Vision

Pioneering a New Paradigm in Mechanical Engineering

Building on this foundation, we conduct cutting-edge research in mechanical engineering to address global challenges and enhance human life. We develop next-generation machines such as futuristic automobiles and robots, innovate energy conversion and storage technologies to combat the climate crisis, and advance bio-mechanical systems to treat human diseases. Furthermore, by integrating data science and AI, we bridge the physical and digital worlds, pioneering a new paradigm in mechanical engineering.

Mechanics

This 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 to optimize system design, production, and operation based on the analysis results.

Thermal Engineering

This group conducts extensive research on next-generation energy conversion and utilization. Its research includes the development of high-efficiency, low-emission internal combustion engines, gas turbines, and hybrid systems, as well as experimental and simulation studies on combustion and alternative fuels. Additionally, the group works on the development of eco-friendly heating and cooling heat pump systems using natural refrigerants and life-cycle analysis of energy usage and greenhouse gas emissions.

Dynamics/Control

This group develops mechanical systems such as automobiles and robots, conducts dynamic analysis, and designs control algorithms optimized for these systems. The group aims to create innovative and high-performance mechanical systems through advanced research and development.

Fluid Engineering

This group conducts research to predict and analyze 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 carries out studies on fluid dynamics related to the survival mechanisms of living organisms, exploring its applications in various fields.

Design/Manufacturing

This group conducts research across various fields related to the design and production of mechanical systems. In the field of design, studies extend beyond classical optimal and robust mechanical design theories to include CAD/CAM applications, biomechanics, and HCI. More recently, research has incorporated internet-based technologies, TUI, and new media technologies to develop next-generation mechanical systems. These technological advancements are applied to a wide range of designs, from ultra-precision machining tools to next-generation service robots.

Nano/Bio

This group deals with micron- and nanometer-scale systems, exploring and utilizing novel phenomena that arise as system size decreases to develop technologies for the precise control of physical quantities at small scales. The group’s research focuses on precise measurement, manipulation, and control technologies for biological systems ranging from biomolecules to cells and tissues, as well as the development of energy devices, sensors, and display components based on micro/nano-structured fabrication.