About this role
Astrolab is The Lunar Operations Company. We design and build the systems and hardware the lunar economy will come to depend on — rovers, power, and data networks for sustained operations on the Moon. We are focused on the problems that must be solved before the next chapter of human exploration can scale. The Moon does not forgive untested assumptions. The people who work here know that, and they wouldn't have it any other way. As an Avionics Engineer at Astrolab, you will serve as the Responsible Engineer for avionics units on our planetary rovers, owning hardware from requirements definition through qualification, integration, and operation on the lunar surface. Ownership at Astrolab spans make and buy alike: for some units, the right answer is selecting a COTS component or partnering with an external vendor on a custom product, and for others it is designing the board in-house. You will make that call, and you will own the result either way. This posting covers entry-level through staff-level positions, and leveling will be commensurate with experience. Unit Ownership : Serve as Responsible Engineer for avionics units across applications including Command & Data Handling, Guidance Navigation & Control, power, motor control, and communication systems, from concept through build, qualification, flight integration, and operations Make/Buy & Component Selection : Lead make/buy trades for avionics units. Identify, evaluate, and qualify COTS components against mission requirements, including radiation, thermal, and reliability considerations for the lunar environment Vendor Management : Work with external vendors to specify, develop, and deliver custom avionics products. Define requirements and interface control documents, review vendor designs, and drive delivery schedules and technical issues to closure Design & Development : Design in-house avionics hardware where it is the right answer, including component selection, design analysis, schematic capture, circuit board design, board bring-up, debugging, and design documentation Analysis & Trades : Conduct system-level trades, power efficiency and signal integrity analysis, worst-case analysis, and FMECA to ensure avionics units are robust, fault-tolerant, and meet mission requirements Qualification & Test : Develop and execute test campaigns to qualify units for spaceflight, bringing components through vibration, shock, TVAC, EMI/EMC, and radiation testing. Partner with test engineers on test plans and coverage Integration : Interface with mechanical, software, manufacturing, and test engineers to ensure seamless subsystem integration, and support vehicle-level integration, troubleshooting, and failure investigations