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Anurag Roy

University of Exeter, Indian Institute of Technology

ORCID iD 0000-0002-2097-9442
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About

With a strong background in material design, synthesis, and characterizations, my expertise lies in the realm of solar energy research, encompassing various aspects such as photovoltaics, photothermal, photocatalytic, and passive cooling. The combination of my in-depth knowledge in inorganic chemistry and materials science has enabled me to create tailor-made designer materials at the nano-scale for applications in solar energy.

As a distinguished young researcher, my work spans the interdisciplinary field of material science, specifically focusing on the intersection of chemistry and physics. I possess extensive experience in synthesizing solar-thermal materials, employing advanced characterizations techniques, and utilizing nano-engineering principles. These skills position me as an ideal candidate for the current position.

My research trajectory aligns seamlessly with the seven technology families outlined by UK Research and Innovation, which prioritize the development of cleaner and more sustainable energy production methods. Through my innovative technological advancements and specialized processes, I have the potential to significantly contribute to global challenges related to sustainable energy. Moreover, my work resonates with the United Nations' Sustainable Development Goal #7, which emphasizes the importance of affordable and clean energy solutions. Furthermore, my research has also contributed to addressing challenges faced by low and middle-income countries, as encapsulated in the Global Challenges Research Fund (GCRF) themes.

Motivated by the prospect of taking on this position, I am eager to contribute to research and education, as well as engage in citizenship and knowledge exchange activities. I am confident that my skills, expertise, and dedication will enable me to excel in this role, allowing me to make a meaningful and lasting impact in the field of solar energy research.

Materials Scientist and Chartered Certification Specialist with a strong focus on construction materials, engineering performance, and applied research. Extensive experience in contract preparation, product assessment, and technical evaluation, ensuring compliance with industry standards and delivering precise, evidence-based certification outcomes.

Expertise in ISO 17020 assessment frameworks for construction and building materials, including fire performance, mechanical testing, health and safety, and quality control. Brings over seven years of R&D experience spanning the full innovation lifecycle, from material synthesis and prototyping to advanced characterisation and performance validation.

Demonstrates strong capability in managing complex datasets, technical documentation, and stakeholder engagement to support high-impact research and certification activities. Experienced in coordinating across multidisciplinary teams, including engineering, manufacturing, and sustainability, to drive innovation in materials science and chemical engineering applications.

Recognised for a detail-oriented and analytical approach, with the ability to manage multiple priorities in fast-paced environments while maintaining accuracy and compliance. Contributes to strategic development through trend analysis, process optimisation, and effective coordination across research consortia and academic-industry collaborations.

Also, I’m a Chartered Chemist (CChem) with the Royal Society of Chemistry, a Registered Scientist (RSci) with the UK Science Council, and an Associate Fellow of the Higher Education Academy (AFHEA), bringing over 10 years of cross-disciplinary R&D experience to the forefront of clean energy innovation and construction materials.

My PhD and post-doctoral research expertise lie in designing and engineering smart, responsive nanomaterials that drive the future of renewable energy and sustainable technologies. From solar windows and building-integrated photovoltaics (BIPV) to solar-driven hydrogen production and environmental remediation, my work bridges the gap between lab-scale discovery and scalable, real-world applications. Particularly focuses on the design, synthesis, and application of advanced nanomaterials, including oxides, chalcogenides, multi-anion compounds, intermetallics, hydrogels, and functional polymers to drive innovation in renewable energy technologies.

Employment

  • University of Exeter Postdoctoral Researcher
    2019 - 2025

Education

  • Indian Institute of Technology PhD
    2014 - 2019

Projects & Funding

Projects & funding information is unavailable.

Publications (90)