Principal Electronics Engineer - Embedded Hardware

As a Principal/Lead Electronics Engineer Embedded Hardware, your roles and responsibilities include:
1. Vehicle Electronics Architecture

• Design, build and bring into production high performance electronics hardware such as vehicle control units, display clusters, telematics that include RF circuits, and sensor electronics.
  
• Extract requirements from different component systems, firmware systems, software systems and vehicle systems to define architectures for high-speed electronic design of control units and telematics.
  
• Develop and maintain system-level schematics, interface definitions, and communication protocols (CAN, LIN, UART, SPI, I2C).
  

2. Embedded Systems Design

• Design the architecture and native hardware using high-speed, high-performance microprocessors and micro-controllers for supporting automotive OS, graphics, vision systems, audio systems, radar/LIDAR systems.
  
• Architect and design/validate connected vehicle systems including GNSS, LTE, BLE and Wi-Fi.
  
• Lead the design, development and integration of embedded hardware for vehicle functions such as lighting, indicators, horn, immobiliser, cluster and IMUs.
  
• Collaborate with firmware teams to define hardware-software interfaces, bootloaders, and OTA update mechanisms.
  

3. Diagnostics & Compliance

• Develop and implement UDS-based diagnostics, fault logging, and service tools.
  
  
• Ensure compliance with AIS-004, ISO 26262, and other relevant automotive manufacturing and design standards.
  

4. Testing & Validation

• Define and execute test plans for bench-level and vehicle-level validation.
  
• Use tools like Vector CANoe, CANalyzer, ETAS INCA, oscilloscopes, network/spectrum analysers for debugging and validation.
  

5. Cross-functional Collaboration

• Work closely with mechanical, software, powertrain, wire-harness, and UX teams to ensure system-level integration.
  
• Work with cloud and mobile app teams to ensure real-time data streaming, diagnostics, and remote-control features.
  
• Participate in design reviews, FMEA sessions, and field issue resolution.
  

What we are looking for:

• B.E./B. Tech or M.E./M. Tech in Electronics, Electrical or a related field.
  
• 8+ years of experience in embedded hardware development, preferably in 2W/EV domain.
  
• Hands on experience with scripting languages (Python, MATLAB, Octave) and coding languages (Embedded C) is preferred.
  
• Hands-on experience with relevant hardware design/simulation software tools (PSPICE, LTSPICE, SIMPLIS, Simmetrix).
  
• Background in RF circuit design, SI/PI analyses, impedance analyses, RF simulation is preferred.
  
• Knowledge on best practices from board design point-of-view for EMI/EMC compliant design.
  
• Highly skilled at problem solving and debugging embedded hardware circuits.
  
• Experience in bringing into practice complex embedded hardware via thorough testing and validation on component and system level.
  
• Knowledge of PCB design tools (OrCAD, Altium, Mentor Graphics or others) including schematic capture, board layout, stack-up and impedance-controlled designs, DFM methodologies/constraints.
  
• Background in design and development of high-speed, high-performance embedded systems hardware involving numerous multi-core micro-processors, micro-controllers, graphic controllers, SOM modules and volatile/non-volatile memory chips.
  
• Background in developing architectures and designing hardware involving high-speed communication protocols such as USB, Ethernet, CAN, LIN, SPI, LVDS, MIPI.
  
• Commitment and passion towards all things engineering, in general, and embedded hardware design in particular. Drive towards creating new ideas and bringing them into practice.
  
• Strong work ethic, bias towards action, and readiness to be outside one's own comfort zone.
  

Good to have skills:

• Hands-on development of complex embedded hardware system and architecture, preferably, in 2W/4W/EV domain.
  
• Hands-on testing and validation of design output.
  
• Experience of developing designs for testing and manufacturing.