Research

Our research group blends experimental and computational methods to push the limits of solar light energy management. We balance fundamental science with real-world applications, driving sustainable solutions such as agrivoltaics, building-integrated photovoltaics/thermal (BIPV/T), and radiative cooling based next-generation renewable energy systems.

With expertise spanning Optics, Materials Science, Multiphysics Simulations, and Systems Engineering, we focus on:

Agrivoltaics: Developing innovative light-sharing photovoltaic solutions for sustainable use in farms and greenhouses.

Building Integrated Photovoltaics (BIPV): Creating smart optical materials and systems that integrate photovoltaics into dynamic structures, enabling energy generation and conservation for net-positive energy buildings—without sacrificing aesthetic appeal.

Photovoltaic Thermal (PVT) Systems: Smart solar optics-enabled low-concentration Photovoltaic Thermal Systems that meet electricity and low-grade heat needs for industrial processes and green fuel production.

Radiative cooling: Enabling innovative green cooling approaches for thermal management for PV/BIPV/Agrivolatics, builings and agricultural environments.

Optics and Materials for Enhanced Light-Matter Interaction: Using geometric optics to improve solar-assisted air and water treatment through energy-efficient, regenerating point-of-use filters.

We collaborate closely with industry partners to advance technologies at TRL-4 towards commercialization. We also nurture technology-driven startups that tap into youth innovation, fueling skilled workforce growth and job creation.

Together, we transform scientific insight into impactful, sustainable solutions.