Odys Aviation Tech Stack
Electric vertical-takeoff aircraft design and manufacturing for commercial aviation
Odys Aviation designs hybrid and electric VTOL aircraft for commercial and private operators. The tech stack—MATLAB, Simulink, Simscape, C/C++, STAR-CCM+, and real-time simulation tools (OPAL-RT, PLECS)—reveals a simulation-first, physics-heavy development process typical of aerospace. Engineering dominates hiring (14 of 19 roles), concentrated at intern and senior levels, signaling simultaneous capability-building and hands-on prototyping. Active projects span propulsion motor design, fly-by-wire systems, and ground control integration; pain points center on certification acceleration, scaling the engineering team, and transitioning from prototype to production—all consistent with a pre-certification-stage aircraft manufacturer.
Tech Stack 20 technologies
What Odys Aviation Is Building
◆Challenges
- Accelerating certification process
- Scaling engineering team
- Accelerating development cycles
- Integrating complex systems
- Ensuring reliable autonomous operations
- Building finance function before series b
- Scaling finance organization post-series b
- Scaling finance systems and processes
- Transition from prototype to low-rate production
- Simplify assembly and reduce build time
▲Active Projects
- Propulsion motor design
- High-voltage inverter development for uav laila
- Fly-by-wire system architecture implementation
- Flight dynamics modelling
- High‑fidelity propulsion models
- Propulsion-model library and data pipeline
- Model‑based trade studies and optimization
- System-level integration of propulsion motors
- Motor controller development for evtol alta
- Ground control station integration
Hiring Activity
Department
Seniority
Notable leadership hires: Finance Director
