Embedded System Engineer
- Designed and implemented power electronics systems for HVAC Computational Processing Input Systems (CPIS) and End-of-Line Testers for this system, optimizing performance and reliability.- Collaborated with cross-functional teams to design 12-layer PCB layouts for smart vehicle systems, incorporating EMI/EMC reduction techniques to improve power electronics reliability in EVs.- Developed system firmware and end-of-line testers for HVAC CPIS, enabling seamless integration with IoT-based vehicle systems critical to smart city infrastructure.- Ensured ISO 26262 functional safety compliance, maintaining 100% adherence to safety regulations during the product development cycle.- Produced detailed technical documentation, including BOM, test procedures, and design files, to support smooth manufacturing and deployment.Key Achievements:- Developed and tested over 50 HVAC CPIS units, improving energy efficiency and system reliability.- Led efforts to improve production efficiency, reducing design-related issues by 20% during the manufacturing phase.Tools & Technologies:Microcontrollers: ATMEGA MegaAVR, XMC-4000 SeriesTools: Eagle CAD, Altium, Vector CANdb++Languages: C, PythonProtocols: SPI, UART, I2C, CAN, RS232