Brain Biomechanics


Highly motivated Mechanical Engineering graduate from Bogazici University with a strong analytical background and a growing passion for biomedical engineering. Experienced in computational tools like MATLAB and Simulink with hands-on research in biomechanics and medical imaging. Engaged in multiple research projects, including intracranial aneurysm analysis and prosthesis development, applying engineering principles to healthcare solutions. A dedicated learner with coursework in biology and biomechanics, committed to bridging engineering and medical sciences. Seeking to further specialize in brain biomechanics and biomedical research.
I gained hands-on experience in production processes, including machining and quality control. It enhanced my understanding of manufacturing technologies and problem-solving in an industrial setting.
I furthered my knowledge of fluid mechanics. I also made progress in the areas of Python and sustainability.
Specializing in sales and their tabulation
I learned about machining, maintenance, research and development, quality assurance, and machining of CNC machines.
Design Analysis
Analytical Thinking
Technical Reporting
Biomechanics Analysis
Neural Engineering
Biomedical Imaging Techniques
Manufacturing Techniques
Scientific research methods
Fluid Mechanic
Dynamics and Control
Solidworks Proficiency
Prosthetics design
Cell biology
Intracranial Aneurysm Analysis (University of Washington - KurtLab)
(2024-12- -Present)
Developing 4D Amplified Flow MRI techniques to detect aneurysm growth by analyzing vascular wall motion. Focused on image preprocessing and dynamic mode decomposition using MATLAB and MicroDicom.
Prosthesis Development (Bogazici University)
(2025-1- -Present)
Collecting and analyzing kinematic, kinetic, and EMG data for amputee rehabilitation. Using VICON and MATLAB to improve prosthesis design and expand research to stroke patients.
AUTONOMOUS TRASH COLLECTING VEHICLE ON WATER (OpenCV + Physical System)
INVERTED PENDULUM ON A CART (MATLAB + Simulink + Simscape + SolidWorks + Physical System)
RAMP SYSTEM IN VEHICLES FOR DISABLED INDIVIDUALS (MATLAB + SolidWorks)
FLAP ACTUATOR (KISSsys + SolidWorks)
Boğaziçi Biotechnology Congress Participation Certificate
Brain Biomechanics
Biomedical Research
Neural Modelling
Piano
Basketball
Boğaziçi Biotechnology Congress Participation Certificate