This is a hands-on individual contributor role. You own the architecture of our precision mechanisms electronics: the motor drive and motor-control power stages, power conversion and distribution, and the analog sensing chain. You design it yourself from architecture through schematic, layout, bring-up and qualification. You partner with the digital team on control electronics (FPGA and microcontroller) and define the electrical interface with them. Beyond precision mechanisms electronics, you are the go-to expert for power and analog design across our spacecraft programs.
Your Ideal Skills and Experience:
10+ years of electrical engineering experience, BSEE required (MSEE preferred), with multiple designs you personally took from concept through production
Motor-control power electronics: brushless motor drives, inverter and gate-drive power stages, current sensing, and the analog front ends for motor position and speed sensors
Deep power design expertise: DC/DC (buck, boost, flyback), bus regulation, isolated supplies, battery management, and high-voltage DC protection and isolation, backed by first-principles thermal, transient and efficiency analysis
Deep analog and mixed-signal expertise: precision signal chains, sensor interfaces and data conversion, including defining a clean electrical interface to digital control electronics that another team owns
Hands-on schematic capture and PCB layout on complex multi-layer boards, with a working command of signal integrity, power integrity and EMI/EMC design (grounding, shielding, filtering)
Strong lab skills: board bring-up, debug, power measurement and motor-drive testing with standard bench instruments
Space environment knowledge: TID and single-event effects, parts derating and stress analysis, and flying COTS parts safely while knowing when a rad-hard part is truly needed
You own your designs end to end, hold them to a rigorous review standard, and work closely with digital, flight software, mechanical, thermal and systems engineers to find cheaper, faster and more reliable ways to build exquisite capability
Salary Range:
$190,000 - $220,000 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
Skills Required
- 10+ years of electrical-engineering experience
- BSEE degree
- MSEE degree
- Extensive end-to-end hardware design experience (concept through production)
- Deep power and analog expertise: DC/DC (buck/boost/flyback), battery management, bus regulation, isolated supplies, mixed-signal design
- High-voltage DC power design including isolation, protection, creepage/clearance discipline
- Schematic capture and PCB layout on complex multi-layer designs; signal integrity and power integrity knowledge
- EMI/EMC design for grounding, shielding, filtering, and emissions control
- Strong lab/hands-on skills: power measurement, bench instruments, board bring-up and debug
- Track record of setting technical direction and mentoring other engineers
- Working understanding of space radiation effects (TID, SEE) and part selection/derating strategies
- Experience flying COTS parts in space and designing rad-tolerance by architecture/upscreening
- Space/avionics rigor: parts derating, stress analysis, reliability and design margin for flight electronics
- Ability to work cross-functionally with FPGA/avionics, flight software, mechanical/thermal, and systems teams
- On-site work in Broomfield, CO
- Must be a U.S. Person and eligible to work in the United States
- Altium experience
- Motor-control power stages / brushless motor drive electronics
- Python for test automation and analysis tooling
- Automated parts-stress / derating tooling
- Experience using AI/LLM tools in daily engineering work
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.









