Zaid Liyakatali Sarguroh

• Developed ASW for EVCC supporting dual-gun charging. Major focus on session management, charging control and fault handling. • Designed and implemented a cross-protocol stack for CCS2 EVSE and GB/T 27930 BMS. • Conducted on-vehicle testing and CAN log analysis to validate charging communication and performance. • Built a Python-based driver performance tool using vehicle telemetry to assess efficiency and support predictive control strategies.

• Implemented supervisory controls and torque management algorithms in MATLAB/Simulink for electric commercial vehicles. • Managed VCU-based ECU coordination over CAN/J1939, ensuring reliable execution of control across all subsystems. • Supported low-level C code development for hardware integration and diagnostics.

• Assisted in developing electric powertrain control logic for one-pedal driving and torque generation using MATLAB/Simulink. • Created and executed MIL and SIL test cases to validate algorithm performance and reliability. • Conducted CAN data acquisition and analysis with BUSMASTER, Vector tools and Python.