System Engineering, Integration, Command and Control
Hypersonic systems are inherently complex in order to meet warfighter mission demands. Purdue brings innovation in methodology for systems engineering and integration of multidisciplinary technologies and analytic tools. These are combined to assess risk, discover learning opportunities, and exploit digital engineering and model-based methods through the life cycle. In addition, Purdue researchers have exper-tise in advanced command and control technologies and the capacity to generate optimal information fusion architectures.
Dan DeLaurentis, Professor of Aeronautics and Astronautics
Kristopher Ezra, Research Scientist, Aeronautics and Astronautics
C. Robert Kenley, Associate Professor of Practice, Industrial Engineering
Karen Marais, Professor of Aeronautics and Astronautics, Associate Head for Undergraduate Education
- Hypersonics
- Hypersonics Facilities
- Guidance, Navigation, Control
- Systems Engineering, Integration, Command and Control
- Aerodynamics/Aerothermal Effects
- High Temperature Materials and Manufacturing
- Propulsion and Diagnostics
- Sensors and Atmospheric Effects
- Energetic Materials
- Purdue Hypersonics Partners
- Hypersonics Timeline at Purdue