Disaster Prevention Center

The Center promotes the development of practical products and technical services for disaster management, and corresponds to the three major blocks of “pre-disaster preparedness”, “disaster relief in disaster” and “post-disaster recovery”, which are described as follows:

  1. Pre-disaster preparation technology: monitoring and structural seismic assessment of key structures, establishment and timely updating of water regimes and models, estimation of earthquake damage and disaster relief planning, construction of drone space information and Slope and tunnel safety assessment.
  2. 2. Disaster rescue techniques in disasters: disaster relief bridges and multi-functional disaster relief power stages, rapid identification of structural damage and drone detection systems, instant flooding range measurement and forecasting, and strain dispatching systems.
  3. Post-disaster recovery technologies: emergency rescue energy supply, permanent structural reinforcement, tunnel assessment and reinforcement technology.

A total of 504 papers on formal journals and seminars at home and abroad have been reviewed. A total of 58 pieces, the number of industry-university cooperation is 92 pieces totaling about 140 million, and the number of technology transfer is 19 pieces, totaling about 4.5 million.

Research and Development Center for Smart Textile Technology

The core purpose of the establishment of the center is to convene domestic “functional textiles, film processing, textile dyeing and finishing materials, polymer film and composite materials processing”, and work on joint research and development to promote Taiwan’s coating-related applications. The production and academic circles will continue to develop.


According to the research theme, the center is divided into six groups: “Polyester New Materials”, “Nylon New Materials”, “Self-Repair Coating Materials”, “Polyurethane New Materials”, “Electronic Assisted Smart Textiles” and “Coating Technology Improvement”. The center covers an area of about 150 pings, and it has three pilot plant production plants including a melt coating internship factory, a full-run composite material production plant, and a wet coating internship factory. It also has equipment for physical property testing, such as polymer synthesis processing, coating processing materials and other samples.

Chemical Material Analysis Research

R&D direction:

  1. Investigate and research chemical materials such as composition, physical properties, chemical properties, electrical conductivity, thermal conductivity, mechanical properties, flame retardancy, corrosion, decomposition, separation, and recovery.
  2. Research and development of precious metal recycling technologies such as copper resources.
  3. Research and development of wood preservative material analysis technology.
  4. Research and development of polymer material analysis technology.
  5. Research and development of optoelectronic and energy materials analysis technology.

Medical engineering research Team Multidisciplinary Technology
Metro Taipei (MT3)

Introduction: Recently, Biomaterials engineering has been widely used in medical devices, tissue engineering, biosensors, and other emerging biotechnology industry ; also part of the Government to promote the key industries of the “Two Trillion, Twin Stars”. Our center grasped the advantages of technology in Materials, chemical engineering, biotechnology, stem cells and tissue engineering and combined with the knowledge of clinicians, further committed to the future of interdisciplinary engineering role.

Mission:  “Begin with the Need”Clinical needs to guide the development of commercialization of medical material

Vision: Implementation of the commercialization of medical material; Promote the Medical Device Industry; Enhance the quality of medical care; Enhance human well-being

Center of EMO Materials and Nanotechnology

R&D direction:

  1. Integral nano ceramic components and modules.
  2. Ceramic substrate and body ceramic module.
  3. Functional nano powder preparation.
  4. Nano diamond material development and application research.
  5. Nanocatalyst and its application.
  6. Organic polymer light electromagnetic application.

Recycling oriented Environment Research Center

The Recycling-oriented Environment Research Center (RERC) was established in 2002. RERC focused on five major themes:

  1. Eco-town
  2. Eco-industrial
  3. Innovative recycling technology
  4. Green technology and regulation
  5. Environment performance evaluation

Based on technologies and management background, the RERC possesses superior teachers and high-tech facilities. By carrying out projects and programmers, RERC trains up students thinking and analysis ability.RERC also encourage in international exchange. We intend to train students who could be superior international talents in recycling environment field and display unique characteristics that integrate research, education and practical application.

Indoor Environmental Quality Research Center

The Mission of Indoor Environmental Quality Research Center is to improve the design, operation, management, and environmental quality of buildings by providing research and consulting on Indoor Environmental technologies. Center integrates the research resources of Institute of Environmental Engineering and Management, Department of Chemical Engineering and Biotechnology & Institute of Chemical Engineering, Department of Architecture & Institute of Architecture and Urban Design, and Department of Energy and Refrigerating Air-Conditioning Engineering. Our projects are mainly in four areas:

  1. Our research team and industry partners develop tools to monitor, examine, control and manage the indoor air quality.
  2. We study technologies that improve the ventilation (HVAC) system to make the indoor environment better quality and more economical to operate.
  3. We develop many Green building materials and other indoor products with low emission pollution.
  4. We research and improve the indoor environmental management strategies of buildings, companies, and government plan to apply new technologies effectively.

Sustainable Innovation and Assessment Center

The Center strives for the commissioned cases of domestic and foreign governments, non-governmental research institutions and industry, and actively engages in the following research and development work in conjunction with the sustainability assessment of off-campus enterprises and the environmental management of the staff and equipment of the central government:

  1. International Enterprise Sustainability and Environmental Management Related Practice Trends and Policy Analysis
  2. Corporate sustainability consulting and coaching
  3. Planning and production of corporate sustainability/social responsibility report
  4. Corporate Product/Service Carbon Footprint, Water Footprint and Environmental Footprint Assessment
  5. Proposed product category rules (PCRs) for products/services
  6. Green supply chain and clean production process

 

Disaster Prevention Center

The Center promotes the development of practical products and technical services for disaster management, and corresponds to the three major blocks of “pre-disaster preparedness”, “disaster relief in disaster” and “post-disaster recovery”, which are described as follows:

  1. Pre-disaster preparation technology: monitoring and structural seismic assessment of key structures, establishment and timely updating of water regimes and models, estimation of earthquake damage and disaster relief planning, construction of drone space information and Slope and tunnel safety assessment.
  2. 2. Disaster rescue techniques in disasters: disaster relief bridges and multi-functional disaster relief power stages, rapid identification of structural damage and drone detection systems, instant flooding range measurement and forecasting, and strain dispatching systems.
  3. Post-disaster recovery technologies: emergency rescue energy supply, permanent structural reinforcement, tunnel assessment and reinforcement technology.

A total of 504 papers on formal journals and seminars at home and abroad have been reviewed. A total of 58 pieces, the number of industry-university cooperation is 92 pieces totaling about 140 million, and the number of technology transfer is 19 pieces, totaling about 4.5 million.

Research and Development Center for Smart Textile Technology

The core purpose of the establishment of the center is to convene domestic “functional textiles, film processing, textile dyeing and finishing materials, polymer film and composite materials processing”, and work on joint research and development to promote Taiwan’s coating-related applications. The production and academic circles will continue to develop.


According to the research theme, the center is divided into six groups: “Polyester New Materials”, “Nylon New Materials”, “Self-Repair Coating Materials”, “Polyurethane New Materials”, “Electronic Assisted Smart Textiles” and “Coating Technology Improvement”. The center covers an area of about 150 pings, and it has three pilot plant production plants including a melt coating internship factory, a full-run composite material production plant, and a wet coating internship factory. It also has equipment for physical property testing, such as polymer synthesis processing, coating processing materials and other samples.

Chemical Material Analysis Research

R&D direction:

  1. Investigate and research chemical materials such as composition, physical properties, chemical properties, electrical conductivity, thermal conductivity, mechanical properties, flame retardancy, corrosion, decomposition, separation, and recovery.
  2. Research and development of precious metal recycling technologies such as copper resources.
  3. Research and development of wood preservative material analysis technology.
  4. Research and development of polymer material analysis technology.
  5. Research and development of optoelectronic and energy materials analysis technology.

Medical engineering research Team Multidisciplinary Technology
Metro Taipei (MT3)

Introduction: Recently, Biomaterials engineering has been widely used in medical devices, tissue engineering, biosensors, and other emerging biotechnology industry ; also part of the Government to promote the key industries of the “Two Trillion, Twin Stars”. Our center grasped the advantages of technology in Materials, chemical engineering, biotechnology, stem cells and tissue engineering and combined with the knowledge of clinicians, further committed to the future of interdisciplinary engineering role.

Mission:  “Begin with the Need”Clinical needs to guide the development of commercialization of medical material

Vision: Implementation of the commercialization of medical material; Promote the Medical Device Industry; Enhance the quality of medical care; Enhance human well-being

Center of EMO Materials and Nanotechnology

R&D direction:

  1. Integral nano ceramic components and modules.
  2. Ceramic substrate and body ceramic module.
  3. Functional nano powder preparation.
  4. Nano diamond material development and application research.
  5. Nanocatalyst and its application.
  6. Organic polymer light electromagnetic application.

Recycling oriented Environment Research Center

The Recycling-oriented Environment Research Center (RERC) was established in 2002. RERC focused on five major themes:

  1. Eco-town
  2. Eco-industrial
  3. Innovative recycling technology
  4. Green technology and regulation
  5. Environment performance evaluation

Based on technologies and management background, the RERC possesses superior teachers and high-tech facilities. By carrying out projects and programmers, RERC trains up students thinking and analysis ability.RERC also encourage in international exchange. We intend to train students who could be superior international talents in recycling environment field and display unique characteristics that integrate research, education and practical application.

Indoor Environmental Quality Research Center

The Mission of Indoor Environmental Quality Research Center is to improve the design, operation, management, and environmental quality of buildings by providing research and consulting on Indoor Environmental technologies. Center integrates the research resources of Institute of Environmental Engineering and Management, Department of Chemical Engineering and Biotechnology & Institute of Chemical Engineering, Department of Architecture & Institute of Architecture and Urban Design, and Department of Energy and Refrigerating Air-Conditioning Engineering. Our projects are mainly in four areas:

  1. Our research team and industry partners develop tools to monitor, examine, control and manage the indoor air quality.
  2. We study technologies that improve the ventilation (HVAC) system to make the indoor environment better quality and more economical to operate.
  3. We develop many Green building materials and other indoor products with low emission pollution.
  4. We research and improve the indoor environmental management strategies of buildings, companies, and government plan to apply new technologies effectively.

Sustainable Innovation and Assessment Center

The Center strives for the commissioned cases of domestic and foreign governments, non-governmental research institutions and industry, and actively engages in the following research and development work in conjunction with the sustainability assessment of off-campus enterprises and the environmental management of the staff and equipment of the central government:

  1. International Enterprise Sustainability and Environmental Management Related Practice Trends and Policy Analysis
  2. Corporate sustainability consulting and coaching
  3. Planning and production of corporate sustainability/social responsibility report
  4. Corporate Product/Service Carbon Footprint, Water Footprint and Environmental Footprint Assessment
  5. Proposed product category rules (PCRs) for products/services
  6. Green supply chain and clean production process