Research

The Department of Mechanical and Aerospace Engineering at the University of Virginia is a thriving program of undergraduates, graduate students and faculty with a commitment to exploration, innovation and engineering excellence.
Robotic arm and researchers at the Center for Applied Biomechanics

The department has a proven record of outstanding research with strong inter-departmental and inter-school collaborations and is committed to increasing diversity among our faculty and graduate student populations. Our research programs have organically formed from our world-class faculty and include the core focus areas of: biomechanical engineering for health, cyber-physical systems and autonomy and sustainability in energy, manufacturing and transportation.

Our Research

  • Aeronautics

    Our faculty are leading pioneering research that is shaping the future of aeronautics. Their work spans high-speed aerodynamics, hypersonic thermal management, and fluid-structure interactions, with applications in both atmospheric and space flight.

  • Biomechanics

    From describing the dynamics of human motion, to studying crack propagation in bone, to developing better ways to predict injury risk in automobile collisions, biomechanics leverages the foundation provided by fundamental mechanical sciences, and builds off of that foundation adding complexities unique to physical biological systems.

  • Data Analytics & AI

    UVA mechanical and aerospace engineering faculty are advancing research at the intersection of data analytics, artificial intelligence (AI), and engineering applications. Their work encompasses the application of machine learning and Bayesian inference to accelerate the discovery of novel materials, including 2D materials and metallic alloys.

  • Energy Sustainability

    Our faculty are exploring innovative thermal management techniques, such as utilizing hyperbolic phonon-polaritons in hexagonal boron nitride to enhance heat transfer in electronic devices, thereby improving energy efficiency.

  • Engineering Materials and Design

  • High-Performance Computing


    Our work spans the development of cutting-edge computational fluid dynamics algorithms for simulating complex, high-speed flows, and the creation of large-scale, parallelized frameworks for modeling plasma dynamics in space propulsion systems