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magniX Tech Stack
Electric aircraft propulsion systems with flight-proven technology
magniX manufactures all-electric propulsion units for aircraft, with flight-demonstrated systems powering commercial seaplanes and regional aircraft. The tech stack—MATLAB, ANSYS, Motor-CAD, RTDS, SCADE, and DO-178 certification tools—reflects a hardware-in-the-loop validation pipeline typical of aerospace systems engineers. Hiring is engineering-heavy (11 of 18 roles) and accelerating, concentrated on motor control algorithms, engine validation testing, and regulatory compliance, signaling active scaling into FAA certification and production contracts.
Tech Stack 32 technologies
Core StackMATLAB SolidWorks SAP AWS Power BI Power Query SOLIDWORKS CATIA RTDS OPAL-RT SCADE JAMA IBM DOORS ANSYS DO-178 ARINC 429 Azure GCP Windchill Creo ANSYS Workbench Motor-CAD MATLAB Simulink Odoo LTspice Multisim Altium SOLIDWORKS PDM Teamcenter COMSOL+2 more
What magniX Is Building
◆Challenges
- Ensuring efficiency and reliability
- Defining test campaigns for electric engine validation
- Acquiring type certification
- Streamlining certification processes
- Ensuring continued operational safety
- Faa certification compliance
- Thermal management design challenges
- Scaling production contracts
- Government contract compliance
- Increasing yield and reducing cycle times
▲Active Projects
- Motion control algorithm development for electric motors
- Electric engine validation test campaign definition
- Hardware-in-the-loop bench testing
- Engine test cell testing
- Regulatory compliance testing plan execution
- Streamlining certification processes
- Engagement with industry groups
- High-performance control platform architecture for high-power converters
- System performance platform development
- Thermal management system design
Hiring Activity
20 roles · 10 in 30d
Department
Seniority
Company intelligence
