NeurotechEU Internship Program - Laboratories

NeurotechEU Internship Program

The Internship Program offers bachelor's and master's students within the NeurotechEU alliance the chance to gain immersive, hands-on lab experience in neuroscience and neurotechnology. Students can apply for ongoing projects in the laboratories at Boğaziçi University listed below.

 

ApplicationS

Deadline: 31 January 2026

Once selected for a laboratory, the final dates will be scheduled with the host laboratory for a period of up to four months.

Documents to be submitted are listed below:

  • CV
  • Motivation Letter

 

APPLICATIONS for Summer 2026 CLOSED

Internship Experience

PROCEDURE

  • 1 Application: Students apply by filling out the form available on the NeurotechEU Boğaziçi University website before the deadline.
  • 2 Review: Upon completion of the application period, Boğaziçi University prepares a summary report and shares the applications with the relevant Principal Investigators.
  • 3 Selection: Principal Investigators make their selections based on the applicant's profile and expertise, and notify the Boğaziçi University correspondent of the results.  
  • 4 Notification: Boğaziçi University notifies candidates of the evaluation results via e-mail. Selected interns are invited to coordinate with the Principal Investigator and their home institution to finalize the specific arrangements.
  • 5 Support & Insurance: Students are subject to the regulations of primarily their own universities, including possible financial support and insurance. So, they will have to first consult the relevant offices to find out about procedures in place (See also FAQ below).
  • 6 Working Hours: 9:00-17:00
  • 7 Inform Your PI: about (1) the dates of your internship (based on availability) and (2) possible need for an invitation letter for e.g., visa.

 

Research Laboratories

Behavioral Biology Laboratory
Principal Investigator: Assoc. Prof. Daniela Schulz
Institution: The Institute of Biomedical Engineering
Study level: Bachelor's and Master's students
Requirements: Behavioral neuroscience background is a plus. 
Places offered: 2
Description:
For more information, visit here!
Behavioral Neuroscience Laboratory 
Principal Investigator: Assoc. Prof. Güneş Ünal
Institution: Department of Psychology
Study level: 
Requirements: -
Places offered: 1
Description:
We are a systems neuroscience laboratory investigating the neuronal basis of fear memory, depression, and anxiety. We utilize a wide range of anatomical, electrophysiological, pharmacological, computational, and behavioral techniques in rodents. Our primary focus is on dissecting the specific neuronal circuits and distinct functions of several basal forebrain nuclei, the bed nucleus of the stria terminalis (BNST), amygdala and habenula within the context of the aforementioned cognitive-affective processes.
For more information, click here!
Biofunctional Nanomaterials Design Laboratory - BiND Lab
Principal Investigator: Assoc. Prof. Banu İyisan
Institution: The Institute of Biomedical Engineering
Study level: Bachelor's and Master's students
Requirements: Basic knowledge in nanomaterials
Places offered: 2
Description:

BIND Laboratory has been founded by Assoc. Prof. Banu İyisan at Biomedical Engineering Institute of Bogazici University in 2021 and conducts research in the field of smart, bio-relevant nanocarriers. BIND Lab is the Max Planck Partner Group in Bogazici University, Turkey starting from June, 2023 for the following 5 years. Our multidisciplinary research interests include the design, fabrication and characterization of versatile nanocarrier systems such as polymeric nanocapsules, nanospheres, magnetic nanoparticles, gold nanorods, polymer/lipid hybrid nanoparticles to overcome challenges in biomedical applications. Our main goal is to use these nanomaterials to develop multimodal systems that have several functions in one pot for use in controlled and targeted drug delivery systems, imaging and diagnostic applications. BIND Lab team utilizes a variety of inputs from nanobiotechnology, polymers, colloids, biomaterials, life sciences and engineering approaches to realize such studies that require a highly interdisciplinary working platform.

For more information, visit here!

Boğaziçi University Antennas and Propagation Research Laboratory - BOUNtenna
Principal Investigator: Assoc. Prof. Sema Dumanlı Oktar
Institution: Electrical & Electronics Engineering Department
Study level: Master's students
Requirements: Basic knowledge in antenna design
Places offered: 2
Description:
Boğaziçi University Antennas and Propagation Research Laboratory (BOUNtenna) and Boğaziçi University Bioelectromagnetics Laboratory were founded and are led by Associate Professor Sema Dumanlı Oktar. Her group concentrates on the design of reconfigurable antennas and RF-based sensors for mobile devices of limited size. The focus areas of application include antenna design for implantable and wearable devices, in-body sensing, bio-hybrid implant sensors, and multiscale communication, Body Area Networks (BANs), Internet of Health Things (IoHT), and Internet of Things (IoT). Capabilities in the laboratories include but are not limited to advanced antenna prototyping and measurement devices, a state-of-the-art anechoic chamber in addition to microbiology and genetic engineering equipment, enabling us to conduct vital procedures for isolating, cultivating, and quantifying mammalian cells.
For more information, visit here!
Cancer Signalling Laboratory
Principal Investigator: Assoc. Prof. Necla Birgül
Institution: Department of Molecular Biology and Genetics
Study level: 
Requirements: Basic background in molecular biology and neurobiology
Places offered: 1
Description:
Our lab focuses on the deorphanisation of orphan G-protein–coupled receptors by identifying their ligands and signaling pathways, with the aim of understanding GPCR-mediated regulation of fundamental physiological processes and therapeutic targeting.
For more information, click here!
Computational Imaging Laboratory
Principal Investigator: Prof. Esin Öztürk Işık
Institution: The Institute of Biomedical Engineering
Study level: Bachelor's and Master's students
Requirements: Programming knowledge
Places offered: 2
Description:

Computational Imaging Laboratory at Biomedical Engineering Institute at Boğaziçi University was founded in 2014. The main aim of the current and future projects is to develop novel molecular magnetic resonance (MR) imaging techniques to allow for a better understanding of the underlying biochemistry of diseases. The technical projects at the Computational Imaging Laboratory focus on designing new algorithms for molecular MR imaging data acquisition, post-processing and quantitation, as well as biostatistical analysis. The laboratory also works on developing computational methods for image analysis for understanding disease mechanisms. The main focus of technical projects is developing novel quantitative molecular MR imaging methodologies for fast and accurate data acquisition and processing. It is intended to translate all the projects developed at the laboratory into the clinics in collaboration with the clinical investigators in order to improve patient health.

For more information, click here!

Developmental Neurobiology Laboratory
Principal Investigator: Prof. Arzu Çelik
Institution: Department of Molecular Biology and Genetics
Study level: Bachelor's and Master's students
Requirements: Basic background in molecular biology and neurobiology
Places offered: 2
Description:
Our lab uses Drosophila and cellular systems to model neurodevelopmental and neurodegenerative disorders. We offer interns the opportunity to develop practical skills in fly maintenance and genetics, dissection and visualization of brain tissue and neuromuscular junctions by immunostaining and confocal microscopy, as well as behavioral analysis. Through this hands-on experience, they will develop an understanding of how genetic perturbations influence nervous system development, circuit function, and organismal behavior. Interns will also be exposed to experimental design, data interpretation, scientific communication, and the principles of translational research linking model organisms to human disease biology. This environment provides a strong foundation for students interested in molecular genetics, neuroscience, developmental biology, and biomedical research careers.
Fish Lab
Principal Investigator: Prof. Dr. Stefan H. Fuss
Institution: Department of Molecular Biology and Genetics
Study level: 
Requirements: Basic background in molecular biology and neurobiology
Places offered: 1
Description:
Our lab focuses on understanding plasticity and adult neurogenesis in the zebrafish olfactory system, with particular emphasis on neurogenic niches, regenerative responses after injury, and the cellular and molecular mechanisms that distinguish constitutive from regenerative neurogenesis.
Haptics & Robotics Laboratory
Principal Investigator:Assoc. Prof. Evren Samur
Institution: Department of Mechanical Engineering
Study level: Bachelor's and Master's students
Requirements: Basic knowledge in mechatronics 
Places offered: 2
Description:

Our medical robotics research is focused on enhancing patient care and has produced cutting-edge solutions, such as a novel, growing soft robot for colonoscopy that promises minimally invasive diagnostics. We have also developed wearable haptic guidance systems and robotic exoskeletons that promote mobility and recovery. Through the integration of innovative robotic systems and advanced control algorithms, we strive to achieve unprecedented medical procedures.

For more information, visit here!

Laboratory of Genome Regulation
Principal Investigator: Assoc. Prof. Tolga Emre
Institution: Department of Molecular Biology and Genetics
Study level: 
Requirements: Basic background in molecular biology and neurobiology
Places offered: 1
Description:
The Laboratory of Genome Regulation focuses on gene regulation and its disruption in cancer. The laboratory investigates how genetic and epigenetic mechanisms, particularly chromatin modifications and transcription factor networks, control gene expression in normal and cancer cells. By studying histone-modifying enzymes and key transcription factors implicated in B-cell cancers and melanoma, the laboratory aims to uncover regulatory vulnerabilities that can be targeted for future cancer therapies.
For more information, click here!
Motion Assistive Devices Ecosystem for Industry and NeuroTechnological Solutions Platform - MADE in NTSP
Principal Investigator: Prof. Can Yücesoy
Institution: The Institute of Biomedical Engineering
Study level: Bachelor's and Master's students
Requirements: Basic knowledge in biomechanics
Places offered: 4
Description:
MADE in NTSP is a human motion biomechanics research centre providing state-of-the-art motion capture systems, force plates, wireless EMG and IMU devices, and the capacity to assess stair ascent/descent motions and inclined surface as well as level gait. MADE in NTSP is a NATO DIANA official test center and is actively a part of innovations in the challenge areas such as Human Resilience & Biotechnology and Data Assisted Decision Making. MADE in NTSP is also the key research infrastructure of Neurotechnological Solutions Platform and serves as a shared research infrastructure for NeurotechEU. In our lab, we aim to provide innovative neurotechnological solutions for rehabilitation and mobility support targeting major musculoskeletal disorders—such as stroke, CP, amputation, Parkinson’s, and MS—that heavily impact the workforce and society. We offer interns the opportunity to develop practical skills in neurotechnology by assisting in sEMG-based motion analysis experiments using state-of-the-art motion capture systems. Through this hands-on experience, they will develop a multidisciplinary perspective, learning how to translate engineering concepts into clinical solutions for patient needs.
For more information, visit here!
Multimodal Imaging and Physiology Laboratory - MIMLAB
Principal Investigator: Assist. Prof. Pınar Senay Özbay
Institution: The Institute of Biomedical Engineering
Study level: Bachelor's and Master's students
Requirements: Experience in one or more of the following areas is a plus: Programming, Signal Processing, Imaging, and Machine/Deep Learning
Places offered: 2
Description:
At MIMLAB, our research revolves around multimodal brain imaging and the integration of advanced signal analysis techniques to unlock the mysteries of the human brain. We specialize in cutting-edge imaging technologies, including structural & functional MRI, and EEG, combined with physiological signal analysis, to explore brain anatomy and function and its alterations in health and disease. Our work also spans neurotechnology and computational modeling, where we develop innovative algorithms to better understand brain-body dynamics. Additionally, we are deeply involved in preclinical neuroimaging, bridging the gap between experimental models and clinical applications to drive breakthroughs in understanding and treating neurological disorders. We have multiple experiments ongoing at different sites: Preclinical Imaging (Life Science Center, Kandilli Campus), EEG-Physiology Lab (Institute of Biomedical Engineering, Kandilli Campus), Multimodal Human Brain Imaging (3T MR Facility, Acıbadem Altunizade Hospital). As an intern, you will have the opportunity to work closely with experienced researchers, contribute to ongoing projects, and develop valuable skills in data analysis, programming, and scientific communication.  
For more information, visit here!
Polymer Research Center
Principal Investigator: Prof. Türkan Haliloğlu
Institution: Department of Chemical Engineering
Study level: 
Requirements: -
Places offered: 2
Description:
The Polymer Application and Research Center is an interdisciplinary research unit dedicated to understanding the structure, physical properties, dynamic behavior, and functions of biological and synthetic macromolecular systems. In recent years, advances in the life sciences have brought together researchers from the basic sciences and engineering fields, particularly in computational biology, to address complex biological problems. The Center brings together faculty members, undergraduate and graduate students, and postdoctoral researchers from chemistry, physics, biology, computer engineering, and electrical and electronics engineering to collaboratively conduct scientific research and academic activities. Established in 2005, the Center was selected by the European Union as one of the 11 Centers of Excellence in Türkiye, and its research is supported by numerous national and international funding programs.
Smart and Autonomous Mobility Laboratory
Principal Investigator: Assist. Prof. Sinan Öncü
Institution: Department of Mechanical Engineering
Study level: Bachelor's and Master's students
Requirements: Mechatronics, Control, Dynamics
Places offered: 2
Description:
Smart and Autonomous Mobility Lab focuses on the realization and validation of smart and autonomous mobility solutions. Current research focuses on autonomous navigation, fleet optimization, motion planning, control of autonomous vehicles, and driver behavior analysis for connected vehicles. The laboratory is equipped with full-scale autonomous vehicle prototypes, motion simulators, traffic and mobility data acquisition systems, and sensors for perception, localization, and vehicle control.
Social-Ecological Sustainability Lab
Principal Investigator: Assist. Prof. İrem Daloğlu Çetinkaya & Assist. Prof. Cem İskender Aydın
Institution: The Institute of Environmental Sciences
Study level: Bachelor's and Master's students
Requirements: Basic knowledge or strong interest in environmental sustainability, water resources, climate change, and urban resilience
Places offered: 2
Description:
The Social-Ecological Sustainability Lab conducts interdisciplinary research at the interface of water resources, ecosystems, society, and governance, with a strong focus on sustainability challenges in Mediterranean and semi-arid regions. The lab applies socio-ecological systems frameworks to examine how environmental change, governance structures, and human decision-making interact across scales. A core focus of the lab is the assessment and valuation of ecosystems and nature’s contributions to people (NCP), integrated with water governance, climate adaptation, and WEFE nexus approaches. Using systems thinking, system dynamics modeling, participatory methods (Living Labs, stakeholder engagement), and policy analysis, the lab addresses challenges such as water scarcity, groundwater over-exploitation, ecosystem degradation, and trade-offs between agricultural production, environmental protection, and societal well-being. Students joining the lab will contribute to ongoing EU-funded and international research projects, gaining hands-on experience in ecosystem valuation methods, stakeholder-informed research design, conceptual and quantitative modeling, and sustainability assessment. The lab offers a collaborative, interdisciplinary working environment that bridges environmental science, social sciences, and systems modeling to inform sustainable policy and decision-making.

Frequently Asked Questions

What is the application deadline?

Applications are open until the end of January.
Is accommodation provided?

Accommodation is expected to be arranged by the students; however, limited dormitory accommodation may be announced.
Can I receive a certificate of participation from Boğaziçi University after the internship?

Yes, a certificate of participation from Boğaziçi University can be provided upon completion of the internship and upon request.

Contact Information

If you have any further questions, please feel free to reach out.

✉️ nteu@bogazici.edu.tr