Fusion energy
Work in fusion energy may include plasma confinement and control, diagnostics, high-field magnets, reactor materials and supporting power systems. These subjects are considered both individually and as parts of an integrated fusion system.
Quantum science
Quantum science includes computation, sensing, communication and precision measurement. Development work may also cover cryogenics, control electronics, device architecture and the interfaces required to operate quantum hardware.
AI research
AI research covers model architectures, scientific machine learning, data-led discovery and intelligent control. The principal interest is its use in research and engineering, including the analysis of complex technical data and the operation of physical systems.
Propulsion systems
Propulsion work may include thermal, electric and plasma systems, together with their power supplies, materials, controls and test methods. Applications may be terrestrial, atmospheric or space-based, according to the technology.
Robotics
Robotics includes sensing, perception, autonomy, manipulation, mobility and coordination between machines. The field also covers systems designed for precise, repetitive or hazardous work in remote or difficult environments.
Aerospace
Aerospace interests cover aerodynamics, structures, materials, sensing, flight control and integrated vehicle systems. Work may relate to aircraft or other flight platforms, with attention to engineering performance, safety and reliability.
Space research
Space research covers spacecraft subsystems, power, communications, sensing, instrumentation and the effects of the space environment on equipment and materials. It may also include technologies for exploration, in-space operations and long-duration missions.
Biofuels
Biofuels research considers biological, chemical and thermochemical conversion of renewable feedstocks and residues. Relevant topics include feedstock preparation, catalysts, bioprocesses, separation, process integration, yield and the use of energy and water.
Energy storage
Energy storage work covers electrochemistry, battery materials, cell and pack design, thermal management, power electronics and alternatives to conventional batteries. Evaluation may address safety, cycle life, energy density, operating conditions and integration with the wider power system.
Advanced fields
Research outside these headings may be considered when it presents a distinct technical proposition or defensible intellectual property, particularly where established disciplines overlap.