MMIE 2025

2025 8th International Conference on Mechanical Manufacturing and Industrial Engineering
"Advances in Sustainable Mechanical Manufacturing"
Hosei University, Tokyo, Japan | August 26-29, 2025

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8th MMIE | Hosei University

2025 8th International Conference on Mechanical Manufacturing and Industrial Engineering (MMIE 2025) will be held at Hosei University, Tokyo, Japan during August 26-29, 2025.

This them signifies the focus on the progress and developments of manufacturing engineering, precision engineering. It involves the design, manufacturing, measurement of highly accurate, intricate components, and optical application, etc.

The conference program includes keynote speeches, panel discussions, paper presentations, and poster sessions, covering a wide range of topics. The meeting will provide an opportunity to highlight recent developments and to identify emerging and future areas of growth in this exciting field.

Publication

MMIE submissions will be peer reviewed, and all the accepted papers will be published in Mechanisms and Machine Science (ISSN: 2211-0984) as a proceedings book volume. Springer will conduct quality checks on the accepted papers and only papers that pass these checks will be published. The book series will be indexed by Ei Compendex, Scopus, Google Scholar, Japanese Science and Technology Agency (JST) etc.

<< Submission Method

- Click here to log in Online Submission System to Submit Your Manuscript

- Paper Formatting Template

Important Dates

Submission Deadline (Full Paper): July 15, 2025	Submission Deadline (Abstract): July 15, 2025
Notification of Result (Full Paper): July 31, 2025	Notification of Result (Abstract): 10 work days
Registration Deadline: August 5, 2025	Main Conference Date: August 26-29, 2025

Conference Venue

Hosei University, Japan [Koganei Campus]

Address: 2 Chome-17-1 Fujimi, Chiyoda City, Tokyo 102-8160 Japan

Check Location Info.

Topics

Track 1: Precision Engineering & Technology
Precision Devices
Precision Manufacturing Machines and Technologies
Precision Positioning
Precision Theory & Uncertainty Evaluation
Optical Metrology for Precision Engineering
Optical Signal Processing
Optical Super Resolution Measurement for Nano/micro Devices
Optoelectronic System and Optical Instruments Design
3D Modeling and Visualization/Shape and Structure Analysis
Adaptive Process Planning and Quality Control in Precision Engineering
Advanced 3 Dimensional Digital Processing
Advanced Cutting Rechnologies
Advanced Die/molding and Polymer Processing
Advanced Image Processing and Applications
Advanced Machine Tools and Elements
High Precision Machining
High Speed and Precision Machining
Human-robot Collaboration and Brain RRobotics in Precision Assembly
Image Acquisition
Machine Vision and Image Processing
Machining Control
Mechano Photonics Engineering and Optical Applications
Micro and Nano Technologies
Micro Fabrications for Functional Surfaces
Micro Systems and Machine Elements
Micro/Nano Coordinate Measurement and Instrumentation
Micro/Nano Machining and Figurings
Modern Optics and Instruments for Precision Measurement
Multidimensional Signal Processing
Computational Imaging
Controls and Mechatronics
Cyber-physical Production Systems
Deformation and Strain Measurement
Digital Manufacturing
Dimensional Measurement and Instrumentation
Energy Beam Processing
Forming
Green Manufacturing
NDT and Instrumentation
Non-traditional Machining and Additive Manufacturing
Non-Traditional Manufacturing Processes
Signal Identification
Surface Measurement and Characterization
Time-Frequency Signal Analysis
Ultra/nano-precision Manufacturing

Track 2: Mechanical and Manufacturing Engineering
Mechanical and Materials Engineering
Aerospace Systems and Technology
Applied Mechanics and Design
Biomechanics
Computational Fluid Dynamics
Aerodynamics
Alternative Energy
Automation
Composite Materials
Computer Aided Engineering Design
Concurrent Engineering
Design and Manufacturing
Energy Conversion System
Energy and Thermofluids
Energy Management
Finite Element Analysis
Fluid Dynamics
Fuels and Combustion
Green Manufacturing
Heat and Mass Transfer
Instrumentation and Control
Machinery Dynamics
Micro-and Nano Manufacturing
Solid and Fracture Mechanics
Solid Mechanics
Tribology and Reverse Engineering
Track 3: Industrial Engineering
Advanced Product Design and Development
Automation Control
Control Engineering
Decision Analysis
Decision Analysis/Decision Theory
Dynamical Control Systems
Industrial Design
Human Factors Engineering
Information Processing and Engineering
Intelligent Systems
Manufacturing Systems
Renewable and Non-Renewable Energies
CAD/CAM/CAE
Industrial Tribology
Operations Research
Machine Learning

Special Session

Special Session 1: Advanced Manufacturing Systems with Mechatronics

In the face of population explosion and environmental problems, there is a demand for more efficient and environmentally friendly manufacturing. While the introduction of automation has brought benefits, it is also extremely important to consider how to systematize the skills of experts into explicit knowledge. We also need to consider how to foster collaboration, where systems handle tasks that they are good at, and humans handle tasks that only humans can do, and we need to gradually advance automation in line with social trends.

Submit Your Paper/Abstract

Organizer: Assoc. Prof. Masao Nakagawa, Doshisha University, Japan

NAKAGAWA Masao is an associate professor in Doshisha University, faculty of science and engineering as an associate professor, and he is now working widely regarding the factory automation based on international or Japanese vision such as Society 5.0. He received the B.S., M.S. and Ph.D. degrees in mechanical engineering from Doshisha University, Kyoto Japan in 2014, 2016 and 2019 respectively. From 2019 to 2024, he was a researcher in The National Traffic Safety and Environment Laboratory, contributing to making international regulations regarding automated/autonomous driving under the United Nation Economic Commission in Europe WP29. Since 2024, he joined Doshisha University. He is a member of JSME, JSPE, JSDE, JSAT and JSAE, as well as a member of IEC TC104.