Baris Can Coskun

-Developed Embedded C++ firmware for a distributed industrial lighting control system with multiple interconnected boards. -Reduced product BOM cost by migrating siren and LCD-equipped remote-control modules from ESP32 to STM32, eliminating unnecessary wireless functionality while preserving required features. -Implemented control and communication features across the remote-control, siren, main controller, and lamp-node boards.

-Developed Embedded Linux applications in C++/Qt/QML for utility-scale Battery Energy Storage Systems (BESS), covering user interfaces, control logic, and system diagnostics. -Built real-time monitoring and supervisory applications deployed on BeagleBone, Raspberry Pi, and Tinker Board for a local Energy Management System (EMS). -Implemented and validated charge/discharge operation of an NR Electric Power Conversion System (PCS) for an LFP battery system up to 1500 V.

-Developed FreeRTOS-based BMS firmware in C for Li-ion battery packs using Texas Instruments (TI) fuel gauge, monitor, and protector ICs. -Completed learning cycles for TI’s Impedance Track algorithm and generated golden image files for mass production. -Delivered real-time battery telemetry and fault handling for ASELSAN’s Smart Rifle project. -Implemented features within a modular firmware architecture supporting CAN, Modbus, Wi-Fi, BLE, and GSM/GPS in the KOSGEB Light Electric Vehicle project.