Functional Safety Lead Engineer

Overview

Lead the Functional Safety team for electrification products by providing technical guidance on ISO26262 and performing hands-on Functional Safety activities.

What you'll do

• Lead the Functional Safety team by providing technical guidance on ISO26262 across Systems, Hardware, Software and Production/Operation levels and by doing hands-on work.
• Derive Functional Safety Requirements for transmission, inverter, DC-DC converter, on-board charger and other power electronics sub-systems.
• Develop the Technical Safety Concept, Technical Safety Requirements, Hardware Safety Requirements and Software Safety Requirements for the electrification product line.
• Develop the Level 2 Function Monitoring layer according to EGAS standards.
• Support the System Architect in developing System Architecture Design for transmission, inverter and other power electronics sub-systems.
• Analyze stakeholder requirements from customers and internal stakeholders.
• Interface with experts across the globe to evaluate and specify power electronics sub-systems requirements.
• Support the Hardware Architect in generating the Product Definition Document and power electronics controllers design concept (Product Mechanization).
• Perform change management with the customer and internally, including requirements management in the Polarion tool.
• Support Verification Leads in generating the product functional test plan for safety compliance testing.

What you'll need

• B.E., B.Tech, M.E. or M.Tech in Power Electronics, Electronics, Communication or Electrical.
• 8 to 10 years of experience.
• Minimum 4 years of experience in Functional Safety, including developing TSC, FSR, TSR, HSR and SSR.
• Deep expertise in Functional Safety.
• Experience with ISO26262 external audits and gap analysis.
• Exemplary expertise in requirements elicitation.
• Vast experience in handling customers and leading teams.
• Fair knowledge and hands-on experience with power electronics controllers used for battery management, inverter management, motor maneuvering and position sensing, on-board charging and DC-DC conversion.
• Good understanding of System Architecture involved in ECUs.
• Good understanding of electronic circuits in ECUs for power electronics sub-systems.
• Good understanding of microcontrollers, their on-chip peripherals and ASICs.
• Good understanding of real-time embedded system design.

Details

• Location: Tech Center, Bangalore; the ATS location is Bengaluru (Primeco Unioncity), India.