SpinLaunch Tech Stack
Kinetic space-launch system for satellite constellation deployment
SpinLaunch operates a ground-based kinetic launch platform designed to deploy small-satellite constellations into low earth orbit. The tech stack—MATLAB, Python, Solidworks, ANSYS, electromagnetics simulators (HFSS, FEKO), and 5G/3GPP networking tools—reflects a dual engineering surface: propulsion and mechanical design (simulation-heavy), plus a growing telecom/ground-segment layer. Active projects span constellation satellite development, novel LEO antenna design, and cloud-native 5G core architecture, revealing an organization scaling from pure launch capability toward an integrated satellite-network operator. Hiring skews heavily senior (7 of 11 roles) and engineering-focused, signaling either deep technical problem-solving or leadership gaps in scale.
Tech Stack 23 technologies
What SpinLaunch Is Building
◆Challenges
- Scaling satellite production
- Accelerating development of novel antenna technologies
- Ensuring operational discipline
- Ensuring clarity, speed, cohesion
- Optimizing ground segment design
- Ensuring equipment meets performance
- Managing r&d for ground segment technologies
- Optimizing satellite designs across disciplines
- Optimizing analog payload design
- Streamlining test processes
▲Active Projects
- Meridian space constellation satellite development
- Defining the 5g core architecture for the meridian ground segment
- Develop novel antenna technologies for leo satellite communications
- Streamlining workflows across time zones
- Reinforcing accountability across functions
- Designing the oam and service/network management architecture for the meridian ground segment
- Leading the cloud-native design and deployment of 5gc, oam, and supporting control components
- Ground segment verification and validation test plan
- Constellation performance modeling tools
- Beam placement optimization algorithms
