Thirumany Sritharan
Professor
Department of Materials Science and Engineering
Nanyang university of technology
Singapore
Biography
Thirumany Sritharan is a Professor at the School of Materials Science and Engineering, NTU, Singapore. His expertise is in multiferroic materials, thin films and solar energy harvesting. He is currently the main PI in NTU for the multi-million $ CREATE program between NTU-Singapore, University of California, Berkeley and NUS, Singapore. This program is fully funded by the National Research Foundation of Singapore under their CREATE umbrella funding program. It is on the topic of Sustainable Energy and has a total of about 60 researchers from both Singapore and Berkeley. Prior to this, he has worked on multiferroic materials with special attention BiFeO3 epitaxial thin films and on various thin film and interfacial problems in microelectronic circuits. He has obtained his PhD from The University of Sheffield, UK and worked at The University of Melbourne and Comalco Research Centre, Melbourne before joining NTU Singapore. Thirumany Sritharan is a Professor at the School of Materials Science and Engineering, NTU, Singapore. His expertise is in multiferroic materials, thin films and solar energy harvesting. He is currently the main PI in NTU for the multi-million $ CREATE program between NTU-Singapore, University of California, Berkeley and NUS, Singapore. This program is fully funded by the National Research Foundation of Singapore under their CREATE umbrella funding program. It is on the topic of Sustainable Energy and has a total of about 60 researchers from both Singapore and Berkeley. Prior to this, he has worked on multiferroic materials with special attention BiFeO3 epitaxial thin films and on various thin film and interfacial problems in microelectronic circuits. He has obtained his PhD from The University of Sheffield, UK and worked at The University of Melbourne and Comalco Research Centre, Melbourne before joining NTU Singapore.
Research Interest
Multiferroic materials, thin films and solar energy harvesting
Publications
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Improvements and scale up of BiVO4 photoanode for water splitting in photo electrochemical cells