Functional Safety Manager | ISO 26262 | ADAS L2/L3 • EV High Voltage • System Safety Architect | ISO 21434 | IEC 61508 | SEooC...

Functional safety professional with over 12 years of experience enabling ISO 26262-compliant safety-critical automotive systems across ADAS, braking systems, and electrified powertrain domains. Currently serving as Functional Safety Manager at Eaton

• Automotive functional safety professional (AFSP)
• Embedded Systems

Functional safety professional with over 12 years of experience enabling ISO 26262-compliant safety-critical automotive systems across ADAS, braking systems, and electrified powertrain domains. Currently serving as Functional Safety Manager at Eaton, driving safety strategies for high-voltage EV systems, including fault isolation and high-current interruption solutions, while ensuring system and functional safety.

Expertise spans functional safety management, lifecycle ISO 26262 compliance, and system safety architecture. Proficient in safety analysis methods like FMEA, FTA, FMEDA, and DFA, alongside developing safety requirements, manuals, and road release documentation. Committed to fostering cross-functional collaboration to deliver robust and secure automotive solutions.

SKILLS:
FuSa Management FSMP, DIA
Developed FSC / TSC concepts
ADAS L2, L3 & Braking System
Architecture
HARA and Safety goals derivation
Safety analysis FMEA,FTA,FMEDA&DFA
Experience in Vehicle and System
integration, Verification & Validation
Safety case and Road release
OEM & Supplier Interface Management
HW Architecture & Requirements
Safety Audit and Assessment
Cross‑functional & Global Team
Leadership
SW tool classification and Qualification
Verification and Confirmation reviews
SEooC and SOTIF concepts for High
voltage electronic devices
Trained in Cybersecurity concepts and
Requirements as per ISO 21434