Characteristic Curriculum

1.Developing students' abilities to pass national professional certification exams such as Refrigeration and Air Conditioning Technician and Refrigeration and Air Conditioning Engineer.

2.Cultivating advanced technical expertise and research talent in the fields of refrigeration, air conditioning, energy, and low-temperature technologies, meeting the demands of the industry.

3.Integrating with key industry development focuses, conducting research and development in fundamental theoretical foundations for critical technologies and engineering designs.

4.Promoting industry-academic collaboration by establishing a center for the testing and development of products and equipment.

Prospect

 1.Refrigeration and Air Conditioning Engineering

• Refrigeration and air conditioning system technology
• Comfort air conditioning
• Air conditioning optimal control
• Indoor air quality control
• Ice Storage Air Conditioning System
• Fire smoke ventilation technology
• Natural refrigerants
• New refrigerants and refrigeration systems
• Cold storage design
• Food freezing engineering
• Biomedical low-temperature technology

2.Environmental and Control Technology

• Design and control of high-tech factories environments
• Cleanroom design
• Airflow and high cleanliness control technology
• Applications in high-tech industrial processes and vacuum equipment
• Ultra-low temperature technology
• Precision temperature control technology
• MEMS (Micro-Electro-Mechanical Systems)
• Computer and automatic control

3.Energy and Heat Flow Technology

• Energy-saving technology for refrigeration and air conditioning
• Energy management technology
• Monitoring, control, and energy-saving technology
• Building energy-saving technology
• Non-electric air conditioning and cogeneration technology
• Renewable energy power generation systems
• Energy and environment-related technologies
• Heat exchanger design
• Airflow simulation analysis
• Computational fluid dynamics
• Thermal-hydraulic studies on phase change processes
• Electronic cooling
• Two-phase heat convection
• Micro/nano heat transfer
• Applications of heat flow engineering

Curriculum Planning

Divided into core foundation, air conditioning, refrigeration, and energy courses.

Cultivate foundational technological skills needed by the industry, complemented by the development of abilities in humanities, management, and languages (English and Japanese).

The department offers interdisciplinary programs in automation technology, semiconductor technology, and optoelectronics technology, allowing students to meet adaptability development and career planning requirements.

Employment Prospects

1.Planning, designing, manufacturing, and researching refrigeration and air conditioning equipment and systems.

2.Planning, designing, and managing energy engineering projects.

3.Planning and designing environmental control systems for high-tech industries such as semiconductors, TFT-LCD, and biotechnology.