The Intelligent Production Technology Research & Development Center for Aerospace(IPTeCA) was established atGifu University as the first educational and research institution focusing on "production technology" in Japan.
IPTeCA collaborates with industry, academia, and government to develop human resources and carry out researchand development required for the future aerospace industry.
As a place for students and workers to learn and for companies to solve problems, we ask for your active

ip t e c aparticipation in this project and your continued support.

HP : https://ipteca.gifu-u.ac.jp/en/
E - m a i l : ipteca@t.gifu-u.ac.jp
T E L : 058-293-3710
Address : 1-1 Yanagido , Gifu 501 1193, Japan@ipteca̲tn@ipteca̲tn

This project is operated under the following grants and subsidies.
［Cabinet Office, Government of Japan ］
Grant in Aid for Creation of Local Universities and Regional Industries “Human Resource Development and Research and Development ofProduction Technology for the Formation of Japan’s Foremost Aerospace Industry Cluster”［Gifu Prefecture ］
Subsidy for aerospace industry production technology human development and research and development project
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Intelligent Production
Technology Research &Development Centerfor Aerospace

Human Resource Development Programs
Educational program for Gifu University students

POINT

1

Human Resource Development Programs tofuse with a design engineering and manufacturing
engineering of the aerospace- To develop “Manufacturing engineer who can understand design mind” and“Engineer who can understand manufacturing mind”.

- The program can experience the development process through design,production and validation.

Intelligent Production Technology Research & Development Center for Aerospace (IPTeCA) provides the aerospace engineering education system which is only one unique program in Japan, in collaboration with Gifu
University and Nagoya University.

POINT

3

“Manufacturing TechnologyClass” by the mixed team ofstudents and working adults- “Manufacturing Technology Class” is open to working adults by the mixed
team with students.
IPTeCA confers a certificate of completion of "the aerospace productionengineering system architect".

- The program has practical training by design and production of quadcopter(drone).

POINT

4POINT2

The class by strong
cooperation of Gifu Universityand Nagoya University- The students take lessons by online and face to face at Gifu and Nagoya
University.

“Tokai Climax Series” is held, which is thecompetition event of the excellent planes of Gifu
University and Nagoya University- Gifu University and Nagoya University has Flying Robot Class which has
design and build of an autonomous model airplane as the cooperation
training subject of Gifu University and Nagoya University.

- “Tokai Climax Series” is held, which is the competition event of the excellent
planes of Gifu University and Nagoya University.

- The Presidents of “Tokai National Higher Education and ResearchSystems” and both universities were participated in “Tokai Climax Series” in2021 and 2022.

Professional Educational program for Working Adults

Production SystemArchitect Leader Training
Course- The Training Course is certified by the Ministry of Education asBP(Brush up Program for Professional) Program.

- Gifu University issues " Certificate of completion " to a personof completion based on School Education Act.

- IPTeCA provides classes more than 60 hours to be construct-

ed by “Manufacturing Technology and “Short term intensiveCourse” and develops “Production system Architect Leader”.

Course offered in this program are designed to suit various needs and are targeted at university students andprofessional production engineers.

The Training Course brings up aworking adult into a Production
system Architect Leader.

“The Ministry of Education” authorizes apractical and special program dependingon the needs such as a working adult or
the company by university or other educational institutions as “Brush up Programfor Professional”, and aim at the ability
improvement of the working adult through“Brush up Program for Professional”① The Training Course provides advanced subjects
such as management, Cost,Quality and DX for
Manufacturing industry which are required in thefourth industrial revolution.
② The Training Course provides classes of theproduction control and the process plan which
include the robot operation by a automatedassembly equipment and the programming ofthe PLC.
③ The Training Course provides a class which
discusses the future industry vision as a
Production system Architect Leader.

Short-term
intensive
Course- Short term intensive educational
tailored to corporate needs.

- Along with lectures on quality engineer-ing, etc., lectures and practical training
on the latest AI, IoT, data science, etc.

- In cooperation with public testing andresearch institutions, some courses areoffered with an eye to expansion into
other industries.

Elective Courses inProduction
Technology(Non Degree students)- Education lectures offerd by the Facultyof Engineering and the Graduate Schoolof Natural Science and Technology.

- Students can choose and take theirown preferred courses while earning
credits after successful completion.

- Recognize as completion credits(some) for master’s degree forworking adults and doctoral degree
for working adults.

Research and development
The Cyber-Physical Systems(CPS) technology is applied to link and integrate manufacturing equipment and productsin the physical world with models in the cyber world through I o T. AI, data analysis, and computer simulations areapplied to the cyber models, and results are feedback to the physical entitles to compare and improve the physicalentities and cyber models.The entire factory and supply chain in the physical world will be optimized using CPF.

Information Communication Technology

Manufacturing Robot Technology

Key Technology : Big data Analysis,AI,Simulation,Optimization,I o T,Wireless,Network

Key Technology : Mechatronics、High accuracy control、Bilateral control、Structural analysis- Appearance Inspection by AI- Optimization of Production Control by Big data Analysis- Skilled Work Analysis and training system by sensing system and digitalize- Automatic generation of the production process from actual example- High Accurate Fabrication by Commercial general-purpose robot- Flexible and high quality Fabrication by Bilateral control- Automatic generation of Robot Control by Reinforcement Learning- Handling System by Evolutionary Computation

Advanced Production Control

Automatic Production System

Advanced Logistics in the FactoryHigh efficiency, High Quality Fabrication

Schedule, Quality Control...

Robot, Mechanization...

Handling of Parts, Assembly, Mold...

Milling Process, Measurement System...

ニューキー
一時トラル ジェスチャ 停止

走行再開

目標位置指定Autonomous Mobile Robot Technology

Advance Milling Technology

Key Technology : Computer vision,Image processing,AI,Deep Learning,Modeling,

Key Technology : Vibration Analysis,Dynamic rigidity Monitoring,Process Analysis,Coating

Advanced Communication System Between Human and Mobile Robot by Gesture, Sigh, Voiceand Recognition of workers and other Passengers- High Speed Milling of Thin Thickness Wall - Dynamic rigidity Monitoring of Machine Tool
- Cutter lifetime extension in milling of titanium alloy by inside cooling of cutter- Measurement of Deterioration of the Cutter Coating by Electronic emissions

Self-position Estimation,Motor Controlfor tool,Fracture toughness measurement,Magnetic fluid Polishing