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Auriga Space Tech Stack
Electromagnetic propulsion systems for space launch and hypersonic defense
Auriga Space develops reusable electromagnetic launch systems as an alternative to traditional rocket propulsion. The tech stack—SolidWorks, ANSYS, LS-DYNA, FPGA, Verilog, C/C++—reflects a hardware-first engineering culture spanning mechanical design, simulation, embedded systems, and real-time control. Active projects span power electronics, FPGA-based motor control, and hardware-in-the-loop testing, signaling movement from early prototypes toward production-ready platforms. Pain points around scope/schedule management and production scaling match the typical inflection point for deep-tech founders transitioning from R&D to manufacturing.
Tech Stack 12 technologies
Core StackSolidWorks Coda SharePoint Onshape ANSYS LS-DYNA FPGA Verilog VHDL C/C++ Altium Designer CAD
What Auriga Space Is Building
◆Challenges
- Reducing launch costs
- Balancing scope, schedule, and resources
- Ensuring execution alignment with customer commitments
- Expanding office space
- Identifying test sites
- Supporting day-to-day operations
- Accelerating adoption of electromagnetic launch technology
- Securing strategic contracts
- Transition from r&d prototypes to production
- Scaling engineering organizations in fast-growth environment
▲Active Projects
- Hardware project lifecycle
- Power electronics prototyping
- Electromagnetic launch technology development
- Fpga-based control system for high-speed electric motor
- Firmware for real-time data acquisition and control loops
- Hardware-in-the-loop testing for launch platform
- Office expansion planning
- Future test site evaluation
- Hypersonic test partnerships
- Strategic contracts and collaborations
Hiring Activity
10 roles · 3 in 30d
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