Mechanics

The Mechanics Group aims to analyze the dynamic and static behavior of various structures, including automobiles, electronics, heavy industry, steel, energy, and transportation, from a mechanical perspective and optimize system design, production, and operation based on the analysis results.

Thermal Engineering

The Thermal Engineering Group conducts extensive research on next-generation energy conversion and utilization, including high-efficiency, low-emission power systems, combustion and alternative fuel studies, eco-friendly heat pump systems using natural refrigerants, and life-cycle analysis of energy consumption and greenhouse gas emissions.

Dynamics/Control

The Dynamics and Control Group conducts research on developing mechanical systems such as automobiles and robots, performing dynamic analysis, and designing control algorithms optimized for these systems, aiming to create innovative and high-performance mechanical systems.

Fluid Engineering

The Fluid Engineering Group conducts research on predicting and analyzing the performance and stability of various fields, including energy, environment, transportation, medical devices, and sports equipment, through theoretical studies, experiments, and numerical analysis, with the goal of enhancing their efficiency and reliability. Additionally, the group explores applications of fluid dynamics related to the survival mechanisms of living organisms.

Design/Manufacturing

The Design and Manufacturing Group researches mechanical system design and production, integrating classical design theories, CAD/CAM, biomechanics, and HCI. Recently, it has incorporated internet-based technologies, TUI, and new media to develop next-generation mechanical systems, applied from ultra-precision machining to advanced service robots.

Nano/Bio

The Nano/Bio Group focuses on developing technologies to harness nano- and micron-scale phenomena both in living and non-living systems. Our work involves research in precise measurement, manipulation, and control technologies for biological systems ranging from biomolecules to cells and tissues, as well as research in energy, sensor, and display devices based on the fabrication of micro/nano structures.