Functional Safety: ISO 26262, Safety Architecture, Safety Analysis, FuSa, Verification

GenAI: LLM orchestration, RAGs, Langchain, LLM Safety

Automation: Python, APIs, CI/CD, Docker

 Working as a Functional Safety Architect for Nvidia Tegra boot software.

 Responsible for safety planning (safety plan, verification plan), safety architecture and overall functional safety progress.

 Applying GenAI (LLMs, RAG Pipelines) to functional safety and security and studying its effectiveness.

 Functional Safety Management: - Safety Requirements, ASPICE, ISO26262, ISO21434

 Software Safety and Security Architecture: - FMEA, Safety Architecture, Threat Analysis

 GenAI: - LLM CI/CD Pipelines, RAGs, Semantic similarity analysis, NLP, LangChain

 Functional Safety Management for Cadence/Tensilica IP Software used for Safety Critical applications: - ISO 26262, Automotive Software, Engineering Management.

 Lead a team of safety engineers to verify/certify new versions of Cadence/Tensilica IP Vision Software libraries and XT-CLANG compiler toolchain to ISO 26262 ASIL D: - QA, Engineering Management, Functional Safety

 Worked to create and certify STL (Software Test Library) Safety Mechanism for Tensilica HW IP: - C, Assembly, HW Fault coverage, Functional Safety.

 Worked with OEMs and Tier-I automotive customers and certification bodies like TUV-SUD and SGS-TUV Saar

 Successfully completed ISO 26262 ASIL D certification if Cadence/Tensilica IP Vision Software libraries and XT-CLANG compiler toolchain used in Safety Critical applications: - ISO 26262 Compliance, Functional Safety, Automotive Software.

 Functional Safety Engineer for Cadence/Design IP Software products consisting of bare metal software drivers for USB, PCIe and other IPs: - C, Device Drivers (USB, PCIe, I2C), Unit Testing, Embedded Software.

 Code review, Static Analysis (MISRA), code coverage and verification for ISO 26262 compliant Vision Software library and low-level libraries (XTOS, HAL, iDMA): - C/C++, Unit Testing, Integration Testing, Embedded Software, Tensilica processors.

 Automation of safety work products creation and review. Work Products include Safety Plan, Software Requirements, Test Scripts, verification reports: - Python

 Good understanding of Hardware Functional Safety and performing Safety Analysis (FMEDA) on hardware components: - HW Safety Analysis, FMEA, FMEDA.

 Designed and developed embedded diagnostic software based on CAN network protocol for vehicle diagnostics.

 Implemented various automotive software Safety standards such as ISO 26262 and MISRA-C for next generation ECU firmware development.