Dr. Munaswamy MURUGESH
Process Development, Nanoscale Engineering Division of Quantum Science & Engineering, Hokkaido University Japan | IIT Madras India
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About: Dr. Munaswamy MURUGESH, graduated from PhD (MEXT Japan) in the Division of Applied Quantum Science & Engineering, Graduate School of Engineering, Hokkaido University, Japan during September 2024. The phd research title as follows “Process development for synthesizing novel nanomaterials (Core shell type) using dusty plasmas . Currently working as Process Integration Engineer at Rapidus Inc, Japan (Full time from Oct 2024)
Prior to PhD, I have graduated from Master of Science (M.S.) Research during March 2021 with specialization in “Precision manufacturing using latest femtosecond (fs) pulsed laser technology” from the department of Mechanical Engineering at Indian Institute of Technology (IIT) Madras, India. Alongside masters studies, have received 4 Months STSI Diploma (International Research Skills Program for Developing Sustainable Transportation System and Infrastructure) (Report) from Hokkaido University, Japan during June – September 2019.
Prior to Masters studies, I have been involved majorly three different research projects as a Project Fellow/Manager/ Scientist, for about 3+ Years at IIT Hyderbad, and IIT Madras, India. I have completed my Bachelors of Technology (B.Tech.) in Mechanical Engineering from Rajiv Gandhi University of Knowledge Technologies (RGUKT), RK Valley, Andhra Pradesh in 2014.
Hobbies : Photography, Media Processing and Travel.
Current Areas of Research:
Thin film deposition on liquid droplets
Materials and Metallization for future nodes of CMOS devices
Multicomponent, Gas phase nanoparticle synthesis
Predictive analysis of thin films, nanoparticles by AI/ML
Developing Novel Inspection algorithms for nanoscale features
Computational Material Design for Semiconductors
Areas of Specialization:
Next-generation nanoscale materials
Thin film deposition on liquid droplets
Ultrashort pulsed laser micro machining of super alloys
Multi-scale hierarchical surface structures using fs pulsed laser
Pulsed laser ablation at solid-solid interface.
Metallography and processing for metal additive manufacturing.
Sustainable Development Goals (SDGs) Contributions and Involvement:
Have completed a comprehensive studies Diploma of STSI (International Research Skills Program for Developing Sustainable Transportation System and Infrastructure) Program, (Report) ) Hokkaido University, Japan in connection with IIT Madras, IIT Bombay, IIT Hyderabad, India.
Have a global perspective of natural resources and sustainability studies as a part of the course work 'Resources Sustainability (2022) | 2 Credits ' at Graduate School of Engineering Hokkaido University, Japan.
Nature Inspired design and development - ED5318 : Biomimetic Design (2020-21) IIT Madras, course.
TA for SDGs Seminar summer course : International Colearning PBL for Problem Solving at Hokkaido University (2022)
Inter-Graduate School Classes(Educational Program):RJE3 Design School of Japan and Russia at Hokkaido University (2021)
Teaching Assistant for the Summer Course at Hokkaido University, Japan connects with North America. (following topics from different universities in USA) during Aug- Sep 2022.
Global Sustainability, Sustainability in Alaska, America's Last Frontier, Ecology and Conservation Issues for North American Pacific Salmon, Alaska's Boreal Forest Ecology and Management, Urban Marine Ecosystems, Drivers and consequences of chemical variability in coastal environments, Climate Variability and Marine Ecosystem Function: From Sea Ice to Fisheries in the Bering Sea, Nature Inspired Design from the Sea, Rangelands and their Global Importance, Fire Effects on Rangelands , Importance of Wildlife-Range Interactions, Permafrost& Sustainable Life in Alaska & Hawaii, Integration as Border Practices: Immigrants in the Engineering Profession in Canada, Nitobe Memorial Garden -A bridge across the Pacific, Indigenous Culture in Alaska.
In NHK Japan News (13 September 2023):
In NHK Japan News (13 September 2023):
Original: https://youtu.be/PjozDezRvRM
https://www3.nhk.or.jp/sapporo-news/20230913/7000060870.html (seems removed after some period)
Explination in Telugu Langauge: https://youtu.be/PjozDezRvRM
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