Project Experience- Flight Dynamics Subsystem Development for GEO-KOMPSAT-2- Image Navigation Registration for Some GEO Missions- Precise Attitude Determination- Flight Dynamics Subsystem Development for Some LEO Missions- Precise Orbit DeterminationProgramming Experience (I have developed the following.)JAVA/C++/Python/C#/MATLAB- JAVA code for numerical integration using RK4/RK78- JAVA code for quaternion class- MATLAB/Python/C++ code for Precise Attitude Determination(PAD) using Star Image and Landmark Detection- MATLAB/Python/C++ code for Orbit Determination for using Landmark Detection- Python script to run COTS tool for GPS-based Precise Orbit Determination(POD) of LEO mission- C# code for HPOP propagator- Currently working on C# code for Flight Dynamic Subsystem of LEO mission

Project Experience- Satellite Formation Flying Technology Development- Orbit Propagator Development for Satellite Constellation for Navigation- Technology Development for Satellite Proximity Operation and Rendezvous- Technology Development for Relative Laser Ranging between Satellites- Orbit Determination Technology Development for Future Korean Navigation Satellite Constellation- CANYVAL-X Cube Sat DevelopementResearch- Spacecraft Attitude Estimation using Extended and Unscented Kalman Filters- Neuro Fuzzy Technique (ANFIS) for Spacecraft Attitude Control- Vision based Relative Pose Estimation for Spacecraft Formation FlyingProgramming Experience (I have developed the following.)MATLAB/SIMULINK- MATLAB code for Neuro-Fuzzy Attitude Control- SIMULINK model for Vision Alignment System of CANYVAL-X Cube-Sat mission- SIMULINK model for Hardware-In-the-Loop(HIL) Simulation of Attitude Control

Research- Extended/Unscented Kalman Filters for Spacecraft Attitude Estimation and ControlProgramming Experience (I have developed the following.)MATLAB/SIMULINK- Attitude Estimation and Control Simulator using SIMULINK model- SIMULINK model for Attitude Estimation and Control Algorithm using magnetometer(EKF/UKF) and reaction wheel

Teaching assistant in a course, 'Understanding the Universe'