Dr. M. Yogesh Kumar: Difference between revisions
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yogeshkumar@nitc.ac.in | yogeshkumar@nitc.ac.in | ||
Dr. M. Yogesh Kumar is an academic with research interests across the field of Chemical Engineering and Biotechnology with a focus on sustainable process design, materials modelling and bioprocess technology. | Dr. M. Yogesh Kumar is an academic with research interests across the field of Chemical Engineering and Biotechnology with a focus on sustainable process design, materials modelling and bioprocess technology. | ||
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Through research work focusing on computational investigation of biological and biomimetic materials and processes (@McGill University), structural and functional soft matter (@McGill University and University of Southampton) and energy conversion systems (@IIT Madras funded by BHEL) and experimental work on process design for industrial effluent treatment (@Sri Venkateswara College of Engineering funded by BRNS), he has explored applications of chemical engineering to emerging technologies and gained an interdisciplinary, multi-scale perspective of chemical engineering. | Through research work focusing on computational investigation of biological and biomimetic materials and processes (@McGill University), structural and functional soft matter (@McGill University and University of Southampton) and energy conversion systems (@IIT Madras funded by BHEL) and experimental work on process design for industrial effluent treatment (@Sri Venkateswara College of Engineering funded by BRNS), he has explored applications of chemical engineering to emerging technologies and gained an interdisciplinary, multi-scale perspective of chemical engineering. | ||
"I aim to demonstrate effective technological solutions to rising energy demands, environmental pollution and climate change through design of sustainable materials and processes using the interdisciplinary knowledge and research skills I have gained through years of research and teaching experience." | "I aim to demonstrate effective technological solutions to rising energy demands, environmental pollution and climate change through design of sustainable materials and processes using the interdisciplinary knowledge and research skills I have gained through years of research and teaching experience." | ||
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* Bioprocess Technology | * Bioprocess Technology | ||
* Environmental and Sustainability Engineering | * Environmental and Sustainability Engineering | ||
== Experimental Skills == | |||
* Unit operations and processes | |||
* Bioprocess and downstream processing | |||