquake Research Institute

• Disaster Preparedness Laboratory

https://ahlab.bogazici.edu.tr

The beginning of the Disaster Preparedness Laboratory at Boğaziçi University, Kandilli Observatory and Earthquake Research Institute dates back to the Disaster Preparedness Education Project (AHEP) established in 2000 within the framework of a 5-year project fund provided by the United States Agency for International Development, Office of Foreign Disaster Assistance (USAID/OFDA). This project was made permanent by establishing the Disaster Preparedness Education Unit (AHEB) on 19 October 2004 in order to make earthquake education and awareness-raising programmes for the public sustainable and has been functioning as the "Disaster Preparedness Laboratory (AHLAB)" since 2020.

The main objective of the laboratory is to raise public awareness and preparedness against possible devastating earthquakes that may affect Turkey. Within this framework, it is aimed to increase the disaster awareness, local preparedness and first response organisation skills of the society in order to reduce possible damages. In this context, Disaster Preparedness Laboratory continues its activities in line with training programmes. These activities are

• ABCD Basic Disaster Awareness Training,
• YOTA Mitigation of Non-Structural Hazards Training,
• ABCD and YOTA Trainer Trainings (certified),
• EarthquakePark Trainings,
• GEDSET Travelling Earthquake Simulation Truck Training.

AHLAB supports the development of high quality curricula and materials to contribute to public education on community-oriented disaster preparedness. A bridge is created between scientists, academicians and technical experts and the public in need of this information. In this context, training presentations, handbooks, CDs and information cards have been prepared, as well as publications for the disabled, disaster preparedness handbook in schools, disaster preparedness handbook in hospitals, and studies on the protection of museum artefacts.

EarthquakePark

https://ahlab.bogazici.edu.tr/tr/content/deprempark

As a social responsibility activity of our Institute, Basic Disaster Awareness training is given regularly on certain days of the week to primary, secondary, high school and university students who visit our Institute. The aim of Basic Disaster Awareness trainings is to enlighten our children and young people about earthquake, to inform and raise their awareness on how to behave before, during and after an earthquake.

While information is given about plate tectonics and fault types with models and videos in the Earthquakepark, earthquakes occurring in the world and in Turkey and their effects, studies on Earthquake and Tsunami at the Kandilli Observatory and Earthquake Research Institute, evaluation stages and results of the data are explained.8 m sized shaking table with a displacement of 15 cm, 1/50 scale, 10-storey building samples with and without base isolators are used to demonstrate the differences in structural behaviour during earthquakes, and the correct behaviour practices during shaking and the importance and mitigation methods of non-structural hazards are emphasised on a 6 m x 3 m single direction shaking table arranged as a classroom and a children's room.

Travelling Earthquake Simulation Truck (GEDSET)

https://ahlab.bogazici.edu.tr/tr/content/gezi-basvurusu

Since 2008, within the scope of GEDSET trainings, a team of experienced trainers of our Institute have been providing earthquake and earthquake protection methods to public officials, students and the society in the provinces visited. In the Mobile Earthquake Simulation Training Trailer, participants have the opportunity to learn the correct behavioural patterns by experiencing an earthquake on a 6 m x 2.4 m uniaxial shaking table with a kitchen and living room. Before the simulation, the participants are informed about plate tectonics and fault types, earthquakes occurring in the world and in Turkey and their effects, studies on Earthquake and Tsunami at Kandilli Observatory, data evaluation stages and results, non-structural hazards and mitigation methods.

• Astronomy Laboratory

https://astronomi.bogazici.edu.tr/

Astronomy Laboratory In the Astronomy Laboratory of the Department of Geodesy, studies are carried out in the fields of Solar Physics, Time Astronomy, Forensic Astronomy and Popular Astronomy. Since 1947, Photosphere observations of the Sun have been made every day when the sky is clear, shared with international data centres and archived for the benefit of researchers. The "flare index", one of the solar activity indices, is calculated and published on the web page. Pursuant to Article 3 of Law No. 698, which was enacted in 1925 and is one of the revolutionary laws, the starting dates of the lunar months are determined, the lunar calendar is prepared, the lunar calendar is announced to the public in cooperation with the Presidency of Religious Affairs, and contributions are made to congresses and meetings on this subject. The Astronomy Laboratory of the Institute, which has been declared an Authorised Institution by the circulars of the Ministry of Justice, General Directorate of Criminal Affairs, dated 15.10.2004, numbered 2004 and 30.01.2006, numbered 2552, responds to information requests from the courts within the scope of Forensic Astronomy. Upon request, calendar companies are provided with information on the Hijri-Lunar Calendar, the Turkish Republic of Northern Cyprus Meteorological Department and the Land Forces Commands are provided with information on the movements of the Moon and the Sun, and astronomical information requests from the public are answered. On Wednesdays and Thursdays during the months when schools are open, mainly to schools, on other days to individual visitors who request information about the laboratory, its activities and astronomy, and events are organised during popular astronomical events such as eclipses and planetary transits.

• Istanbul Earthquake Rapid Response and Early Warning Laboratory

https://eqe.bogazici.edu.tr/tr/istanbul-deprem-hizli-mudahale-ve-erken-uyari-sistemi

Study Area: Damage distribution maps are prepared to support the prioritisation of emergency response by determining the strong ground motion parameter distributions after an earthquake by means of real-time data from strong earthquake ground motion recorders. Within the framework of the rapid response system, approximately 100 strong ground motion stations have been installed at selected locations in densely populated, commercial and industrial areas of Istanbul. The system also includes 10 early warning stations. By utilising the time difference of seconds between the P and S components of the earthquake wave reaching these stations, the system is able to transmit information for the activation of controlled shutdowns of various critical facilities.

• Geodetic Infrastructure Laboratory

It consists of GNSS stations operating under the Department of Geodesy and monitoring the movements of active faults in the Marmara region with high sensitivity and 24/7 continuous observation.  By the end of 2024, the number of stations reached 39. This observation network is supported by earthquake recorders, sea level observation stations and meteorological measurement stations in KRDAE infrastructure, and its spatial control is enriched with radar satellite data.  The collected data are continuously evaluated by the Department of Geodesy and the earthquake generating potential of the active faults monitored are estimated. 

• Geodetic Surveying Laboratory

In the Geodetic Surveying Laboratory within the Department of Geodesy, calibration processes of geodetic equipment are carried out, high precision geodetic network designs and measurements are carried out. In the laboratory, there are GNSS receivers of different brands and models, Electronic Length Gauges, Total Station devices, levelling instruments, Theodolites, terrestrial photogrammetric camera, ground-controlled aerial vehicles and Laser scanner devices. The measuring instruments in the laboratory inventory are used in the field studies of the projects carried out by the Department, thesis studies of the students of the Department, geodetic measurements of structures, determination of deformations and monitoring of geodynamic deformations.

• Geomagnetism Laboratory

https://jeomanyetizma.bogazici.edu.tr/

The variations of the earth's magnetic field with respect to time and regional values for Turkey are carried out by the Geomagnetism Laboratory of the Department of Geophysics, Boğaziçi University, Kandilli Observatory and Earthquake Research Institute in two separate observatories. These observatories are

• Istanbul-Kandilli Magnetic Observatory (ISK),
• Iznik Magnetic Observatory (IZN).

Istanbul-Kandilli Magnetic Observatory started systematic geomagnetic measurements in 1947. Geomagnetic records were taken on photographic paper with La Cour Variometer between 1947 and 2000. ISK Magnetic Observatory was connected to INTERMAGNET (International Network of Real Time Magnetic Observatories) in its 50th year. The magnetic data recorded on a minute-by-minute basis were sent to INTERMAGNET in daily data packets. The ISK Observatory absolute measurement building was renamed as "Geomagnetism Dr Orhan Uyar Measurement Laboratory". Thanks to the Proton magnetometer, Helmholtz Coil system and D&I Theodolite in the laboratory, absolute measurements of the components of the magnetic field H (horizontal component), Z (vertical component), F (total field), D (deflection angle) and I (inclination angle) can be made. The instantaneous variations are measured in minutes with the flux-gate variometer.

Geomagnetic measurements can be easily affected by unnatural environmental noise. The data quality of the ISK Magnetic Observatory also decreased due to noise. For this reason, a new magnetic observatory was established near Iznik in June 2004 and became a member of INTERMAGNET in 2007. Instantaneous changes in the H (horizontal component), D (deflection angle) and Z (vertical component) components of the earth's magnetic field are measured with a flux-gate variometer. Absolute measurements of F (total field) are made with overhouser and proton magnetometer, while absolute measurements of D and I (declination angle) are made with D/I theodolite system and uniaxial flux-gate magnetometer installed on this system. Absolute measurements are used to determine the base curve values of the observatories and require extreme precision. Absolute measurements are made at least twice a week.

The continuous records are analysed and transmitted to INTERMAGNET, the international data centre of which we are a member, and also shared with the Kyoto centre of the World Data Center. Our data are used in the preparation of International Geomagnetic Reference Field (IGRF) models.  The data of IZN Magnetic Observatory are available in real time on the website. The monthly Geomagnetism Bulletin is sent to all geophysics and related institutions in Turkey and published on the website.

Digital magnetic data for the desired day and time can be obtained with an official application to the Kandilli Observatory and Earthquake Research Institute Directorate.

• Meteorological Laboratory

http://meteoroloji.bogazici.edu.tr/# 

Kandilli Observatory and Earthquake Research Institute, Meteorological Laboratory has been providing uninterrupted service at the same location since 1911. With more than 100 years of valuable data accumulation, it is one of the few institutions in the world and the first institution in Turkey to be awarded the 'Centennial Station Certificate' by the World Meteorological Organisation (WMO).

The laboratory provides a wide range of services from daily meteorological observations to scientific research. In addition to regular observations, data analyses and instrument maintenance, it contributes to scientific studies by providing support to educational institutions and researchers. In the observation park of the laboratory, measurements of basic meteorological parameters (instantaneous, maximum, minimum air temperatures, soil temperatures at different depths, wind speed and direction, sunshine duration, amount of incoming solar energy, humidity, air pressure and station pressure reduced to sea level, amount, intensity and duration of precipitation, visibility, cloud type and overcast ratio) are carried out both by classical methods and by means of automatic stations. The data of all meteorological parameters measured are archived in digital environment and the bulletins prepared at the end of each month are published on the website. Both scientific projects and special purpose data requests are evaluated and met by the laboratory.

Carrying out various meteorological model studies, new software development activities and scientific research, the laboratory regularly publishes 10-day weather forecasts on its website. Telephone requests such as barometer settings and specific weather forecast information are answered, and in line with the requests received from the press and media organs, informative information is provided to the public about both weather forecasts and developing meteorological disasters, atmospheric events and laboratory studies.

In addition to the studies initiated for the digitalisation of the meteorological archive, special studies are carried out for the protection of documents, books and instruments of historical value. By providing internship opportunities to Meteorological Engineering students and by introducing the laboratory to students who visit the laboratory regularly two days a week, contributes to the training of future generations. It continues its activities with the vision of being a centre that is sought after at national and international level in meteorological observations and researches, pioneering, innovative and providing reliable meteorological information needed.

• Thumper Truck

https://eqe.bogazici.edu.tr/en/thumper-truck

It consists of a shaker integrated in a truck, which can apply a dynamic load up to 26.7 kN in the range of 0-225 Hz in horizontal or vertical direction. The vehicle is ideal for soil behaviour analyses, soil-structure interaction tests, structural behaviour determinations and similar studies. Since it is mobile, it can be used in projects carried out by universities, public institutions and private sector throughout Turkey.

• Palaeomagnetism Laboratory

It was established with a protocol signed on 07.04.1973 between the Chair of Geophysics of ITU Faculty of Mines, the Directorate of the Institute of Earth Physics of ITU Faculty of Mines and the Kandilli Observatory Directorate of the Ministry of National Education in order to provide the infrastructure for Paleomagnetism researches for the investigation of the geological development and geodynamic movements of the Earth's crust. In the said protocol, it was decided that the name of the laboratory would be "KANTEK Palaeomagnetism Laboratory".

The current instrumentation of the KANTEK Palaeomagnetism Laboratory is sufficient for palaeomagnetic research on igneous rocks. Current instrumentation of KANTEK Palaeomagnetism Laboratory: Two spinner magnetometers, one thermal demagnetiser, one alternating field demagnetiser, one susceptibility device, one magnetic anisotropy meter, coring tool, stone cutting tools and equipment. Our laboratory serves for scientists working on palaeomagnetism.

• Prof. Dr. Mustafa Erdik Shake Table Laboratory

https://eqe.bogazici.edu.tr/en/prof-dr-mustafa-erdik-shake-table-laboratory

In the laboratory under the responsibility of the Department of Earthquake Engineering, there are three shaking tables with different sizes, capacities and characteristics. The largest of the tables is 3m x 3m and has a load capacity of 10 tonnes and a nominal acceleration capacity of 2g peak. In the laboratory, various experiments requested by research institutions and private sector organisations within the scope of graduate thesis studies and research projects are carried out. Examples of the studies carried out: earthquake behaviour and performance determinations of life-size or scaled structures, structural elements and components (structural frames, walls, retrofitting applications, historical buildings); conformity assessments of sensitive electronic devices, panels, curtain wall systems, automatic gas shut-off valves; earthquake behaviour tests of electrical panels, power distribution lines, metal connectors, anchorage elements, museum artefacts; experiments on soil behaviour, improvement and soil-structure interaction.

• Non-Destructive Testing Laboratory

https://eqe.bogazici.edu.tr/en/non-destructive-testing-laboratory

Support is provided to projects carried out by universities, public institutions and private sector with its strong machinery and equipment infrastructure in the fields of determining the structural material properties of various structures such as bridges, buildings, towers, chimneys, which cannot be physically intervened due to their being under protection such as historical buildings, or damaged by earthquakes or other reasons, or difficult or impossible to access for various reasons, determining dynamic behaviour parameters with the help of in-situ or remote vibration measurements, determining their three-dimensional geometries and monitoring deformations, determining structural crack size and distribution.

• Structural Health Monitoring Laboratory

https://eqe.bogazici.edu.tr/en/structural-health-monitoring-laboratory

By collecting and analysing the data from real-time vibration monitoring systems installed on historical buildings, high-rise buildings and bridges, the behavioural characteristics of these structures in the face of natural phenomena such as earthquakes, storms and similar natural events or due to human-induced vibrations are determined. With the analyses performed, the performance of the monitored structure can be determined, the visible/invisible effects under the dynamic factors in question are revealed and the responsible parties are informed about the issue.

• Pseudo-dynamic Testing Laboratory

https://eqe.bogazici.edu.tr/en/pseudo-dynamic-testing-laboratory

It is used in semi-dynamic tests of seismic isolators and structural system components under horizontal and vertical loading.

Life Sciences and Technologies Application and Research Centre

• Medical Device Development Unit (Cleanroom)

https://lifesci.boun.edu.tr/tibbi-cihaz-gelistirme-temiz-oda-birimi/

The Medical Device Development or Clean Room Unit has the necessary infrastructure for the development of microsystem-based medical devices that are increasingly used in the field of health, which enter and/or are implanted into the human body, and for the production of clinical quality prototypes. MEMS and other micro device studies are also carried out in the unit. ISO 13485 certification was obtained in 2019 to support the medical device industry in critical intermediate product processing stages. In 2022, this accreditation was updated. The Medical Device Development Unit allows the prototype prepared with ISO 13485 certification to be tested directly on the human body.

Boğaziçi University Institute of Biomedical Engineering Cleanroom

BME Temizoda has been established within the Boğaziçi University Life Sciences and Technologies Application and Research Centre in order to carry out studies on the production of clinical quality prototypes of microsystem-based medical devices that are increasingly used in the field of health care. Examples of devices to be developed and produced in the Cleanroom include new generation endovascular catheters, guide wires and smart sensors implanted in the body, electrical stimuli and in-body systems that release drugs in a controlled manner only when necessary. BME Temizoda provides its users with an infrastructure that will make it possible not only to mechanically assemble endovascular catheters consisting of plastic and metal support units from basic materials, but also to integrate optical, electronic and mechanical microsystems into these catheters. In addition to these studies, the laboratory is also open to researchers from other branches for MEMS and other micro device studies.

• Animal Care and Production Unit (Vivarium)

https://lifesci.boun.edu.tr/animal-care-and-production-unit-vivarium/

It offers services to both academic research and industry in order to provide experimental animals used in medical and biotechnology scientific research within the scope of Turkey's priority R&D areas. LifeSci Vivarium received full accreditation in 2017 from the Association for Assessment and Accreditation of Laboratory Animal Care International (AAALAC International), which is the only authority that can accredit experimental animal centres all over the world, and operates as Turkey's first and still only experimental animal unit with AAALAC accreditation.

• Test-Analysis Unit

https://lifesci.boun.edu.tr/test-analysis-unit/

It is designed to meet the analysis needs of the biotechnology, biomedical and pharmaceutical industries, and also includes an infrastructure that is used extensively by academics in their research in these fields.

• Targeted Treatment Technologies Animal Imaging Unit

https://lifesci.boun.edu.tr/targeted-treatment-technologies-animal-imaging-unit/

It offers a unique infrastructure with its scope. Turkey's first preclinical 7T MR (magnetic resonance) imaging device (to be used in experimental animals) and PET-CT device (integrated positron emission and computed tomography) are offered to the service of researchers and industry.

• Pilot Production Facilities

https://lifesci.boun.edu.tr/pilot-production-facilities/

The thematic incubation and acceleration programmes that will work closely with Lifesci infrastructures and support entrepreneurs and SMEs have been implemented, and within the framework of a strategic cooperation, the transition processes of academic projects to clinical application are made predictable and accelerated with the Pilot Production Facilities established with the support of the IPA project in a special Bioincubation area within Teknopark Istanbul. The facilities offer an integrated infrastructure such as 8 independent modular clean room cabinets (clean room space up to ISO 6 class is provided), fume hoods and biosafety cabinets.

• Microalgae Biorefinery

https://lifesci.boun.edu.tr/microalgae-biorefinery/

The INDEPENDENT Project was implemented within the scope of the Competitive Sectors Programme, which is financed within the framework of the financial cooperation between the European Union and the Republic of Turkey and implemented by the Ministry of Industry and Technology. The products and technologies based on a bioeconomy-oriented growth model are obtained entirely from algae-based natural resources without depending on fossil resources through an integrated production model. It is planned to develop human food supplements, pharmaceutical ingredients, animal feed applications, organic fertiliser and biofuel from micro and macroalgae grown in reactors. The zero-waste targeted facility will be the first carbon-negative integrated biorefinery in Turkey and Europe when it starts operating at full capacity.

• Centre Related Laboratories

There are 35 research laboratories within Boğaziçi University that use the infrastructure of the Life Sciences and Technologies Application and Research Centre in their studies. The list of these laboratories and their related websites can be accessed at (https://lifesci.boun.edu.tr/arastirma-gruplari/).

Since its establishment in 2009, the Life Sciences and Technologies Application and Research Centre has given special importance to university-industry cooperation and has carried out comprehensive projects in the Istanbul region. These projects include the "İnovita Life Sciences and Technologies Istanbul Cooperation Platform" project supported by the Istanbul Development Agency, the "İnovita Health Technologies Incubation Centre" project, the "Life Sciences and Technologies University-Industry Researcher Training Programme" supported by the Ministry of Development, and ISEK - Istanbul Health Industry Cluster projects. With these projects, the Centre has assumed the role of an interface between universities, industry and the public in the pharmaceutical, biomedical and biotechnology sectors. The projects of the Centre can be accessed at (https://lifesci.boun.edu.tr/projeler/).

Research Centres

Advanced Technologies R&D Centre

https://arge.bogazici.edu.tr/en

Boğaziçi University Advanced Technologies R&D Central Laboratories is a Service Unit that started its operations in 2001 under the Rectorate of Boğaziçi University with the studies carried out within the scope of a State Planning Organisation project.

Boğaziçi University Advanced Technologies R&D Central Laboratories is a unit that serves both research groups and researchers within Boğaziçi University, research groups and researchers in universities other than Boğaziçi University and industrial institutions with its advanced technology devices capable of surface analysis, micro analysis and detailed characterisation. Boğaziçi University Advanced Technologies R&D Centre laboratories currently have a 400 MHz. A BB multicore NMR (Nuclear Magnetic Resonance) spectrometer with a power of 400 MHz, an XRD (X-Ray Diffraction) device with "multi-purpose" and "high temperature" attachments with high analysis capacity, a Scanning Electron Microscope & Energy Dispersive X-Ray Analysis System / Image Analysis System ESEM-FEG & Scanning Electron Microscope with high resolution (2 nm resolution) that allows samples to be analysed / examined in their natural environment.EDAX/IPS (Field Emission Gun Environmental Scanning Electron Microscope with full range of EDS Detector-Image Processing System), an AFM (Atomic Force Microscope)-USPM Ambios-Quesant Q-Scope Universal SPM (Scanning Probe Microscope), which allows micro-physical/topographic surface analyses of samples, and Nano Particle Size/Zeta Potential measurement devices used in the analysis of different material types and grain size ranges.

Sabih Tansal High Current Laboratory (2010)

http://www.buyal.boun.edu.tr

In the laboratory established for the industry at Boğaziçi University, many electrical devices need to be subjected to short circuit tests in terms of safety in their operation. These tests usually require currents of tens of thousands of amperes. This laboratory will be able to carry out such tests of electrical devices.

The idea of establishing a High Current Laboratory was put forward by the Department of Electrical and Electronics in 1985, taking into consideration the high current (Low Voltage, LV) testing needs of the electro-mechanical industry in our country and the first plans were made together with CESI Laboratories in Italy. The short circuit transformer, short circuit closing switch, measuring shunts, measuring devices, medium voltage resistors and reactors, which constitute the lifeblood of the Laboratory, whose design works were completed in 1986, were purchased with a loan of approximately 1.2 million dollars obtained from the Islamic Development Bank in the 90s. Due to budget constraints, energy supply difficulties and increasing costs, other deficiencies of the laboratory could not be overcome for a long time and it could not be put into operation.

The laboratory, which has a total installation cost of approximately 2 million dollars, was completed at the beginning of 2010 with the contributions of the Boğaziçi University Rectorate and Foundation and the relevant manufacturers, especially the Electrical Panel Manufacturers Association (EPAD), and started trial operations. We would like to state that the laboratory is the only independent laboratory in our country that can perform tests for 100kA-1sec despite such a long delay in its operation.

In May; short circuit resistance tests of materials such as LV thermal magnetic switches, distribution panels, power transformers, busbars, medium voltage disconnectors, LV fuses were carried out in the presence of 2 experts from CESI. In the future, various short circuit tests of the products of the manufacturer companies according to the relevant standards will be carried out by the laboratory team.

The high-current test laboratory receives its energy directly from the Etiler main download centre via a line independent from the city network. In case of possible malfunction or overcurrent tripping, only the power of the laboratory is cut off, other users are not affected by this situation.

In the laboratory, short circuit current is supplied from a specially designed transformer of TAMINI brand that can reach 140MVA max. power. The short circuit current is adjusted to the desired levels with medium voltage resistors and reactors connected in series to the primary side of the transformer between 16kA-100kA, and with high power resistors and reactors connected to the secondary side of the transformer for values below 16kA. Short circuit current is supplied to the tested product through a hydraulically operated three-phase short circuit switch (making switch) with a special contact structure. Switching elements' on-off, on-stay times and synchronisation are adjusted by means of synchronisation device and its own software. The short circuit current is measured via shunt resistors connected on the low voltage side of the transformer. Measurements and measurement records are recorded with a special waveform analyser with a very high sampling rate.

Accreditation studies of the laboratory according to IEC 17025 standard started with the trainings received from TSE in May.

TECHOPARKS

Boğaziçi University Technopark

Boğaziçi Teknopark was established in 2010 to assume a leading role in the field of advanced technology and innovation with the deep-rooted history and strong infrastructure of Boğaziçi University. Within the Technopark; there are many companies operating in different sectors from earthquake research to communication, from design to software, from energy to medical research in order to continue R&D activities and to produce scientific knowledge and technology. A large number of research assistants and faculty members from different disciplines, who take part in the projects carried out in Teknopark, work to transform the scientific knowledge obtained as a result of academic studies into technology. Boğaziçi University's rich library, extensive laboratory facilities and overseas connections are the driving force behind the projects carried out in the Technopark.

For detailed information: https://bogaziciteknopark.com/

BÜDOTEK Technopark

Dudullu OSB Boğaziçi University Technology Development Zone and BÜDOTEK (Dudullu OSB Boğaziçi University Teknopark AŞ), the managing company of the zone, were established in 2018 with the partnership of Boğaziçi University, Dudullu Organised Industrial Zone and Boğaziçi University Foundation. BÜDOTEK aims to carry out high quality R&D studies by combining the academic staff and research infrastructure of Boğaziçi University and the production facilities of Dudullu Organised Industrial Zone in order to increase the added value created by entrepreneurs by improving their R&D, innovation and cooperation capabilities.

For detailed information: www.budotek.com.tr

Incubation Centres

Incubation Centres offer a unique support environment for entrepreneurs and innovative projects and support the entrepreneurial activities of researchers and students. One of the biggest challenges of entrepreneurship is the transition from idea to practical application. Boğaziçi University acts in cooperation with various stakeholders thanks to its organisational structure and ecosystem that effectively carries out incubation services for entrepreneurs. In this context, it provides entrepreneurs with various supports such as mentoring, modern office spaces, technical infrastructure and access to financial resources from the idea stage to the commercialisation process.

Boğaziçi Technopark Incubation Centre: https://bogaziciteknopark.com/kulucka-merkezi

Biocube Incubation Centre: https://www.biyokup.com/

DreamBU Incubation Centre: https://entrepreneurship.bogazici.edu.tr/dreambu-incubation-center

BUNY Accelerator: https://buny.bogazici.edu.tr/