What we do.

We contribute scientifically rooted innovations that enable high-efficiency, low-emission, and robust thermal management and energy conversion technologies.

How we do it.

Using multi-fidelity computational models and diverse experimental and characterization techniques, our group pursues a synergetic research paradigm to:

• 1. Conduct fundamental research to understand the coupling between micro-scale geometry, material properties, and macro-scale transport and flow features. 

  2. Develop cost-effective predictive tools for gaining system-level insights and enabling design optimization.

  3. Design, optimize and fabricate tailored structures using advanced manufacturing.

Why we do it.

We aim to develop solutions to the global energy crisis and towards reducing carbon emissions, particularly in combustion, electrochemistry, and other complex flow systems.