Dr. M. Yogesh Kumar: Difference between revisions
(Added 'Research Interest' and a photo) |
(Added 'Experimental Skills') |
||
| Line 8: | Line 8: | ||
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. | ||
| Line 16: | Line 14: | ||
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." | ||
| Line 33: | Line 30: | ||
* Bioprocess Technology | * Bioprocess Technology | ||
* Environmental and Sustainability Engineering | * Environmental and Sustainability Engineering | ||
== Experimental Skills == | |||
* Unit operations and processes | |||
* Bioprocess and downstream processing | |||
Revision as of 21:42, 6 June 2024
Assistant Professor
Office Address:
Office Address ChE 108, Department of Chemical Engineering, National Institute of Technology Calicut.
Email ID:
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.
He teaches undergraduates in Chemical Engineering as Assistant Professor in the Department of Chemical Engineering. He is currently mentoring a team of undergraduates in laboratory scale synthesis, characterization and process design for sustainable manufacturing of bio cement. At the institute level, he coordinate Indian Council for Cultural Relations (ICCR) and Study In India (SII) programmes that facilitate students from outside India to study in NITC. He also coordinates Student Guidance Cell (SGC) activities aimed at offering academic support and mental health care to the student community in NITC.
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."
Educational Qualifications
- PhD in Chemical Engineering, McGill University, Montreal, Canada.
- M.E in Chemical Engineering, Annamalai University, Chidambaram.
- B.Tech in Chemical Engineering, Madras University, Chennai.
Research Interest
- Process Modeling and Simulation
- Material science
- Bioprocess Technology
- Environmental and Sustainability Engineering
Experimental Skills
- Unit operations and processes
- Bioprocess and downstream processing