Dae-Kwan Kim
Papers
1
Total Citations
2
H-Index
1
About
Dae-Kwan Kim is a leading engineer in the field of precision mechatronics and control moment gyroscope (CMG) technology. His primary research focuses on the development of high-torque actuation systems for industrial applications, particularly CMGs that enable precise attitude stabilization and maneuvering in satellites, aircraft, ships, and robotics. Kim’s most significant contribution is the design and validation of a 100 Nm-class CMG, a critical component for large-scale industrial platforms. His 2015 paper on this system details the full development cycle—from system-level requirements analysis and motor subsystem design to assembly, test rig construction, and performance evaluation. The work demonstrated a peak torque output of 120 Nm, exceeding the original design target. This achievement is notable for bridging the gap between aerospace-grade CMG technology and broader industrial use, offering a robust, scalable solution for high-performance motion control. Though his citation count is modest, the practical impact of his engineering is substantial, providing a foundational reference for researchers and engineers working on high-torque, compact actuation systems. Kim’s work exemplifies applied innovation in control systems and electromechanical design.
Research Focus
Key Achievements
Top Papers
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