Balu Subramanian Vasudevan

• System Integration of BEV, ADAS and Chassis systems • Creating System Requirements for ADAS, BEV and Chassis systems • Developing architecture for ADAS functions such as ACC, AEB, LDW, BSD, LKA, HWP, DMS, FCW, etc., • Developing architecture for BEV functions such as BMS, VCU, Charging System, High Voltage Distribution, Thermal Management, etc., • Modelling using SysML/UML in Enterprise Architecture/Rational Rhapsody • Performing DFMEA and Fault Tree Analysis (FTA) • Setting up team for System Integration

• Requirements engineering and communicating with customers/stake holders for Brake System Functions, Park Brake functions, FLM, FAPA • Requirements management in DOORS • Modelling using SysML/UML in Enterprise Architecture/Rational Rhapsody • Performing DFMEA, Fault Tree Analysis (FTA), 5-Whys and 8D • Performing safety analysis for ISO 26262 Function Safety – Chapter 4,5 & 6 • Process establishment for ASPICE in the areas of Software Requirement Analysis, SAD, SoftwareDetailedDesign and Unit Construction

• Requirements engineering and communicating with customers/stake holders • Requirements management in DOORs/PTC Integrity • Modelling using SysML/UML in Enterprise Architecture/Rational Rhapsody • Performing DFMEA, Fault Tree Analysis (FTA), 5-Whys and 8D • Performing safety analysis for ISO 26262 Function Safety – Chapter 4,5 & 6 • Project Management activities such as Project Kick-Off, Project milestone planning, tracking deliverables for milestone releases, Releasing software to customer

 Analyzing function/safety requirements and development of brake system software using Embedded C  System design/re-design for customer specific requirements  Software implementation and vehicle testing in winter test tracks  Functions: Traction Control System, Stand still Manager

 Analyzing function requirements and development of electric park brake system software using Embedded C  Verification of MISRA conformance using QAC analysis  Development of CAN Simulation and CAPL scripting using CANoe  Testing the transmission and reception of the CAN signals in Test bench setup and unit testing using CANTATA

 Analysis requirements and development software for CAN communication systems using Embedded C  Verification of MISRA conformance using QAC analysis  Development of CAN Simulation and CAPL scripting using CANoe  Testing of Diagnostics Modules and Communation modules in Test bench