Industrial engineering -deals with the optimization of complex processes or systems. It is concerned with the development, improvement, and implementation of integrated systems of people, money, knowledge, information, equipment, energy, materials, analysis and synthesis, as well as the mathematical, physical and social sciences together with the principles and methods of engineering design to specify, predict, and evaluate the results to be obtained from such systems or processes.

"NCTU EECS Undergraduate Honors Program" is a pioneer in undergraduate interdisciplinary education in Taiwan. This program creates a flexible and creative study environment in the EECS area and it is an important step NCTU strives to enhance it's higher

The school professional personnel of "Fire" and "disaster prevention." Taiwan is currently not in full up to the firefighters who are expected to go to in order to make up. In response to increasingly severe challenges, fire department Disaster Prevention and Relief operations will amplify organizing the preparation, the more significant increase in fire police vacancies. The learning process will work with the fire department training center academia, both theory and practice, and strengthen "" guidance, of enable graduates to achieve full employment or further studies.

The research planning and the academic and enterprise cooperation are run by “The Research Center of Automobile and Mechatronic Industry Technology”. First, space and equipment required by “The Research Center of Automobile Technology” is established. During the first stage, the analysis of power and pollution of our scooters and a small-scale gasoline engine is conducted to operate in coordination with the development of EFI jet system for scooter engines, development of substitute fuel systems, and exhaust purifying system, to help manufacturers with the examination of engine purifying. At the same time, the center also helps the Medicine Technology Center to improve the development of “Walcabs” and to ameliorate the performance of the engine used in the fuel-saving contest. Then, inter-field programs such as Precision Engineering, Automobile Machine, and Electricity, Creativity Designing, equipment for the development of robot machines, micro processing, and automatically controlled instruments are also established and installed. After research planning, Teachers are encouraged to transform their achievements into new knowledge for students to learn. On the other hand, teachers are also encouraged to apply a patent for their research achievement to reinforce the concept of Intellectual Property Rights and patents.

The Electrical Engineering program at the National University of Tainan was established in 2005. With the rapid industrial growth, the cultivation of technology-talented persons is critical to Taiwan's economic development. A rich variety of advanced engineering opportunities are available in the newly established Southern Taiwan Science Park. It is only a thirty-minute drive away from our main campus. In 2008 and 2009, the Institute of Communications Engineering and the Institute of Electro-Optical Engineering were merged into the Department of Electrical Engineering, respectively, and has since strengthened our educational offerings. In the fall of 2011, the department integrated the three institutes into the Institute of Electrical Engineering and began to provide Ph. D. program. Our aims are: To familiarize the students with all major areas of electrical engineering and enable them to engage in advanced research and development in the electrical-related industries. To play an important role in the rapid growth of Taiwan's science and technology and develop our students to be qualified R&D engineers.

Optoelectronic integration is the application of knowledge in related fields such as optoelectronics, electrical electronics, and further integration with ICT to form a new generation of innovative industries. Its products exist in every corner of our lives, completely subverting our lives and gradually changing Our lifestyle and habits, "smartphones" are the best example, and the recently leading coquettish "self-driving electric vehicles" are also good examples; the development of materials plays a decisive role in the integration of optoelectronic systems. The foundation of the overall industry, such as key components such as display panels, lens modules, and batteries in "smartphones", and sensors, lens modules, and batteries in "self-driving electric vehicles" are closely related to the development of materials Relationship.

This program was established in the fall of 2014, offering undergraduate degrees currently. This program aims to establish a center for fire science training with close collaboration with partners in all related industries.

Department of core competence 1. Ability to use knowledge of mathematics, science, and mechanical and power mechanical engineering 2. Ability to design and execute experiments, as well as to analyze and interpret data 3. Ability to perform the techniques, skills, and tools required for the practice of mechanical and power mechanical engineering 4 The ability to design mechanical and power mechanical engineering systems, components, or processes 5. The ability to project management planning, effective communication, field integration, and teamwork 6. The ability to discover, analyze, and apply research results and respond to complex and integrated engineering problems 7 . Understand current issues, understand the impact of engineering technology on the environment, society, and the world, and cultivate the habit and ability of continuous learning. 8. Understand and apply professional ethics, recognize social responsibility and respect multiple perspectives

The curriculum places emphases on fundamental skill and professional knowledge in civil engineering.