BS : Hanyang University (1992), Nuclear Engineering

MS : KAIST (1994), Nuclear Engineering

PhD : KAIST (1999), Nuclear Engineering under Prof. N. Z. Cho

Post Doctor with Prof. N. Z. Cho : CARR (Center for Advanced Reactor Research)/KAIST : 1999.05 ~ 2000.08

Post Doctor with Prof. E. Greenspan : UC, Berkeley : 2004.03 ~ 2005.02

Lecturer (Nuclear Physics) : Kyung Hee University, Department Nuclear Engineering, 2003.09~2004.02

Principal Researcher : KAERI (Korea Atomic Energy Research Institute), 2001.04 ~ 2010.08

Senior Researcher : KAERI, 2010.09 ~ 2012.02

Associate Professor : Kyung Hee University, Department of Nuclear Engineering, 2012.03 ~ 2017.02

Professor : Kyung Hee University, Department of Nuclear Engineering, 2017.03 ~ 2020.02

Program Director (PD) for ABEEK : Kyung Hee University, Department of Nuclear Engineering, 2016.03 ~ 2017.02

Department Head : Kyung Hee University, Department of Nuclear Engineering, 2017.03 ~ 2019.02

Research Staff (Supervisory for Reactor Operation (SRO License)) : Research Reactor Center, Kyung Hee University, Department of Nuclear Engineering, 2012.03 ~ 2020.02

General Secretary of KNS (Korean Nuclear Society) : 2016.09 ~ 2017.08

Committee member of Computational Science and Reactor Physics Division : KNS, 2017 ~ Present

Professor : Hanyang University, Department of Nuclear Engineering, 2020.03 ~ Present

Department Head : Hanyang University, Department of Nuclear Engineering, 2021.03 ~ Present

Development of advanced computational methods and codes for particle transport and reactor physics analysis

Parallel computations using LINUX clusters (Monte Carlo particle transport) for radiation transport and activation analysis for accelerators, reactor systems, and fusion facilities

Conceptual design of advanced reactor cores (PWRs, SMRs, Gen IV fast reactors)

Engineering design and analysis for criticality safety, radiation shielding, and activation

Development of multi-group cross-section generation method and library generation codes

Development of automatic source term generation code for spent fuel facilities

Development of computer code for fuel depletion and radiation source term analysis

Initial version of CRX MOC code (at KAIST)

Mathematical adjoint flux solver for AFEN2D code (at KAIST)

KARMA and its library generation programs (at KAERI with Dr. Kang-Seog Kim)

STRAUM (S_N Transport for Radiation Analysis with Unstructured Meshes)

BESNA (Bateman Equation Solver for Nuclear Application)

MATXST (MATXS-based multi-group cross section generation for S_N Transport)

AMORES (Automatic Multi-batch Origen Runner for Evaluation of Spent fuel)

Angular Dependent Rebalance (ADR) method

Infinite Green's function method for 1D slab multi-group discrete ordinates transport equation

Eigenfunction expansion Nodal method for 1D even-parity transport equation

Method of characteristic directional probabilities

3D AFEN (Analytic Function Expansion Nodal) method

Original method for ESSM (Embedded Self-Shielding Method)

LDEM-SCB (Linear Discontinuous Expansion Method with Sub-Cell Balances) for 3D S_N transport with tetrahedral meshes

FMR acceleration for 3D linear discontinuous discretization of diffusion equation