Autonomous AWE eVTOL Platform
TwingTec • Co-Founder (2014–2024)
Over 30 flight vehicles designed, built, and tested from early prototypes to fully autonomous eVTOL operation.
→ View in GalleryAerospace Engineering
Concept | Simulation | Hands-On Prototyping
Bridging numerical depth with flight experience. As a lean, independent expert, I personally engineer your autonomous systems and airborne wind energy solutions from concept to reality — agile, dedicated, and all from a single source.
Services
Custom software toolchains, dynamic simulation, aerodynamic optimization, and hands-on prototyping.
Studies & Custom Physics Toolchains
- Fast numerical solvers
- MDO engines & parametric sweeps
- Feasibility studies from first principles
Dynamic Simulation & Flight Control
- Coupled tethered flight simulators
- Real-time multibody dynamics
- HIL/SIL flight control stacks
Aerodynamic Optimization & Vehicle Design
- Gradient-driven shape optimization
- VLM/NLLT solvers
- Wing and plane design: flight mission, efficiency, stability
Rapid Prototyping & Flight Test Support
- In-house composite atelier
- CNC, 3D printing & vacuum bagging
- Flight test campaign support
Projects
Current projects and past milestones
Next-Gen Composite eVTOL Wings
FLYATIVE & KitesforFuture • Active
Support in Engineering next-generation composite eVTOL aircraft for autonomous Airborne Wind Energy: early-stage concept evaluation and support for rapid prototyping.
Custom Toolchains & Experimental Aircraft
FLYATIVE Workshop • Tools & Piloting
In-house fabrication of high-performance composite airframes paired with custom aerodynamic shape optimization toolchains.
→ View in GalleryAbout Me
ETH Zurich MSc graduate, aerospace engineer, experimental RC test pilot, software engineer and composite craftsman. Pragmatic, analytical, hands-on. I bridge the gap between rigorous computational modeling and physical reality.
Contact
Direct engineering collaboration from Switzerland. Get in touch to discuss your next system, simulation, or prototyping project.