Electrical Engineering · Memorial University
Kaan
Keskindil
Engineering student building at the intersection of embedded hardware, autonomous systems, and scientific computing. Currently seeking Sep–Dec 2026 co-op opportunities.
01 // About
Background
I am a second year Electrical Engineering student at Memorial University. I have experience with PCB design, embedded firmware development, software development (C++/OpenGL), Python-based ML and data infrastructure, autonomous systems, and engineering research.
I'm currently seeking co-op positions for Fall 2026. Please shoot me an email if you have any opportunities :)
B.Eng Electrical Engineering
Memorial University of Newfoundland
GPA 4.0 / 4.0
02 // Experience
Work History
ONAE Research Student
Ocean Engineering Research Center · Supervised by Dr. Wei Qiu
- Developed a C++/OpenGL-based seakeeping CAE application for ship hull preprocessing and hydrodynamic visualization, integrated with a frequency-domain potential-flow solver for use in naval architecture research and design workflows.
- Built AEGIS, a proof-of-concept autonomous SAR vessel capable of georeferenced thermal heat mapping and obstacle-aware navigation, using a Raspberry Pi/Arduino architecture with GPS/IMU sensor fusion, LiDAR, and thermal imaging.
- Produced the framework for Canada's first autonomous vessel program at MUN, applying FMEA/STPA risk profiling, cybersecurity analysis, and connectivity benchmarking across various architectures to enable the 2026-2028 ship design and IMO adoption phase.
Design Verification & Validation Student
JVPLabs
- Accelerated medical data analysis workflows by ~83% by refactoring legacy Python scripts into a modular application for patient recording retrieval, ECG/video signal processing, and anatomical grid-overlay visualization.
- Flashed and validated new firmware builds on Jetson Nano devices via Linux CLI, reconfiguring system settings and verifying functionality through Bash scripting, log analysis, and data-transfer checks.
- Diagnosed hardware faults across bring-up, stress, and regression tests on medical hardware by analyzing Linux logs to isolate power, I²C, and IR-camera acquisition failures.
- Improved post-assembly quality control by designing and standardizing FAT, end-of-line, and hardware test frameworks, accelerating onboarding for new verification engineers.
03 // Projects
Engineering Projects
Embedded & Hardware
Data Infra & ML for Finance
Other Projects
04 // Skills