THERMAL ENGINEERING TECHNOLOGY

1. Undergraduate Training Program: Full-time

Major: Thermal Engineering Technology 

Major code: 7510206

2. Training Objectives:

Upon graduation, the learner-oriented training program equips students with the following knowledge, skills, and qualities.

  • O1: Demonstrate general knowledge of the Party's political line, policies, and state laws.
  • O2: Apply general knowledge as a foundation for advanced research in thermal engineering technology.
  • O3: Explain physical phenomena, natural and social laws, and the operating principles of equipment used in refrigeration, industrial, and civil heating systems.
  • O4: Distinguish the components of heating systems and refrigeration systems.
  • O5: Identify calculation methods used in the design of heating and refrigeration systems.
  • O6: Apply foundational knowledge to the operation, maintenance, and repair of heating and refrigeration systems.
  • O7: Present the functions, tasks, and operating principles of electronic components, as well as methods for testing and evaluating them.
  • O8: Demonstrate knowledge of entrepreneurship, economic management, and production process management to establish and operate a business.
  • O9: Calculate and design heating and refrigeration systems. 
  • O10: Develop procedures for the maintenance, operation, repair, and installation of heating and refrigeration systems.
  • O11: Analyze the causes, manifestations, and solutions to problems in heating and cooling systems.
  • O12: Apply mathematical, scientific, and engineering knowledge to processes occurring in thermal systems.
  • O13: Develop procedures and conduct experiments in thermal systems, and analyze and interpret data in the field of thermal engineering.
  • O14: Work independently or in teams under changing conditions, and take responsibility for both individual and team outcomes.
  • O15: Plan and coordinate resource management, and evaluate and improve operational efficiency.
  • O16: Instruct and supervise others in performing defined tasks.

3. Program Outcomes:

Upon completing the undergraduate program in Thermal Engineering Technology, students will acquire knowledge, develop skills, and demonstrate the following levels of autonomy and personal responsibility (Expected Learning Outcomes).

  • LO1: Apply basic knowledge of social sciences, political science, and law in alignment with the Thermal Engineering major.
  • LO2: Apply both fundamental theoretical knowledge and specialized knowledge in the field of thermal engineering technology.
  • LO3: Apply fundamental principles of information technology to meet professional requirements.
  • LO4: Develop, plan, organize, and supervise processes in fields related to thermal engineering technology.
  • LO5: Apply fundamental knowledge of management and operations in fields related to thermal engineering technology. 
  • LO6: Apply knowledge to solve problems related to thermal engineering technology, including design, supervision, construction, installation, operation, maintenance, and repair.
  • LO7: Manage, organize, and commercialize refrigeration machines and equipment.
  • LO8: Demonstrate critical thinking, creativity, communication, reasoning, presentation, and evaluation skills, including assessing the quality of completed work and the performance of team members.
  • LO9: Apply information technology and foreign language skills to communicate and address professional situations.
  • LO10: Design, supervise, construct, install, operate, maintain, and repair heating and air-conditioning systems for factories, companies, and enterprises.
  • LO11: Demonstrate proficiency in using specialized thermal software (e.g., AutoCAD, COMSOL, ANSYS, PLC, EES) to simulate, calculate, design, and operate thermal systems
  • LO12: Repair faults in circuit boards and control systems within heating and cooling systems.
  • LO13: Work independently or in teams under changing conditions, and take responsibility for both individual and team outcomes.
  • LO14: Instruct and supervise others in performing specified tasks.
  • LO15: Demonstrate self-direction, make professional judgments, and defend personal viewpoints.
  • LO16: Plan and coordinate resource management, and evaluate and improve operational efficiency.

4. Program Duration: 4 years.

5. Job Opportunities:

Graduates may work as operators or maintenance and repair officers of heating and refrigeration systems; as technical staff for operation, maintenance, and installation at thermal and refrigeration companies, factories in industrial zones, and small-scale enterprises; in design consultancy departments of companies; or as entrepreneurs establishing their own businesses.

6. Advanced Learning Opportunities: Graduates CAN pursue further study and research at the master’s and doctoral levels.

NỘI DUNG

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