About the Role:
You'll be Albedo's primary motor-controls specialist, owning the derivation and tuning of control algorithms for BLDC- and stepper-driven mechanisms across our spacecraft. This is a controls-first role: you will develop motor control algorithms from the ground up and tune the motor controller we select / develop internally, working shoulder-to-shoulder with mechanisms, electrical, firmware, and GN&C engineers to take our actuators from bench to flight.
Your work connects directly to the performance of our vehicles. You'll design with the mission in mind — translating motion at the actuator into performance capability on orbit — so the control you build is measured by what it lets the spacecraft do.
What You'll Do:
- Derive, implement, and tune control algorithms for BLDC/PMSM and stepper-driven mechanisms: current/torque, velocity, and position loops, from first principles.
- Own commutation and field-oriented control (FOC): feedback selection, discrete-time control design, loop stability, and tuning across the full operating envelope.
- Tune and validate our internally developed motor controller against performance, thermal, and reliability requirements.
- Evaluate alternative control strategies and quantify the performance / cost / reliability trade-offs.
- Design and run instrumented bench experiments and automated tests; characterize motors and drives from motion and current data.
- Diagnose cross-domain issues, resonance, lost motion, feedback errors, overheating, faults — across the mechanical, electrical, and firmware boundary.
- Build calibration tooling, telemetry, fault handling, and documentation the rest of the team can rely on.
What We're Looking For:
- Proven ability to develop motor control algorithms from scratch, not just integrate or tune existing drives. This is the core of the role.
- Strong controls fundamentals: motor physics, commutation and FOC, feedback selection, discrete-time control, loop stability, and tuning.
- Demonstrated ability to achieve smooth motion at low and near-zero speeds for low-disturbance precision operation.
- Experience across BLDC/PMSM and stepper motor topologies.
- Experience across the full range of position/feedback sensing, from sensorless through Hall, resolvers, and incremental/absolute encoders.
- An experimental, data-driven approach using motion data, analysis tools, and oscilloscopes.
- Independent engineering judgment and clear communication across disciplines.
Nice to Have:
- Embedded C/C++ and the ability to debug motor-control firmware and hardware (PWM/ADC timing, current sensing, encoder/resolver interfaces).
- Experience designing custom motor-control electronics / servo-drive hardware, power stages, gate drives, and controller boards.
- Familiarity with RS422 and other serial/command and differential-signaling interfaces.
- Regenerative-energy management and EMC troubleshooting.
- Aerospace, robotics, or other high-reliability electromechanical product experience.
- $170,000 - $188,348 per year
- Employee friendly equity compensation
- 4% direct matching 401k
- Health Insurance: 100% employee coverage & 75% dependent coverage
- Parental leave and childcare coverage
- Flexible vacation and sick time from day one
- 12 company holidays
- $100 monthly wellness benefit
- Relocation package if not based in Denver
- Employee friendly equity compensation
- 4% direct matching 401k
- Health Insurance: 100% employee coverage & 75% dependent coverage
- Parental leave and childcare coverage
- Flexible vacation and sick time from day one
- 12 company holidays
- $100 monthly wellness benefit
- Relocation package if not based in Denver
Skills Required
- Proven ability to develop motor control algorithms from scratch rather than only integrating or tuning existing drives
- Strong fundamentals in motor physics, commutation, field-oriented control, feedback selection, discrete-time control, loop stability, and tuning
- Demonstrated ability to achieve smooth motion at low and near-zero speeds for precision, low-disturbance operation
- Experience with BLDC/PMSM and stepper motor topologies
- Experience with sensorless, Hall, resolver, incremental encoder, and absolute encoder feedback systems
- Experimental, data-driven approach using motion data, analysis tools, and oscilloscopes
- Independent engineering judgment and clear cross-disciplinary communication
- Embedded C/C++ and ability to debug motor-control firmware and hardware
- Experience designing custom motor-control electronics, servo-drive hardware, power stages, gate drives, and controller boards
- Familiarity with RS422 and other serial command and differential-signaling interfaces
- Experience with regenerative-energy management and EMC troubleshooting
- Aerospace, robotics, or other high-reliability electromechanical product experience
- Must be a U.S. Person as defined under 22 CFR 120.62
What We Do
Albedo is the first space company to commercialize and provide platform capabilities to the new orbit regime of VLEO. VLEO — very low Earth orbit — transforms satellite capabilities by operating twice as close to Earth, enabling dramatic improvements in performance while reducing system costs. Albedo’s first satellite Clarity-1 — launched in March 2025 and now operating in VLEO — exemplifies the disruptive potential of the company’s proprietary VLEO platform. Clarity-1 delivers imagery at a resolution previously exclusive to drones & aircraft or billion-dollar classified satellites, while showcasing a platform that can support a variety of mission types. The world is rapidly changing and a new level of visibility and transparency is required to solve some of our largest problems. Albedo’s 10cm visible and 2m thermal imagery will fuel insights for industries such as mapping, insurance, utilities, solar, agriculture, carbon offsets, infrastructure sustainability, national security, and much more.







