Research areas
Research
← Back to the home pageThree Themes.
Six Enablers.
HiPR-LS delivers a step-change in capabilities for high-speed propulsion systems across ground, atmosphere and space domains — with integrated translation and community-building programs.
R1 — PROPULSION SYSTEMS
Propulsion Systems
Advanced combustion, digital twin capability for solid-rocket motors, rotating-detonation engines, electric propulsion for hypersonic intercept, and novel computational methods for high-speed reacting flows.
- Solid Rocket
- RDE
- Hypersonic
- Digital twin
- CFD
R2 — AIR FRAMES & STRUCTURES
Airframes & Structures
High-temperature materials (Inconel, Cu-Al powder beds), aerothermodynamic prediction, fluid-structure interaction on high-speed surfaces, and composite motor case manufacturing scalability.
- Materials
- Aerodynamics
- Composites
- Heat Transfer
- FSI
R3 —TRAJECTORY, GUIDANCE & CONTROL
Trajectory, Guidance & Control
NT space launch mission planning, neural networking for visual-based guided navigation, policy-technical integration for guided weapon mission planning, and data-driven system tailoring.
- GNC
- Neural Networks
- Policy
- Mission Planning
T1 - INTEGRATION & TRANSLATION
Grand Challenge
A signature cross-theme challenge driving collaborative innovation and real-world validation of HiPR-LS research outcomes.
T2 - INTEGRATION & TRANSLATION
Internships & Professional Development
Structured industry placements and professional development ensuring researchers are industry-ready upon graduation.
CROSS-CUTTING ENABLERS
- E1 Fluid Dynamics, Combustion & Propellants
- E2 Advanced Manufacturing & Materials
- E3 Data, Simulation & AI
- E4 Experimental Methods, Test & Evaluation
- E5 Logistics, Supply Chain & Lifecycle
- E6 Policy, Regulations & Compliance