Funded project 

Government fundings (On-going / including PI or Co-PI roles)

National Research Foundation, S. Korea

• Project Title: Development of Rupture Risk Stratification Computational Fluid Dynamics Simulator Based on

Artificial Intelligence for Intracranial Aneurysms. (2024 – 2028)

• Project Title: Multiscale Fluid Dynamics Basic Research Laboratory for Improved Methane Conversion

Performance of Methanotroph (2024 – 2027) 

• Project Title: A study on the prognosis prediction model of congenital pulmonary artery valve procedure based on

computer flow dynamics integrated digital twin (2026 – 2030)

Korea Health Industry Development Institute, S. Korea

• Project Title: Development of a 3D Personalized Model Considering Anatomical and Hemodynamic Patient

Characteristics to Maximize the Success Rate and Therapeutic Outcomes of Percutaneous Pulmonary Valve Implantation (2024 – 2027)                  

Korea Institute of Energy Technology Evaluation and Planning, S. Korea

•  Project Title: Next-generation nuclear power plant-based carbon-neutral convergence graduate school : Intelligent Energy Convergence Human Resources Development Program (2024 ~ 2027)     

Private Institutional Fundings (On-going)

• Asan Medical Center Seoul, S. Korea

Project Title: Hemodynamic impact of vascular ring repair on aortic arch: A CT -based CFD study

• Seoul National University Hospital, S. Korea 

Project Title: Hemodynamic analysis of patients who underwent arterial switch operations due to TGA

Completed funding projects

• NRF Project Title: Computational analysis of blood flow to evaluate the effects of slip surface treatment applied to

cardiovascular medical devices (2022 – 2023)      

• NRF Project Title: Reliable hemodynamic analysis based on computational fluid dynamics for personalized treatment of congenital pediatric heart diseases (2023 – 2026)

• NRF Project Title: Research Center for Precision Medicine Platform Based on Smart Hemo-Dynamic Index (SHDI)  (2023 – 2024)         

• KHU Project Title: Reliable hemodynamic analysis based on CFD for personalized treatment of pediatric Kawasaki disease patients: Kyung Hee University Future Young Researcher Program (2023 – 2025)      

• Industry affiliated: Institute for Advanced Engineering (2025)  

• Industry affiliated: Taesung S&E Co., Ltd. (2025) 

• Industry affiliated: Functionbay Inc.  (2024-2026) 

• Academic Society:  BESCO Collaboration Grant (2024-2025)