robot
BUI, Ngoc Tam
Optimal Systems Design
Engineering optimization: The Optimal System Design presents a practical procedure for using accurate values in designing complex engineering systems. The optimization results are required in multiple desirable attributes, including maximization of expected value and other considerations. The optimization results, such as the minimum possible loss or maximum profit and the robustness of the design, may be helpful to project managers. As an assistant professor at the Optimal System Design Laboratory, I continue researching to improve the optimization algorithm and apply it to solve the optimal design problem in mechanical engineering.

College of Engineering Innovative Global Program
/ Graduate School of Engineering and Science(Master's Program) Systems Engineering and Science
/ Graduate School of Engineering and Science(Doctor's Program) Functional Control Systems Course
- Faculty Name
- BUI, Ngoc Tam
- Keyword
- Engineering Optimization,Machine industrial systems design, manufacturing and assembly,Optimization Algorithm Development,Optimal Systems Design,Artificial Intelligent Systems/Artificial Neural Network,CAD/CAM-CNC in design and manufacture,Exoskeleton Robotics,Topology Optimization
This lab is for this SDG activity:
STUDY FIELDS
- Mechanical Engineering
- Engineering Optimization
- Numerical Analysis
- 3D Design Software
RESEARCH THEMES
- Topology and shape Optimization
- Artificial Neural Network and applications
- Design and optimal for Rehabilitation Robots/Upper Limb Robot
- Gait Generation and simulation for Biped Robot
- CAD/CAM-CNC to design and manufacture
- Design, manufacturing, and assembly the machine industrial systems
Laboratory close-up
The above research topics are the essential background for developing high technology systems. Nowadays, devices or systems must be comfortable, optimal, and intelligent. We can only effectively transfer news technology to actual applications if we do sound scientific research.