Research

We are experimental and computational research group working on technology development that aid dynamic light control for addressing current and future energy, environmental and healthcare challenges. Our aim is to integrate the right science for engineering advanced materials and systems that enable clean energy generation and energy efficiency required for the development of net-positive energy structural elements. We also focus on technology innovation using our interdisciplinary expertise in the Optics, Materials Science, Multiphysics Simulations and Systems Engineering in the following areas.

• Building Integrated Photovoltaics (BIPV): We develop smart optical designs for integrating photovoltaics into the dynamic structural elements, thereby achieving energy generation and conservation required for an ideal net-positive energy building structural elements.

• Agrivoltaics: We developed light-sharing photovoltaics for sustainable deployment of photovoltaics in open farm and green houses.

• Thermochemical storage systems:

• Trigeneration Systems:

Optics and Materials for Improved Light-matter Interaction: In this project, we will make use of the basic principles of geometric optics to develop improved light-matter interaction that can find potential application in the area of solar assisted air/water treatment. The outcome of this project will be used for developing regenerating and energy efficient point-of-use filters.

• Industry Interaction and Collaborations: We also focus on joint technology development and commercialization with the already identified industry partners for the technologies at TRL-4.

• Technology Innovation-Driven Startups: The potential of youth will be effectively tapped and encouraged for technology innovation that results in skilled human resource development and job creation.