Faculty of EngineeringDepartment of Mechanical Engineering

International students can also apply.

Faculty Members

ARIKAWA Keisuke Professor

[Key Words]

• Robot Kinematics
• Robotic Mechanism
• Mechanism Design

[Research Themes]

• Manipulator with Unconventional Topological Structure
• Robotic Mechanisms with Unconventional Joints
• Application of Compliant Mechanisms
• Analysis of Protein Motion based on Robot Kinematics
IMAI Kenichiro Professor

[Key Words]

• Ductile-mode Grinding and Cutting
• Vibration Assisted Machining of Difficult-to-cut Materials
• Monozukuri Based on Biomimetics

[Research Themes]

• Ductile-mode Grinding and Cutting of Hard and Brittle Materials
• Vibration Assisted Grinding of Difficult-to-cut Materials
• Removal Mechanism of Thrust Force Directional Vibration-assisted Machining
• Modelling of Auditory Ossicles and the Vibrational Analysis
KAWASHIMA Takeshi Professor

[Key Words]

• Engineering for a Sustainable and Quality Life

[Research Themes]

• Motion and Vibration Control (for example, Active seat belt, and Active child restraint systems)
• Design of Vibration and Comfortable Swing (for example, Active rocking Chair)
• Effective Utilization of Renewable Energy (for example, Control system for Thermosiphons)
KIKUCHI Noriyasu Professor

[Key Words]

• Connected car / Sensing / Artificial Intelligence

[Research Themes]

• Verification of the introduction effects of connected car technology
• Object detection technology using LiDAR, cameras, radars, etc.
• Cooperative driving system
• Positioning technology
• Wireless harnesses in vehicles/equipment
KIMURA Shigeo Professor

[Key Words]

• Rotary wing aerodynamics
• Cold regions engineering
• Green energy engineering in cold climates

[Research Themes]

• Development of unmanned aerial vehicle in meteorologically harsh conditions
• Application of icephobic coatings to aircraft icing prevention
• Safety operation of wind turbines in cold climates
• Measurements of atmospheric icing on structures
KOZUKUE Wakae Professor

[Key Words]

• Applied Study of Deep Learning, Data Science and Neural Network to Mechanical Engineering

[Research Themes]

• Symbol and Character Recognition Using Deep Learning
• Cluster Analysis of Machines and Vehicles
• Topology Optimization Analysis of Box Structures for Reducing Vibration
SATO Tomoaki Professor

[Key Words]

• Development and Evaluation of Teaching Materials in Engineering Education

[Research Themes]

• Educational Technology
• Engineering Education
• GC Animation Content of the Technical Heritage
• Use of the Multimedia Content in Engineering Education
• Educational Use of the Stereo Visualized System
TERUI Fuyuto Professor

[Key Words]

• Control Engineering
• Astrodynamics
• Applied Research in Aerospace Engineering

[Research Themes]

• Guidance, Navigation and Control of Spacecraft
• Motion (Attitude and Position) Control of Spacecraft
• Autonomy in Aerospace Engineering
NAKANE Ichiro Professor

[Key Words]

• Environmental Fluid Engineering / Traffic Flow / Wing Aerodynamics / Modeling / Numerical Simulation

[Research Themes]

• A study of pollen re-transport behavior in the urban environment
• Car traffic flow measurement and building a mathematical simulation model
• Numerical and experimental studies of aerodynamics of Flying Snakes
• Design of a long distance flight multicopter with fixed-wings
YAMAKADO Makoto Professor

[Key Words]

• Creation of the next generation "Jinba Ittai" driving pleasure by intelligentization

[Research Themes]

• Research on easy-to-drive vehicles using driving simulators
• Research on full-by-wire vehicles
• Automatic driving using external sensor
• Study of ride comfortable vehicles considering three-dimensional motion
• Research on driving mechanism that realizes the fastest speed
WAKITA Toshihiro Professor

[Key Words]

• Autonomous Driving and Human Machine Interfaces

[Research Themes]

• autonomous driving in mixture traffics of autonomous and human-driving vehicles
• interaction between human driver and autonomous driving vehicle
• driving senses of human drivers
WATANABE Takeo Professor

[Key Words]

• Strength of Materials and Structural Mechanics, Buckminster Fuller's Design Science
• Destroyology, Designing for Value Created by Mechanical Failure
• Applications of KIRIGAMI structures

[Research Themes]

• Research on design and performance evaluation of KIRIGAMI structures
• Proposal of fracture science, collection of case studies, and research on KAWARAWARI.
• Experimental research on the fracture characteristics of Fuller Dome structures
OKAZAKI Akihito Associate professor

[Key Words]

• Hybridization fusing ICE and e-machine
• Development Design Engineering
• Improvement of Higher Engineering Education
• History of Technology applied for Automotive Development

[Research Themes]

• Development Design for Formula Hybrids at SAE
• Feasibility Study for Mild-Hybrid System (+48V)
• Study on application method of lithium titanate battery
• Study on pressure measurement in internal combustion engines
• Research on collaboration method of engineering subject education and PBL education
KOIKE Toshiyasu Associate professor

[Key Words]

• Our research focuses on environmental and energy-related technologies, particularly on energy conservation in industrial settings. Additionally, I am involved in the development of energy-saving technology and improving the performance of rotating machinery, such as using small gas turbine test equipment for performance measurements, including uncertainty analysis, to enhance work performance.

[Research Themes]

• Research on energy-saving technology and performance improvement of rotating machinery
• Experiments on Rotating Lanterns and their thermodynamics
• Development of soundproof booths and their performance evaluation
• Research on pressure, volume, and temperature (PvT) relationships of real gases and creation of their 3D models
HAGINO Naoto Associate professor

[Key Words]

• Thermal Fluid Engineering / Unsteady flow /Turbomachinery

[Research Themes]

• A Study of Unsteady Flow Occurring Turbo Compressor
• Detection of Unsteady Flow by Machine Learning
• A Study of Jet Engine Fan Icing
• A study of self-circulating thermosyphon
HAYASHI Naoki Associate professor

[Key Words]

• Numerical Simulation of Combustion

[Research Themes]

• Numerical simulation of flame-wall interaction
• Numerical simulation of spray combustion for engine
• Numerical analysis and experiment for fundamental phenomena of combustion
• Numerical research for ultra-micro combustion
KATO Shunji Assistant professor

[Key Words]

• Production engineering for automobile

[Research Themes]

• Off-set roller bending of aluminum space frame
• Visualization of contact condition between a workpiece and die during stamping
• Study on low frequency vibratory drilling
KANO Yoshio Assistant professor
KAWAGUCHI Takashi Assistant professor

[Key Words]

• Applied Research in Solar Collectors and Hybrid Collectors
• Effects of G-Vectoring Control for Solar Car

[Research Themes]

• Experimental investigation of running solar thermosyphon system
• Geometrical approach to vehicle dynamics and control
• Strategy on how to win solar car race by using the G-Vectoring control
KOMIYA Seiji Assistant professor

[Key Words]

• Researching personal mobile vehicles that can be used safely by elderly people
• Developing safety vehicle by various sensor services

[Research Themes]

• Study of Personal Mobility Vehicle
• Research and development of cooperative driving technology of people and vehicles
• Research on engineering education using ICT
• Research on in-process monitoring for press processing
MIZUNO Toshihiro Assistant professor

[Key Words]

• Measurement of Contact Pressure
• Ductile Fracture of Metal
• Computer Simulation of Plane

[Research Themes]

• Measurement of Contact Pressure in Die Forging by Ultrasonic
• Measurement of Contact Pressure in Flange Joint by Ultrasonic
• Failure in Injection Upsetting
• Analysis of Flight Characteristics at Low Speed Flight
YOSHIOKA Takakazu Assistant professor

[Key Words]

• Development of the non-destructive inspection method for detecting and evaluating various damages by the impact and mechanical vibration in composite materials or new materials.

[Research Themes]

• Evaluate the mechanics characteristics of new materials
• Evaluation of damage by the impact of new materials
• Damage detection inside the composite material using the electrical-resistance changing method