Huriye C.

I help engineering teams build simulations, automate tests, and turn sensor and vehicle data into clear, usable results with Python and MATLAB/Simulink. I’m a mechatronics engineer with around seven years of experience across automotive, defense, and electromechanical systems. My background combines systems engineering and verification with hands-on development of engineering tools, control models, and technical AI benchmarks. What I can help you with: • Python tools & test automation Engineering data processing, automated verification, acceptance checks, failure detection, and reporting using Python, Pandas, NumPy, and pytest. • MATLAB/Simulink & control systems Model development, debugging, control logic, Stateflow, and system-level simulation for automotive, robotics, and electromechanical applications. • CAN bus & vehicle diagnostics CAN signal reverse engineering, data acquisition and decoding with Python and Kvaser interfaces, and analysis of vehicle and sensor data. • Systems engineering & verification Requirements analysis, interface documentation, functional test procedures, and verification and validation, supported by experience with CAN, RS422, Ethernet, and ASPICE. • Technical AI evaluation & benchmark development Designing coding and engineering tasks, developing Python reference solutions and automated verifiers, and creating hidden tests and edge cases. I also review AI-generated engineering solutions for technical accuracy, reasoning quality, and consistency with requirements. My recent work includes sensor fault recovery and signal reconstruction benchmarks, robotics simulation environments, and a Python test-data analyzer with configurable PASS/FAIL checks, automated reporting, and continuous integration. Previously, I worked at Otokar, Havelsan Teknoloji Radar, and Figes, where I supported system development, qualification testing, and MATLAB/Simulink modeling and technical training. Share your requirements, existing code or model, and expected deliverables, and I can help define a practical scope for your project.