I own end-to-end safety for ASIL-D steering systems with integrated L2/L3 ADAS features, leading functional safety analyses and validation from RFI to production. Additionally, I manage ISO 26262 and ASPICE audits while mentoring engineering teams to achieve 100% verification coverage and significantly reduce safety-critical defects.

Served as a founding member of the SOTIF team. Developed engineering solutions for SOTIF (Safety of the Intended Functionality) at the Feature level and across the ADAS/AD Stack. Led external safety teams and developed V&V strategies for features like Highway Assist and Lane Change Assist.

Senior Technical Safety Engineer - SOTIF (Feb 2021 – Oct 2021) Served as Safety Product Owner for an ASIL-rated Multi-purpose Camera Platform. Collaborated on safety architecture and concepts for Surround View Systems, Ultrasonic, and Radar projects.

Software & Systems Engineer - ADAS (Apr 2018 – Feb 2021) Developed functional software for ADAS modules utilizing various sensor modalities for clients including Karma, FCA, NURO, and Amazon. Designed C++ features for ACC and AEB.

Associate Software and Systems Engineer (Mar 2017 – Jul 2018) Focused on software development for Electric Power Steering (EPS) and Electronic Stability Programs (ABS, TCS, ESP) using C and HIL systems.

Led DSP-based software-reconfigurable laboratories and conducted hands-on electronic sessions for large classes.

Designed and developed embedded systems (GSM-based boards, obstacle avoiders) using ARM Cortex M and various 8/16-bit microcontrollers.