Adithya Harithas Venkatesh

• Development of control functions for inverters with Embedded C according to CI/CD principles. • Designed MATLAB/Simulink models for inverter and electric drive components. • MiL validations of modulation techniques and transitions in a MATLAB/Simulink controller with closed loop environment. • Software validation and debugging on the test bench. • Software version control with Git.

• Literature review on modulation techniques and transition strategies. • Open-loop Simulink model integrating battery, inverter and motor components. • Signal processing and FFT analysis of modulated voltage signals. • Model-based functional development of modulation techniques for inverter switching. • Developed a strategy for transitioning between modulation techniques. • Developed methodology to define PWM edges during transitions.

• Calibrated engine control software according to ISO 26262 functional safety standards. • Calibration of electrical diagnostic functions. • Engine validations on the engine test bench and on the vehicle. • Collaboration and communication with cross-functional AGILE teams for software and system testing of battery management systems. • (BMS) software validations on HiL and component test benches with dSpace tools. • CAN signals communication validations between control units using the Vector CANalyzer.

• Foundations of Software Engineering • Automotive Software and Systems Engineering • CAE in Control Engineering • Control of Power Electronics and Electric Drives • Non-Linear and Adaptive Controls • Safety and Reliability of Embedded Systems • Modelling and Identification of systems • Simulation of Bus Systems

• Linear Controls • Basic Electronics and Electrical Engineering • C Programming