Description
At Alpine Eagle, we’re building the future of counter-drone defence. We’re a fast-growing, international deep-tech company working at the intersection of aerospace engineering, defence systems, and machine learning. Our goal: create the world’s first swarm-based, airborne counter-drone system.
Modern conflicts show how quickly drones are reshaping the battlefield. Threats are rising, and today’s solutions aren’t keeping pace. We’re here to change that.
Alpine Eagle isn’t just a defence company. It’s a mission. Backed by an international team, strong funding, and a bold vision, we’re looking for people who want to shape the next generation of aerial security and build something that truly matters.
- Design and implement flight control laws (attitude, rate, position, and advanced control modes)
- Model aircraft dynamics including aerodynamics, propulsion, and actuator behavior
- Maximize flight performance through controller tuning and stability analysis
- Build high-fidelity simulations (SITL/HITL) and validate them against flight test data
- Analyze real flight logs to identify instability, coupling effects, and performance
- by improving model accuracy and parameter identification
- Collaborate with navigation, perception, and hardware teams to ensure safe and predictable flight behavior
- Contribute to flight test campaigns and iterate quickly from experimental results
What you need to be successful:
- Strong background in flight mechanics, dynamics, and control theory
- Experience with classical and modern control methods
- PID, LQR, MPC, observers, filtering)
- Ability to analyze stability and performance in nonlinear systems
- Degree (MSc
