• Contributed to creation of technical safety requirements (TSRs), Hazard and Risk Analysis (HARA), Safety Concepts for inhouse ECUs and FPGAs for rapid prototyping• Led and coordinated safety assessments and audits with both internal and external auditors.• Derived software safety requirements for the application software and/or platform software• Supported/derived safety analysis using SW-FTA, SW-FMEA, HW-FMEA• Supported defining programming and coding guidelines for the software development teams• Supported the development of SW architecture for safety, including ASIL decomposition, freedom-from-interference analysis, dependent failure analysis• Ensured traceability of safety requirements throughout the development lifecycle• Documenting all relevant software safety requirements, analyzes, architecture implementation, verification, and validation events for application software/or platform software

Developed and architected software and firmware for both closed and open loop control of optical and motor subsystems using FreeRTOS on STM32(Cortex M) based microcontrollers.Designed and implemented an ASCII based command parser to process instructions on UART, SPI, and CAN busProgramming battery management systems Programming using embedded C, MATLAB, Simulink, parsing and test scripts using python Use Communication protocol (CAN, LIN, BroadR-Reach, Flexray, MOST) for embedded systems testingHands-on electrical measurement of high speed interface (PCIe, MIPI, DDR, etc), voltage regulators, etc. Proficient in instruments such as oscilloscope, power supplies, electronic loads, RLC, DMM, VNA, frequency counters, generators, TDA, spectrum analyzersTools - DaVinci, Vector Canalyzer, Canoe, Debugger, Trace32, Candela Studio

• Software design, development, verification, and validation of complex software - battery management system, thermal management module• System design, architecture, and safety concept definition of FPGAs and ASICs for high volume automotive applications• Performed in-depth functional safety analysis, FTA, FMEA, FMEDA for ASIL compliance• Developed microcontroller platform software for battery management systems. Implement device driver for integrated circuits such as EEprom, RTC, SBC• Designed and implemented functional safety mechanisms, perform HARA analysis, risk mitigation analysis and author software tool qualification report• Derived and implemented diagnostic and fault management requirements from safety analysis• Specify and conduct software unit tests to support verification and validation and continuous test system• Software tools - Simulink / Matlab, State Machines, Data Flow Diagrams, Block Diagrams, Context Diagrams, CMMI, SPICE (ISO/IEC 15504), MISRA C, AUTOSAR and Vector Tools (Davinci Configurator, CANalyzer, CANoe) • Methodologies - Aspice, FMEA, FMEDA, FTA, HARA and ASIL definition• Lab equipment - spectrum analyzer, oscilloscope, power supplies, electronic loads, RLC, DMM, VNA, frequency counters, generators, TDA

• BCM software modeling engineer will be required to model the vehicle features that reside in the body control module ECU using the tools: IBM Rational Statemate and/or Matlab Simulink/Stateflow• These feature models will consist of regular customer behavior functionality and subsystem interfaces • The engineer will need to be able to combine these features into an implementation model, generate C source code and analyze and test the code• The testing will be performed using Software-in-the-Loop and Model-in-the-Loop methodologies• The design of the models will require key understanding of system requirements, message matrix, fail safe strategies and interaction with other ECUs• The engineer will need to work both independently on their own core feature models, with the understanding that they will be used on a variety of vehicle platforms, as well as in a team when assembling implementation models from features• They will also need to work closely with other departments (systems, components, and validation) to understand requirements, implement changes and resolve issues• Software tools - Stash, JIRA, Jenkins, Git, Docker, C/C++, MATLAB/SIMULINK, IBM Statemate, AUTOSAR and Vector Tools (Davinci Configurator, CANalyzer, CANoe)

• Experience in model-based software development and V cycle process, MIL, SIL, HIL• Spearheaded 7 HMI function development, using MATLAB/Simulink and several in-house software• Experience in MATLAB and C, tool development using LabView, static code analysis using Polyspace, memory mapping in ECUs and end-to-end documentation from design stage until flashing the code on the target ECU• Responsible for V cycle process of plausibility functions• Designed ECU architecture and circuits and developed test cases test electronic assemblies• Reduced man-hours by automating a modelling technique to optimize subsystem sizes• Responsible for optimization of the control’s strategy from software point of view using mathematical models.