Personal Webpage for Prof. Jung-Sik Kim

Proposed Page Title: Jung-Sik Kim - Professor in Energy Technology

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Jung-Sik Kim

Professor in Energy Technology

Carbon-Neutrality Center of International Innovation

Research Vision: Bridging nanoscale material innovation with scalable micro-fabrication for next-generation energy devices and smart sensors.

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Biography

Prof. Jung-Sik Kim is an internationally renowned scientist and academic leader with over 20 years of experience advancing micro-/nano- fabrication, thin film characterisation, and MEMS-based design for high-performance mechanical and energy devices.

He joined Beihang University in 2021 as a Professor in Energy Technology, following a distinguished 12-year tenure as a Senior Lecturer at Loughborough University, UK. His academic career also includes significant research roles at Imperial College London and the University of Birmingham, where he earned his PhD in Mechanical Engineering. With a strong foundation in both mechanical engineering and materials science from institutions including KAIST and Imperial College London, Prof. Kim specialises in bridging fundamental science with industrial application.

Prof. Kim is a pioneering force in developing stress-optimised thin films, AI-aided smart sensors, and scalable manufacturing processes. His innovations, such as the patented smart thermal sensor technology, have been adopted by global industry leaders including Rolls-Royce, and Hyundai.

Research Interests

Prof. Kim's research group focuses on the intersection of microfabrication, electrochemistry, and AI for sustainable energy solutions that are often evolved to the LCA (Life Cycle Assessment) to evaluate the commercial value of such technologies.

• Micro/Nano Fabrication

• MEMS/NEMS patterning and component design.

• Thin/Thick film fabrication & deposition processes for       multi-layer energy structures, e.g. fuel cells/batteries/sensor probes.

• Stress-strain metrology and in-situ characterisation of thin-films.

• Smart Sensor Systems

• Development of embedded micro-thermal and hydrogen purity       sensors.

• AI-aided image processing for predictive control of energy       devices.

• In-situ diagnostics and health       management for electrochemical systems (SOFC/SOEC).

• Advanced Energy Devices

• Solid Oxide Fuel/Electrolysis Cells (SOFCs/SOECs) for green       hydrogen production.

• Semiconductor-Ionic Membrane Energy Devices (SIMFCs/SIMECs).

• Smart sensor integrated SOEC/FC stacks.

Teaching

Prof. Kim is committed to providing an education that bridges theoretical knowledge with industrial practice, preparing students to be leaders in innovation.

• At Beihang University:

• Low Carbon Technology (MSc)

• Electrochemical Energy Technology: Electric Powertrains for       xEV, Battery & Fuel Cells (4th Year)

• Solid Mechanics (2nd Year)

• Low Carbon Vehicle Technologies (4th Year)

Research Team

Prof. Kim mentors a dynamic team of researchers focused on microfabrication and energy technology.

Contact

Office Address:
R3-room 5051

Carbon-Neutrality

Hangzhou International Innovation Institute, Beihang University, Hangzhou, China

Email: jskim@cq5520.com

Professional Links:
[Icon] [Google Scholar]([ http://scholar.google.com/citations?user=BNFgawEAAAAJ&hl=en])
[Icon] [ORCID]([ http://orcid.org/0000-0002-3696-7251])