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The Department of Nanoscience and Technology (CNST) has offered postgraduate (M.Tech.) degree since 2009 and also offers Ph.D. Programme with Institution Research Fellowship – IRF (20,000/- Per Month). The NST aims to provide a platform for young minds of students to understand the basic concepts of material properties at the nanoscale. M.Tech programme is accompanied by science, engineering, and technology to ensure real-time applications by exploring the fundamental structure of nanoscale-quantum phenomenon. This programme collectively deals with cutting-edge research and innovations in the multidisciplinary field, and focuses on ongoing thrust research activities. CNST continuously updates the innovation in science and technology for young researchers, scientists, innovators, entrepreneurs, and students. The CNST has state-of-the-art research facilities, namely AFM, nanoindentation, micro-Vickers hardness, spray pyrolysis, FTIR, UV, and PL spectroscopy, BET-surface area, XRF, Particle size analyzer, contact angle measurement, DC-sputtering. EIS spectroscopy, etc. CNST has a team of faculty, researchers, and students working together to bring innovation in interdisciplinary domain. Our management is keen to bring Centre for Nano Science and Technology (CNST) as a world-class research centre to take up challenging research work in the nano valley for the benefit of society. The department has academic and industrial collaboration with various national and international universities, research centres, and industries.
Programmes Offered
M.Tech Nano Science and Technology
Vision
To excel as a world class teaching and research hub in Nanoscience and Technology.
Mission
Programme Educational Objectives (PEOs) for M.Tech. (NANO) Programme
The POs for M.Tech. (NANO) Programme Engineering Graduates will be able to:
Programme Specific Outcomes (PSOs) for M.Tech. (NANO) Programme
Engineering Graduates will be able to:
Contact Details
Associate Professor
Nano metal oxide, Waste water effluent treatment, Supercapacitor, Thermal barrier coating
Professor
Photodegradation
Assistant Professor
[email protected]
Research Associate
AICTE Faculty ID: 1-7460080430 | College ID: CTNTF006
Mail-ID: [email protected]
I have completed a Ph.D. in nanotechnology at Anna University, Chennai. Over the past ten years, I have been working in the solid-state chemistry of nanomaterials and the mass production of various metal oxide nanocomposites from natural minerals and chemical precursors through hot air spray pyrolysis techniques for different structural engineering applications. I have developed novel nanostructured silicate-based thermal barrier coatings (TBCs) on stainless steel (SS 314 L) using Al2O3/ZrO2 and Al2O-(Y2O3)/ZrO2 nanometal oxide composites. My current research activities are focused on effluent wastewater treatment and supercapacitor electrode materials in clean energy technologies. To my credit, I have published 42 research articles with an average impact factor of 3.7 and am a recipient of the CSIR-SRF (Senior Research Fellowship). Guiding two PhD research scholars full-time.
AICTE Faculty ID: 1-4616543772 | College ID: CTNTF005
I have completed two Doctorate of Philosophy in Education and Physics in Dravidan University and Anna University, Chennai respectively. I have more than 25 years of experience in teaching and my field of research interest belongs to antibacterial studies and photo degradation of materials. I have more than published 16 papers in international journals and international conferences. Now working in the field of exploration of various nanoparticles and their antimicrobial applications.
Programmer
Post Graduate - M.Tech(Nano Science and Technology)