Innovators
Kieun Choi 최기은
Next Position: Mechanical Design Engineer, Samsung Electronics, 2025~
M.S. Candidate, Mechanical Engineering, 2023~2025
B.S. Mechanical Engineering, KHU, 2023.
Research Projects: Tetralogy of Fallot, Kawasaki disease, Fontan, Slippery surfaces on implanted device, Uncertainty Quantification
Scholarship: Kyung Hee University Presidential Scholarship (Early admission)
Awards:
Best Paper Award, Korean Society of Visualization (2024 Spring)
Outstanding Paper Award, Korean Society of Visualization (2024 Fall)
Outstanding Paper Award, Biomedical Engineering Society for Circulation (2024 Summer)
Outstanding Paper Award, Korean Society of Visualization (2023 Spring)
List of publications:
K. Choi†, J. Y. Seo†, J. Seo*, "Uncertainty Quantification for Simulating Coronary Artery Hemodynamics in Aneurysms Caused by Kawasaki Disease", Under Review.
S. M. Baek†, K. Choi†, H. G. Lim, G. B. Kim*, J. Seo*, "Quantitative comparisons of pulmonary artery hemodynamics before and after Pulsta valve implantation in patients with Tetralogy of Fallot using computational fluid dynamics", Submitted.
K. Choi, W. Yang, O. S. Pak, J. Seo*, "Computational investigation on the effects of slippery surfaces on blood flow stagnation in implanted cardiovascular devices", Submitted.
Jiwan Seo 서지완
M.S. Program, Mechanical Engineering, KHU, 2023~Current
B.S. Mechanical Engineering, KHU
Project: Multiphase flows, Hydrodynamics of underwater robot
Scholarship: Kyung Hee University Outstanding Graduate Scholarship
List of publication:
J. Seo, J. Seo*, "Implementation of a multiphase interface tracking method using the conservative phase-field approach in the open-source OpenFOAM framework," Journal of the Korean Society of Visualization, 2024.
Gyeongyun Han 한경윤
M.S. Program, Mechanical Engineering, KHU, 2024~Current
B.S. Mechanical Engineering, KHU
Project: Active turbulence, Super-resolution reconstruction of multi-scale flow structures
Award:
National Undergraduate Fluid Mechanics Competition - Gold Prize, KSME (2023)
Best Paper Award, Biomedical Engineering Society for Circulation (2024 Winter)
Minjun Kang 강민준
M.S. Program, Mechanical Engineering, KHU, 2025~ (Early admission)
B.S. Mechanical Engineering & Aerospace Science, KHU
Project: Shape optimization, Hydrodynamics of underwater robot, FDA benchmark validations
Jinyoung Seo 서진영
M.S. Program, Mechanical Engineering, KHU, 2025~ (Early admission)
B.S. Mechanical Engineering, KHU
Project: Kawasaki disease, Intracranial aneurysm, Uncertainty Quantification
Award:
Outstanding Paper Award, Biomedical Engineering Society for Circulation (2024).
KHU Capstone Design Competition Award - Silver Prize (2024)
KHU Convergence & Innovation Undergraduate Symposium - Best Poster Award (2024)
List of publications:
K. Choi†, J. Y. Seo†, J. Seo*, "Uncertainty Quantification for Simulating Coronary Artery Hemodynamics in Aneurysms Caused by Kawasaki Disease", Submitted.
Yujin Ko 고유진
M.S. Program, Mechanical Engineering, KHU, 2025~ (Early admission)
B.S. Mechanical Engineering, KHU
Project: Computational modeling of methanotroph, Digital twin of underwater robot
Award:
National Undergraduate Fluid Mechanics Competition - Silver Prize, KSME (2024)
Le Tan Duc (Prospective student)
M.S. Program, Mechanical Engineering, KHU, 2025~ (Admitted)
B.S. Chemical Engineering, Vietnam National University – Ho Chi Minh City University, 2021
Project: TBD
Jinyoung Park 박진영
Research support/ Lab administrator
Kyung Hee University
Email: jypark@khu.ac.kr
Office: 031-201-5425
2024 Winter Intern Research Program
KHU Students
Yunseong Jeong (KHU Capstone design)
Sungwook Jang (KHU Capstone design)
Inkyu Song (KHU Capstone design)
Jooseong Kim (KHU Capstone design)
Hyuntaek Lee (KHU Capstone design)
Jaemin Jang (KHU Capstone design)
International students
Sarah Hamimi (Intern / M.S.)
Join our group!
We are actively engaged in conducting cutting-edge research projects in interdisciplinary areas. Our dynamic research environment fosters the development of strong problem-solving capabilities. We provide comprehensive support to new graduate students, including tuition coverage, stipends, and engaging group events that foster a sense of camaraderie and enjoyment.