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Contact Information
| Name | Min-Geun Park |
| Professional Title | Mechanical Engineer |
| geunee20@gmail.com |
Professional Summary
Mechanical engineer focused on intelligent mechatronics, controller design, nonlinear dynamics, and real-time robotics systems.
Experience
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2023 - 2024 Graduate Teaching Assistant
Georgia Institute of Technology
- {“Instructor”=>”Dr. Kok-Meng Lee”}
- ME4452 Control Dynamic Systems
- {“Topics”=>”Classical Control Methods, Modern Control Methods, System Modeling and Analysis”}
- Received 4.9/5.0 in TA evaluations with 100% student endorsement for future courses.
- Guided 60+ students in advanced control topics through office hours and review sessions using MATLAB SISO Tool.
-
2023 - 2025 Development and Control of a Magnetic Series Elastic Actuator (Mag-SEA)
Advanced Intelligent Mechatronics Research Laboratory (AIMRL) - Georgia Tech
- {“Supervisor”=>”Dr. Kok-Meng Lee”}
- Prototyped and optimized Mag-SEA hardware and designed a comparative mechanical SEA.
- Simulated stability and performance and developed embedded real-time impedance control with wireless data transfer.
-
2021 - 2022 Design and Control of Pneumatic Variable-Stiffness Joints for Underactuated Gripper
Adaptive Robotic Manipulation (ARM) Laboratory - Georgia Tech
- {“Supervisor”=>”Dr. Frank Hammond”}
- Built and refined a pneumatic variable-stiffness underactuated gripper, improving workspace by 20%.
- Developed stiffness-tension-position models and embedded control for adaptive tendon tension control.
Education
-
2023 - 2024 Master
Georgia Institute of Technology
Mechanical Engineering
- {"GPA"=>"4.0/4.0"}
-
2019 - 2023 Bachelor
Georgia Institute of Technology
Mechanical Engineering
- {"GPA"=>"3.93/4.0"}
- Minor in Computing & Intelligence
Publications
-
2024 Magnetic Stiffness of Soft Continuous Permanent Magnet and its Parametric Effects on a Magnetic Series Elastic Actuator Control System
IEEE/ASME International Conference on Advanced Intelligent Mechatronics (AIM)
Skills
Engineering Software: MATLAB, Simulink, SolidWorks, Ansys, AutoCAD
Measurement & Fabrication: Laser Tracker, Quadrature Encoder, 3D Printing, Laser Cutting
Programming Languages: Python, C/C++, Java, JavaScript
Frameworks & Libraries: Pytorch, TensorFlow, ROS (Robot Operating System)
Interests
Fundamentals: Intelligent Mechatronics, Control Theory, Nonlinear Dynamics
Methods: Embedded Systems Development, Advanced Control Techniques, System Modeling and Simulation
Applications: Real-Time Control Systems, Robotics and Automation, Human-Machine Interaction
Projects
-
Design and Evaluation of Control Systems for Inverted Pendulum
- Applied classical, modern, and optimal controllers (PID, Bang-Bang, Pole-Placement, Sliding Mode, Computed Torque, LQR, MPC).
- Simulated nonlinear dynamics in MATLAB/Simulink and Simscape to compare robustness under disturbances and uncertainties.