Test Project
This is a test project.
Hands-on projects bridging automotive expertise with ocean technology.
This is a test project.
A simulated ROV control system built with Python and ROS2, featuring thruster control, depth hold PID controller, and basic sensor telemetry visualization. Demonstrates application of automotive control theory to underwater vehicles.
An embedded data acquisition system designed to log and transmit environmental sensor data (pressure, temperature, salinity) — built on STM32, adapting my AUTOSAR development experience to marine instrumentation.
Research and prototype development for a low-cost underwater acoustic communication system. Applying CAN bus reliability principles to subsea data transmission challenges.
A web-based bathymetry data visualizer that renders sonar-collected depth data as interactive 3D terrain maps. Combining frontend skills with oceanographic data processing.
The foundation these ocean projects are built upon.
Developed production-grade embedded software for automotive ECUs following AUTOSAR standards and V-Model processes.
Deep expertise in CAN, LIN, FlexRay, and Ethernet protocols — the backbone of automotive networking.
Experience with ISO 26262 functional safety standards, FMEA analysis, and safety-critical code development.
Proficient in RTOS development, task scheduling, interrupt handling, and deterministic execution.
Hardware-in-the-loop testing, unit testing frameworks, and systematic test strategy development.
Designed and documented software architectures for complex multi-ECU systems.