Questions worth engineering
Nexus research programmes explore the technologies that could shape flight, mobility, autonomy, space and energy over the next decades. Programmes described here are illustrative.
Principles
Simulate first
Every concept starts as a model that can be tested, broken and improved long before hardware exists.
Explain everything
A system that cannot be explained to a non-specialist is not finished. Visualisation is part of the engineering.
Design for people
Autonomy, mobility and infrastructure are judged by how safely and calmly they fit into everyday life.
Programmes
R-101 Adaptive Morphing Structures
Wing and control surfaces that change camber continuously instead of using discrete hinged flaps, studied for drag and noise reduction. (Concept study)
R-204 Quiet Distributed Propulsion
Acoustic modelling of many small electric rotors to find layouts that are measurably quieter over dense neighbourhoods. (Simulation)
R-317 Shared Autonomy
Interfaces that let one operator supervise a fleet of robots, stepping in only when the machine asks for help. (Lab trials)
R-422 In-Orbit Servicing
Rendezvous, inspection and refuelling of satellites to extend useful life and reduce orbital debris. (Concept study)
R-509 Network-Level Storage
Treating thousands of batteries, vehicles and buildings as one flexible reservoir that balances renewable generation. (Simulation)
R-616 Browser-Native Digital Twins
Real-time 3D twins that run on any modern device without plug-ins — the technology behind this website. (Demonstrated)