The main research topic is Mar entry and electron temperature model in hypersonic flow. Responsible for research in the MHD parachute for entry mission into planets with thin atmospheres, such as Mars and developing the electron temperature model for the simulation of hypersonic flow.

Responsible for research in the Predictive Science Academic Alliance Program: PSAAP with Stanford University. The plasma manipulation scheme by using an ExB layer has many applications for a hypersonic/reentry vehicle and the semiconductor industry. In the hypersonic/reentry vehicle, plasma manipulation can provide a possible solution of radio blackout problem and be used for flow control. The MHD (Magneto-HydroDynamics) is an extremely complicated simulation area but it is very important… Show more Responsible for research in the Predictive Science Academic Alliance Program: PSAAP with Stanford University. The plasma manipulation scheme by using an ExB layer has many applications for a hypersonic/reentry vehicle and the semiconductor industry. In the hypersonic/reentry vehicle, plasma manipulation can provide a possible solution of radio blackout problem and be used for flow control. The MHD (Magneto-HydroDynamics) is an extremely complicated simulation area but it is very important because of experiment limitations.Responsible for the research project entitled ReEntry hypersonic vehicle plasma Communication system: ReComm (May. 2006 ~ May, 2008), sponsored by the U.S. Air Force. I developed a model for ExB layer simulation for the ReComm project. The simulation code was developed to optimize the ExB layer. I demonstrated that ReComm can solve the radio blackout problem reliably and effectively.PUBLICATIONS Show less

Served as army UHF/VHF communication equipment operator in the 102nd Signal Brigade of 2nd Corps. Also served as squad leader and general aide. I received training in leadership to assume decision-making authority and for collaboration with U.S. Army.