Technology & Engineering / Faculty of Semiconductor Technology

Control and Automation Engineering Technology (Specializing in Semiconductor Technology)

Control and Automation Engineering Technology (Specializing in Semiconductor Technology) is a multidisciplinary field that combines knowledge of electrical and electronic engineering, automation control, programming, and semiconductor technology. The program equips students with the skills to operate, monitor, and optimize automated production systems—particularly in high-tech industrial environments such as microchip and semiconductor manufacturing, industrial robotics, automated production lines,...

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Overview of the study field

This is a fundamental and key discipline in the Fourth Industrial Revolution, and one that is in high demand in Vietnam and other developed countries—particularly among FDI enterprises and leading technology corporations from Taiwan, South Korea, and Japan.

By pursuing this major, students will gain in-depth knowledge and skills in control and automation, microchips, semiconductors, and smart manufacturing systems, along with the ability to apply emerging technologies in real-world settings. It is an ideal choice for young people who are passionate about technology and engineering and aspire to work in international environments with attractive career prospects and competitive salaries.

Major code
7510303
Training duration
4 years - 12 semesters
Degree after graduation
Control and Automation Engineering Technology Engineer (Specializing in Semiconductor Technology)
Admission combination
  • Math, Physics, Chemistry (A00)
  • Math, Physics, English (A01)
  • Math, Physics, Civic Education (A10)
  • Math, Physics, Literature (C01)
Degree after graduation
Control and Automation Engineering Technology Engineer (Specializing in Semiconductor Technology)
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Highlights of the training program

By accessing an advanced training program, students can earn two bachelor's degrees simultaneously, benefit from attractive scholarship schemes supported by the Taiwanese government, and undertake high-paying internships at Taiwanese enterprises. Upon graduation, they have the option to pursue long-term careers in Taiwan or return to Vietnam to work for FDI companies. This distinctive pathway reflects Dai Nam University’s (DNU) unique approach to training talent in the field of semiconductor technology.

2+2 Joint Training Program

Under the 2+2 joint training program, students will study for two years at Dai Nam University and then complete an additional two years at universities of science and technology in Taiwan. Upon graduation, they will be awarded an engineering degree by the Taiwanese institutions. Graduates are required to work for semiconductor companies in Taiwan for two years, with a starting salary of no less than USD 1,000 per month.

3+1 Joint Training Program

Students will study for three years at Dai Nam University, followed by a fourth year at partner universities of science and technology in Taiwan, where they will also participate in paid internships at Taiwanese enterprises. Upon graduation, students will be awarded an engineering degree by Dai Nam University. Graduates have the opportunity to remain in Taiwan and work for leading semiconductor companies, with a starting salary of approximately USD 1,000 per month.

3+1+1 Joint Training Program

Students will complete three years of study at Dai Nam University, followed by one year of exchange at partner universities in Taiwan. Academic credits earned during the exchange year will be transferred back to Dai Nam University, allowing students to receive their undergraduate degree from DNU. Students will then continue with an additional year of study at the Taiwanese university to obtain a second official bachelor's degree. Graduates, awarded degrees from both institutions, will be eligible to work at semiconductor companies in Taiwan, with starting salaries exceeding USD 1,000 per month.

Graduate competencies

Graduate competencies

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  • Learning outcomes

    Strong Specialized Knowledge: A thorough understanding of the principles behind control and automation systems, semiconductor devices, microcircuits, sensors, and related technologies.

    Proficient Practical Skills: Ability to operate, assemble, maintain, and optimize automation systems; proficient in simulation software, PLC programming, microcontroller programming, and semiconductor technology.

    Foreign Language and Soft Skills: Effective communication in English, especially in technical terms; strong teamwork, problem-solving, creative thinking, and adaptability in international work environments.

    Global Work Competence: Meeting the recruitment requirements of companies both domestically and internationally, particularly those from leading technology groups in Taiwan, South Korea, and Japan.

    Innovative Thinking and Integration: Ability to stay updated with emerging technologies, a readiness to pursue further education and career development in high-tech fields.

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Curriculum structure

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Learning and teaching methods

  • Teaching methods

    The teaching methodology for the Control and Automation Engineering Technology program (specialized in Semiconductor Technology) at Dai Nam University follows an integrated, practical, and globally-oriented approach, as outlined below:

    • Close Integration of Theory and Practice: The program combines theoretical knowledge with hands-on practice, allowing students to master foundational concepts while honing their professional skills directly in workshops, laboratories, and modern practice centers.

    • Industry-Linked Training: Businesses actively participate in the training process, offering guidance during internships, evaluating student performance, and recruiting graduates for employment.

    • Focus on Soft Skills and Foreign Languages: The curriculum emphasizes the development of communication, teamwork, presentation, critical thinking, and the ability to use English in specialized technical contexts.

    • Diversified Evaluation Methods: The program employs flexible assessment methods, such as project assignments, group presentations, and industry-based practical work, instead of relying solely on traditional exams.

    • Adoption of New Technologies and Global Trends: The curriculum is regularly updated to reflect the latest trends in high-tech industries, ensuring students are always ready for global integration.

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Job opportunities after graduation

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    High demand for human resources

    The high demand for human resources in the Semiconductor Technology industry is one of the key reasons why this field is highly sought after during university admission seasons. It is projected that in the next 5 years, Vietnam will need approximately 20,000 individuals with a university degree or higher in the Semiconductor Technology sector. By pursuing this field of study, students can be confident in securing employment immediately after graduation.

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    What can graduates do? Where can they work?

    Graduates of the Control and Automation Engineering Technology program (specialized in Semiconductor Technology) can work at technology corporations, semiconductor manufacturing plants, and electronics factories both domestically and internationally, in positions such as:

    • Semiconductor equipment operation, maintenance, and installation engineer at modern factories and production lines.

    • IC and semiconductor chip design and development engineer.

    • Automation engineer for production systems, integrating robots and sensors in smart factories.

    • Technical expert, quality control specialist for high-tech products.

    • Research officer, lecturer, or technology transfer expert at research institutes or universities.

    Additionally, students have the option to pursue Master's or Doctoral degrees either domestically or in developed countries such as Taiwan, South Korea, Japan, the United States, etc., and can work globally for major corporations such as TSMC, Intel, Samsung, LG, Foxconn, D-Link, and more.

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    How much is the salary?

    The salary of engineers in the semiconductor and microchip industry increases steadily each year. According to surveys, recent graduates typically earn an after-tax salary ranging from 215 to 500 million VND per year. Engineers with more than 7 years of experience often earn double, with salaries exceeding 1.5 billion VND per year for positions requiring over 15 years of experience. It can be said that this is a highly attractive income for professionals in this field.

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Admission methods and registration guidelines for 2025

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Register for admission consultation 2025

Dai Nam University offers admissions to 36 academic programs across a diverse range of disciplines, including Healthcare, Engineering and Technology, Economics and Business, and Social Sciences and Humanities.
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Register now to secure
scholarships and tuition support worth up to 55 billion VND
admissions student background