In response to the domestic industry's demand for manufacturing and processing technology talents, Taipei Tech established the Graduate Institute of Manufacturing Technology in 1999 with approval from the Ministry of Education. It is the only institute in Taiwan specializing in manufacturing technology development. The institute's primary goal is to cultivate high-level manufacturing technology professionals and advance research in high-end manufacturing technologies, addressing domestic industry needs. The Graduate Institute of Manufacturing Technology at Taipei Tech emphasizes training in process innovation, advanced manufacturing technologies, and ICT services. In addition to foundational knowledge in fields such as automatic control, materials science, mechanical and structural design, and mechatronics integration, graduate students are also equipped with the integrated capabilities necessary for innovative manufacturing processes.

Chronological development：
1. In 1999, establishment of the Master's program in "Manufacturing Technology" at Taipei Tech.
2. In 2002, establishment of the "Ph.D. Program in Mechanical and Electrical Engineering, Manufacturing Group" at Taipei Tech.
3. In 2003, establishment of the Master's in-service program in "Manufacturing Technology" at Taipei Tech.
4. In 2013, establishment of the Ph.D. program in "Manufacturing Technology" at Taipei Tech.

Directors of the Institute：
- Professor Hwa-Hsing Tang: 1988-1991
- Associate Professor Cheng-Shun Chen: 1991-1994
- Professor Tsung, Tsing-Tshih: 1994-1997
- Professor Che-Hua Yang: 1997-2002
- Professor Chang Ho: 2002-2017
- Professor Dong-Yea Sheu: 2017-2024
- Professor Yuan-Jen Chang: 2024-present

Educational Objectives：
To align with global trends and national industrial development, the Institute aims to cultivate professional research and development talents in manufacturing with innovative capabilities. The specific objectives are:
1. Cultivating talents with innovative research and development capabilities in manufacturing technology.
2. Developing talents with practical industrial application capabilities.
3. Fostering talents with an international perspective.

Core Competencies：
1. Proficiency in foundational academic research in manufacturing technology.
2. Innovative research and development capabilities in practical manufacturing technology, as well as management skills in this domain.
3. Ability to formulate and articulate research projects effectively.
4. Ethical literacy in engineering and information technology.
5. International perspective and skills in team communication and coordination.

Distinctive Features：
Aligned with the national industrial development direction, the Institute focuses on teaching and research in manufacturing technology. Its mission is to cultivate engineers with advanced theoretical knowledge and practical application skills in manufacturing, thereby enhancing and integrating the research standards of manufacturing technology and strengthening the capability to develop innovative technologies to serve the domestic industry. Simultaneously, the Institute incorporates training in foreign languages, humanities, and legal studies to foster well-rounded industrial talents. Emphasizing solid practical experience, the Institute leverages its faculty expertise, research equipment applications, and student skill development characteristics. It aligns with national industrial development needs and future trends in process integration, innovation, internationalization, and environmental sustainability. The Institute has identified four major development areas: "Precision Machining Technology," "Precision Design and Smart Manufacturing Analysis," "Advanced Smart Manufacturing Processes and Measurement Technologies," and "Applications of Smart Manufacturing Management." In addition to the Master's program, the Institute established a Ph.D. program in 2013 to meet the demands of national economic development, elevating the research standards in manufacturing engineering technology. It also provides opportunities for in-service education for teachers from technical and vocational education schools and engineers from the industry.

Faculty：
The Institute has a total of 11 full-time faculty members, including 8 professors, 2 associate professors, and 1 assistant professor. Additionally, there are 30 adjunct and support faculty members from other departments and institutions, contributing to a diverse faculty structure. Faculty members come from leading universities in advanced countries such as the USA, UK, Japan, Germany, and others. Their expertise covers a wide range of areas including ultrasonic non-destructive testing technology, nanomaterial processing, microfabrication technology, biomechanics, industrial management, and more. This diverse expertise ensures a comprehensive approach to teaching and research in manufacturing technology at the Institute.

Course Planning：
The curriculum of the Graduate Institute of Manufacturing Technology encompasses advanced theories, specialized knowledge, and practical design courses in the mechanical field. The aim is to guide students in developing their professional expertise in manufacturing technology. The main principles are：
1. Increase Breadth of Theory: Introducing a wide range of theoretical knowledge relevant to manufacturing technology.
2. Enhance Depth in Specialized Areas: Focusing on deepening expertise in specific professional domains within manufacturing technology.
3. Develop Independent Research and Development Skills: Providing opportunities for students to cultivate their ability to conduct independent research and development.
4. Foster Industrial Practical Application Skills: Equipping students with the skills necessary to apply theoretical knowledge in practical industrial settings.

Distinctive Laboratories：
The Graduate Institute of Manufacturing Technology features a wide range of specialized laboratories covering various methods and technologies in mechanical manufacturing, process control, material analysis and testing, as well as process monitoring. These include: Laser Micro/Nano Fabrication Laboratory, Micro Machining Laboratory (MML), Advanced Nanomaterials and Manufacturing Processes Laboratory, Laser ultrasound Laboratory (LUT), Modern Materials Manufacture Laboratory, Intelligent Automated Inspection and Embedded Control Laboratory, Biomechanics Laboratory, Industry 4.0 Laboratory, Information and Communications Technology Laboratory, Smart System Laboratory, Metal Forming and Materials Modelling Laboratory.