1. Undergraduate Training Program: Full-time
Major: Electrical and Electronic Engineering Technology
Major code: 7510301
2. Training Objectives:
The program aims to provide students with a solid foundation of knowledge in electrical and electronic engineering, with particular emphasis on industrial and enterprise electricity. This foundation fosters students’ creativity, supports professional practice, and promotes lifelong learning and self-study. Students will acquire the ability to analyze and understand the operational principles of electrical equipment and instruments used in industrial settings.
The program equips students with essential knowledge and skills for holistic development, enabling them to apply core engineering principles and technical expertise to perform the tasks of electrical technology engineers while adapting to advances in electrical and electronic technologies.
Graduates will be prepared to design, construct, install, operate, and maintain industrial electrical systems in both industrial and residential areas. This includes civil and industrial lighting systems, lightning protection and grounding systems, and electrical safety and safety protection systems. They will also be trained to work with power transmission and distribution systems, including the operation and control of power systems as well as transmission and distribution lines.
Students are provided with knowledge applicable to the design, construction, installation, operation, and maintenance of industrial electronic systems in both industrial zones and residential areas. This includes civil lighting systems, electronic control boards, electrical safety and security systems, as well as automated robotic systems.
The program also develops technical human resources capable of contributing directly to production and technical services that demand advanced skills in electrical and electronic engineering. Graduates will be able to work independently, organize and participate in teamwork, demonstrate creativity, apply advanced technologies, and solve complex technical challenges. They will also be trained in professional ethics, organizational discipline, and an industrial working style, thus meeting the demands of national industrialization and modernization.
The program further fosters patriotism, national pride, loyalty to the revolutionary path, and responsibility for safeguarding national sovereignty.
3. Program Outcomes:
- LO 1: Apply knowledge of Marxist–Leninist Philosophy, Marxist–Leninist Political Economy, Scientific Socialism, Ho Chi Minh Thought, General Law, and related fields to cultivate political resilience, live and work in accordance with the Party and State’s people-oriented policies, and demonstrate fundamental knowledge in the social sciences, humanities, physical education, national defense and security. Students will maintain health appropriate to their profession and be prepared to contribute to national development and defense for the sustainable progress of society.
- LO 2: Apply knowledge of natural sciences (including Advanced Mathematics A1, A2 and A3; General Physics A1 and A2; General Chemistry…) to solve problems in electrical engineering. Students will also demonstrate competence in information technology and the use of common software for learning and professional research.
- LO 3: Analyze, calculate, design, and use specialized software to program various types of electrical circuits.
- LO 4: Apply knowledge of programmable control to supervise and manage electrical systems, as well as to automate production lines.
- LO 5: Illustrate the operating principles of electrical machines, interpret wiring diagrams, and identify the functions of tools and equipment used in electrical machinery.
- LO 6: Analyze power generation, transmission, and distribution technologies.
LO 7: Apply measurement techniques to test electrical circuits for temperature and current, and calibrate measuring equipment. - LO 8: Demonstrate entrepreneurial knowledge and the capacity for lifelong learning.
- LO 9: Plan, organize, and supervise processes related to the management and operation of professional activities in electrical and electronic engineering.
- 3.1.2 Skills.
- LO 10: Identify automation solutions in electrical engineering and in production lines…
- LO 11: Demonstrate leadership, entrepreneurial skills, and the ability to create employment opportunities for themselves and others.
- LO 12: Evaluate the quality and outcomes of completed technical work.
- LO 13: Analyze, design, calculate, install, repair, operate, and test electrical equipment, including AC electrical machines, DC electrical machines, and transformers, for both industrial and domestic settings.
- LO 14: Apply mathematical, scientific, and engineering knowledge to Electrical - Electronic, power systems, industrial electricity, and industrial electronics problems; design and conduct experiments, perform practical exercises, and analyze and interpret data in these areas.
- LO 15: Interpret drawings and designs, install, operate, and maintain electrical and electronic equipment on production lines; organize, maintain, repair, and improve electrical and electromagnetic equipment and production lines.
- LO 16: Prepare reports, present ideas effectively in oral and visual forms, and communicate in English; demonstrate proficiency in English and computer skills as required by current regulations.
LO 17: Work effectively both independently and in groups within professional environments. - LO 18:Apply the knowledge and guidance on professional and technical expertise received during training to carry out assigned tasks with initiative and responsibility.
- LO 19:Develop self-reliance and accountability, maintain awareness of industrial hygiene and safety, and uphold professional ethics and adhere to safety standards and rules.
4. Program Duration: 4 years.
5. Job Opportunities:
Graduates with a degree in Electrical and Electronic Engineering Technology will be qualified for positions such as technical specialists, design consultants, and engineers in the operation and maintenance of power grids at power companies, plants, substations, enterprises, industrial zones, export processing zones, residential areas, office towers, television stations, and hospitals. They will also be able to conduct research in laboratories and in industrial production units with advanced automation and electronics. Career paths are also available in the postal and telecommunications sector. Graduates with additional training in pedagogy will be able to teach at vocational colleges and universities. Furthermore, graduates are well-positioned to establish their own businesses.
