Senior embedded firmware engineer – power electronics

About Orbitt Space

Orbitt Space is a spacetech startup founded by ex-ISRO scientists and engineers , developing next-generation ion propulsion systems for ultra-low Earth orbit (ULEO ~200 km) satellites.

Our propulsion systems integrate high-voltage power electronics with DSP-based real-time control systems to achieve precise and stable plasma operation in orbit.

Role Overview

We are looking for a Senior Embedded Firmware Engineer with deep expertise in DSP programming for power electronics to lead firmware development for our propulsion power systems.

You will design and optimize control algorithms , PWM generation , and closed-loop DSP firmware for high-voltage converter systems, enabling efficient plasma control and spacecraft stability.

Key Responsibilities

Architect, develop, and maintain firmware for TI C2000x DSPs (F2837x D, F28004x, etc.).

Implement and tune closed-loop PID control for voltage and current regulation.

Design and manage PWM generation , ADC / DAC configuration , and interrupt-based control loops.

Develop bootloader firmware for modular and upgradable system architectures.

Simulate and validate control algorithms using MATLAB / Simulink.

Integrate and test firmware with power electronics hardware , performing real-time debugging and tuning.

Lead HIL testing , firmware validation, and safety feature implementation.

Collaborate with hardware and systems teams to ensure closed-loop stability and performance.

Mentor junior engineers in firmware design, control algorithms, and system integration.

Minimum Qualifications

Bachelor’s or Master’s degree in Electrical Engineering, Electronics & Communication, Instrumentation, or related field.

Minimum 6 years of hands-on experience in embedded firmware development for power electronics systems.

Proven experience with TI C2000x DSPs (e.g., F2837x D, F28004x series) for real-time control.

Strong proficiency in embedded C / C++ , Code Composer Studio , and bootloader development.

Expertise in PWM generation , ADC / DAC interfacing , interrupt handling , and closed-loop PID control.

Solid foundation in control theory , digital compensator design , and signal processing.

Ability to design and implement real-time firmware architectures for converter control.

Hands-on experience with MATLAB / Simulink for control simulation and validation.

Excellent analytical, debugging, and hardware integration skills.

Preferred Experience

Experience with ARM-based microcontrollers for system-level coordination.

Familiarity with FPGA-based PWM or protection logic (VHDL / Verilog).

Experience with DC-DC converter control (buck, boost, resonant, full-bridge, or LLC).

Hands-on experience in power electronics hardware testing, validation, and debugging.

Understanding of fault protection , telemetry , and system safety mechanisms.

Exposure to high-voltage or aerospace-qualified electronic systems.

Knowledge of communication protocols (SPI, UART, I2 C, CAN).

Experience working in cross-functional R&D environments involving hardware and control systems.

Why Join Us

Work on flight-grade propulsion control systems for upcoming satellite missions.

Collaborate with ex-ISRO engineers in a fast-paced deep-tech R&D environment.

Competitive salary , equity options , medical insurance , and relocation support.

Be part of a core engineering team shaping the future of electric propulsion in space.