Engineering Minds Munich develops and supplies high‑reliability electronics for aerospace missions, covering the full product lifecycle from concept through qualification to flight‑ready hardware. Their portfolio includes payload computers, control units, and FPGA‑based systems, with proven flight heritage in orbit.
Funding
Funding not disclosed
Founders
Product
Problem
Space missions require electronics that can withstand extreme radiation, temperature cycles, and mechanical stresses, yet traditional aerospace suppliers often have long lead times and limited flexibility for custom payload needs.
Solution
Engineering Minds Munich (EMM) provides end‑to‑end development of high‑reliability space electronics, delivering flight‑proven hardware from initial concept through qualification to orbit‑ready units. Their portfolio includes payload computers, control units, and FPGA‑based System‑on‑Modules that can be customized for specific mission requirements. EMM combines rigorous component selection, PCB design, and systems engineering—including FMEA risk analysis—to ensure robust performance in the harsh space environment. The modular architecture enables scalable integration of processing, power, and data‑handling functions, reducing development cycles while maintaining space‑grade quality.
Target Audience
Primary customers are satellite manufacturers, payload integrators, and aerospace agencies that need custom, high‑reliability electronics for Earth observation, scientific, or communications missions.
Features
- Modular Smart Power and Processing Module (SPPM) that integrates FPGA and SoC technologies for flexible, real‑time data processing
- Flight‑qualified payload computers and control units with proven orbit heritage
- Comprehensive component selection and qualification workflow to guarantee radiation‑tolerant parts
- Full‑cycle PCB design and custom qualification procedures tailored to mission constraints
- Systems engineering services including detailed FMEA risk analysis for mission‑critical reliability
- Stackable application boards and inter‑board connectors allowing scalable hardware configurations