Functional Safety Lead Engineer

Position: Functional Safety Lead Engineer

Location: Bangalore

Education: B.E/B. Tech/M.E/M. Tech in Power electronics/Electronics/Communication/Electrical

Experience: 8 to 10 years

Major Job Responsibilities:

.Lead the Functional Safety team by providing technical guidance on ISO26262 (Systems, HW ,

.SW and Production/Operation Level) and by doing hands on.

.Deriving Functional Safety Requirements for Transmission, Inverter, DC-DC converter, on board

.charger and other Power Electronics Sub-Systems.

.Developing Technical Safety Concept, Technical Safety Requirements, Hardware Safety

.Requirements and Software Safety Requirements for Electrification product line.

.Developing Level 2 - Function Monitoring layer as per EGAS standards.

.Support System Architect to develop System Architecture Design for Transmission, Inverter and

.other Power Electronics Sub-Systems

.Analyze Stakeholder Requirements (Customer and Internal)

.Interface with experts across the globe to evaluate and specify power electronics sub-systems

.requirements.

.Support HW Architect to generate Product Definition Document (detailed product

.requirement)

.Support HW Architect to generate power electronics controllers design concept (Product

.Mechanization).

.Perform change management with the customer and internally (Requirements management in

.Polarion tool)

.Support Verification Leads to generate product functional test plan (safety compliance testing)

Major Job Qualifications Experience:

.Deep Expertise in Functional Safety (Minimum 4 years of experience in FS, Developing TSC, FSR,

.TSR, HSR and SSR).

.ISO26262 external audit experience and gap analysis.

.Exemplary expertise in requirements elicitation.

.Vast experience in handling customers and leading teams.

.Fair knowledge and hands on experience in power electronics controllers used for battery

.management, inverter management, motor maneuvering & position sensing, on-board charger

.and DC-DC conversion.

.Good understanding of System Architecture involved in ECU.

.Good understanding of Electronics circuits in ECU for PE Sub-Systems.

.Good understanding of microcontroller, its on-chip peripherals and ASICs.

.Good understanding of real-time embedded system design