Hari Amaravadi

Responsibilities: Implement control algorithms for Automatic Driver Assist Systems (ADAS) i.e. AEB & ACC, perception sensor modeling, sensor fusion, adapt real world data into simulation environment for ADAS, validate the algorithm in Carmaker environment, generate fixed point code using auto-code generation tools.

Responsibilities: Develop models for motor control simulations (BLDC) using sensor bearing as feedback elements for automotive applications such as EPS, implement algorithms for angle calculation, analyze & post-process the signals from the sensor bearings, mathematical modeling of sensors, interact with stake-holders onsite for understanding customer requirements, develop firmware for test-benches & signal demonstrators.

Responsibilities: Implement parking assist (ADAS) algorithms in Simulink/Stateflow, perform MIL/SIL testing, validate the model in Carmaker, prepare & execute test maneuvers, implement diagnostic fail-safe model, implement ISO-26262 safety requirements, perform software FMEA, generate fixed-point code, integrate algorithm with platform software, develop test automation tool.

Responsibilities: Analyze characteristics of Lead Acid battery, develop lead acid battery chargers, develop dialing system for station communication, prepare requirements from customer specifications.

Responsibilities: Develop prototype schematics, develop firmware & drivers for modules, testing of prototypes.

Electronics Science: - DSP - Control Theory - Communications & Networks