- Own and execute firmware design activities for power electronic converters, working closely with hardware, controls, and system teams.

- Architect, develop, and optimize embedded firmware in C/C++ for power electronic converters.

- Design and implement drivers and application layers using peripherals such as ADC, PWM, GPIO, CAN/CAN-FD, I2C, SPI, EEPROM, and timers.

- Define firmware state machines, implement closed-loop control algorithms, and design fault handling, protection logic, and communication protocols.

- Lead hardwarefirmware integration, bring-up, and validation of power converter platforms.

- Perform root cause analysis of firmwarehardware interaction and closed-loop control issues and drive corrective actions in coordination with control and power teams.

- Own planning and execution of firmware testing on prototypes, including functional, stress, and corner-case testing.

- Develop test cases, test plans, and validation procedures for embedded firmware and systems.

- Contribute to coding standards, best practices, and review processes.

- Review firmware designs and code of junior engineers.

- Provide technical guidance and mentorship to team members.

- Prepare firmware design documents, interface specifications, and release notes.

Desired Qualifications And Skills :

- Masters in Power Electronics or B. in Electrical Engineering with 5 to10 years of relevant industry experience.

- Strong understanding of closed-loop control of power converters and hands-on experience implementing digital control algorithms on embedded platforms.

- Experience in safety and reliability coding standard and practices.

- Conversant with bootloaders and firmware update mechanisms.

- Hands-on experience with debug tools (logic analyzers etc).

- Experience with TI C2000 family microcontrollers is a plus.

What Can You Expect :

- Work on high-power, grid-connected and renewable energy systems with real-world deployment.

- Opportunity to influence firmware architecture, control strategies, and system-level design decisions.

- Exposure to the full product lifecycle from concept to production.

- A collaborative environment with strong interaction between firmware, power electronics, and control teams.

- Reports Director Electrical Engineering, with a clear technical growth path toward Staff Engineer / Engineering Manager roles.