Principal Engineer- Embedded Hardware

ABOUT SUNMOBILITY

Welcome to SUN Mobility, where we aim to make electric vehicles affordable and accessible to all.

At SUN Mobility, we believe electric vehicles are the future of mobility, and we aim to accelerate the adoption of electric mobility with our innovative battery swapping technology. Our technology is designed to be universally interoperable across various vehicle platforms and form factors, making it future-proof, sustainable and highly scalable.

With our state-of-the art Smart Batteries and vast network of IoT-enabled Swap Points, EV charging times, high upfront costs and range anxiety are a thing of the past.

With collaborations and partnerships spanning the best of the industry’s vehicle manufacturers, battery cell technology providers, fleet operators, ride-sharing players and last-mile transport operators, we are proud to be at the forefront of the EV revolution.

JOB DESCRIPTION

Job Title :- Principal Engineer- Embedded Hardware

ROLE :-

Lead Hardware Design Engineer Electronics

QUALIFICATION

BE / B.Tech/ M. Tech in Electronics / ECE / EEE / EI / Power Electronics.

ROLES and RESPONSIBILITIES:-

1. 6+ years in the development of electronic products from concept to production.
2. Familiarity with full electronic products life cycle management.
3. Wide knowledge of electronic devices and circuits and their application, including power devices, microcontrollers, switch mode power supplies, RF circuits, analogue and digital circuits and design for EMC and printed circuit board design and manufacturing process.
4. Deriving Hardware specifications from product requirements documents.
5. Hands-on design and development of hardware for embedded electronics systems. The hardware development may include power electronics topologies and control, various analog, digital, and wireless communications, battery management systems, battery chargers, etc.
6. Performing component selection, cost estimation, hardware design calculations, simulations, and worst-case analysis.
7. Support PCB designers in layout. Familiarity with PCB Assembly processes (EMS).
8. Hands-on experience in board bring-up and testing.
9. Creating and reviewing design verification and validation test plans.
10. Experience in the automotive domain and functional safety (FuSa) is an added advantage.
11. Works closely, interacts with, and discusses with different departments, E&E FAEs and Manufacturers.
12. Incorporating safety, serviceability, scalability, and manufacturability feedback in design.
13. Proactively identifying technical risks and developing mitigation strategies.
14. Driving projects with CFT includes program teams, Validation teams, software teams, mechanical teams, Integration team, Field Team etc.
15. Leading DFMEA discussions, root cause analysis (RCA), containment plans, and corrective actions.
16. Supporting in mitigating product, sourcing, and program risks.
17. Initiating value analysis/value engineering (VAVE) and cost reduction activities.
18. Working Knowledge of Problem Resolution Techniques using 8D.

KEY QUALIFICATIONS:-

1. Expertise in using 8bit, 16-bit, 32 bit & ARM based Microcontrollers.
2. Hands-on Knowledge of Analog, Digital, power electronics.
3. In Depth knowledge of various wired and wireless communication protocols such as CAN, UART, SPI, I2C, RS485, MODBUS, BLE, Wi-Fi, GSM, GPRS, GPS.
4. Understanding Embedded SW will be an added advantage.
5. Excellent analytical, reasoning and communication skills.
6. Expertise in electronic product standards and implementation to qualify products for IEC, ISO, AIS, etc.
7. Expertise in using Instruments: Multimeter, oscilloscope, Power meter etc.
8. Knowledge of PCB design guidelines and manufacturing constraints.
9. Troubleshooting EMI/EMC issues.