Recruiting

 

Join Our Research Group: Pioneering the Future of Transport Phenomena and Advanced Manufacturing

Explore Doctoral and Postdoctoral Opportunities

Our research group is at the forefront of advancing knowledge in transport phenomena and its pivotal role in the field of advanced manufacturing. We are dedicated to exploring the intricate dynamics of microscale flow phenomena and their impact on the development of high-performance materials. Our work is inherently interdisciplinary, blending theoretical insights with practical applications to push the boundaries of technology.

PhD Research Themes:

  • Innovative Slot-Coating Techniques: Delve into novel patch coating methods for the fabrication of electrodes in batteries and fuel cells, combining computational models with flow visualization experiments including blade coating.

  • Rheological Behavior Studies: Examine the complex rheological properties of battery electrode slurries, emphasizing extensional (via Capillary Rheometer, CaBER) and shear rheology (using stress & strain-based rheometers).

  • Microstructure Computational Analysis: Apply computational and data-driven methodologies to uncover the intricate microstructure of electrodes in batteries and fuel cells.

  • Electromagnetic Force and Particle Dynamics: Investigate how electromagnetic forces can influence particle movement within fluids to control microstructures, crucial for optical films and battery electrodes.

  • Modeling and Simulation for Coating Processes: Develop advanced models using finite-element methods and physics-informed machine learning to optimize coating die designs for electrode production.

  • Simultaneous Material and Process Development for Battery electrodes: LFP-based secondary battery electrode coating technology development and/or aqueous Li-ion battery cathode manufacturing technology development (in collaboration with Prof. Jangwook Choi).

Postdoctoral Research Areas:

  • Coating Technology Innovation: Engineer a versatile platform to tackle coating challenges in the manufacturing of optical films and battery electrodes, emphasizing the automation of blade coating techniques.

  • Porous Media and Multiphase Flow: Perform advanced computational analysis of porous media and multiphase flows, utilizing the Lattice Boltzmann method for enhanced understanding.

  • Data-Driven Process Optimization: Utilize a data-centric approach to dissect and improve the coating and drying stages in the production of battery electrodes.

How to Apply:

We warmly invite passionate individuals to apply for both PhD and postdoctoral positions within our cutting-edge research group, where we delve into the transformative potential of complex fluids in advanced manufacturing. If you’re poised to advance your academic journey, please send a concise cover letter and your CV to Prof. Jaewook Nam at jaewooknam@snu.ac.kr. In your application, clearly articulate your research interest, especially if it intersects with the innovative use of complex fluids to revolutionize manufacturing processes for batteries, fuel cells, and optical films. We also welcome applications from industry-sponsored candidates. If you’re applying with industry backing, emphasize this in your cover letter and succinctly describe the topic you’re eager to explore in partnership with your sponsor. This opens a gateway to a rich collaboration that merges academic depth with industry relevance, setting the stage for groundbreaking advancements in manufacturing technologies and their applications.

Dive into the heart of cutting-edge research that marries the fundamentals of transport phenomena with the challenges of advanced manufacturing. Your contribution could lead to transformative solutions that span from scientific exploration to industrial innovation. Join us in shaping the future of technology.


For the Interested


Contact Information

Jaewook Nam, Ph. D, M. Eng

Room 917, Building No. 302
Seoul National University
1 Gwanak-ro, Gwanak-gu, Seoul 08826

Office: +82-2-880-1654

Email: jaewooknam@snu.ac.kr