TELECOMMUNICATION ELECTRONICS ENGINEERING TECHNOLOGY TRAINING PROGRAM
Field of Study
Telecommunication Electronics Engineering Technology
Program Code
7510302
Specialization
1. Telecommunications Electronics and AI Specialization
2. AI and IoT Applied Electronics Specialization
Level of Education
Bachelor's Degree
Training Duration
5.0 years
SPECIFIC OBJECTIVES
Knowledge
- Understand and apply mathematical, physical, and computer science principles to the field of electronics and telecommunications.
- Have a foundational knowledge of electrical circuits, embedded systems, wireless communication, and digital signal processing.
- Be well-versed in Artificial Intelligence (AI) and the Internet of Things (IoT) for developing smart applications.
- Master modern communication technologies such as 5G, optical networks, wireless communication, and cloud computing.
- Know how to integrate AI into signal processing, data analysis, computer vision, and automation.
Skills
- Proficient in designing, programming, and deploying embedded electronic systems, FPGA, and microcontrollers.
- Capable of designing and optimizing telecommunications systems, communication networks, and IoT systems.
- Analyze and process digital signal data, applying AI in telecommunications and industrial electronics.
- Skilled in using technical software such as MATLAB, Simulink, Python, LabVIEW, ADS, etc.
- Develop research skills, creative thinking, and problem-solving abilities for real-world applications in the industry.
- Enhance teamwork, communication, presentation, and technical report writing skills.
Attitude and Ethical Qualities
- Have a sense of responsibility and professional ethics in research and technology development.
- Cultivate the ability to work independently, self-learn, and stay updated with new knowledge.
- Develop a professional work attitude, innovative thinking, and creativity.
LEARNING OUTCOMES
General Knowledge
- Social Science Knowledge: Understand Marxist-Leninist philosophy, the political system, scientific socialism, the history of the Communist Party of Vietnam, as well as the laws and regulations of the State.
- Cultural Knowledge: Have a solid grasp of Vietnamese culture and the cultures of other countries.
- Natural Science, Informatics, and Foreign Language Knowledge: Apply natural sciences to professional fields, be proficient in office and specialized informatics, possess a basic informatics application certificate, and achieve a B1 level in foreign language proficiency according to Vietnam’s six-level competency framework.
Fundamental and Industry Knowledge
- Provides fundamental knowledge of electrical circuits, electronic circuits, digital techniques, microprocessors, embedded systems, automatic control, and electrical safety.
- Covers principles of communication, computer networks, digital signal processing, wireless communication, and IoT.
- Equips students with the ability to analyze, design, and apply electronic-telecommunications and artificial intelligence technologies in practical applications.
Specialized Knowledge
- Electronics & Telecommunications with AI Major
+ Master telecommunications systems, communication networks, optical communication, 5G networks, and cloud computing.
+ Apply AI in optimizing telecommunications networks, digital signal processing, and system security.
+ Develop intelligent communication systems, automated monitoring, and telecom data analysis.

- Applied Electronics with AI & IoT Major
+ Design and program embedded systems, microcontrollers, and sensors for IoT applications.
+ Apply AI in sensor data analysis, process optimization, and computer vision.
+ Develop IoT security solutions, edge computing, and smart systems for Industry 4.0.
LEARNING OUTCOMES FOR SKILLS
Hard skills
- IT & Office Skills: Proficient in using computers and office equipment (printers, photocopiers, fax machines, projectors).
- Presentation & Vietnamese Writing: Fluent, confident communication; accurate and professional document drafting.
- English Communication & Writing: Clear and concise public speaking; proper writing of short documents; ability to read and comprehend work-related English materials.
- Problem-Solving: Apply knowledge of natural and social sciences to analyze and resolve professional tasks.
Soft Skills
- Communication & Community Integration: Build effective relationships with colleagues, partners, superiors, and subordinates.
- International Integration: Engage effectively with international partners and colleagues, enhancing work efficiency.
GRADUATION REQUIREMENTS
ATTITUDE
CAREER POSITIONS AFTER GRADUATION

THE DIPLOMA AWARDED UPON GRADUATION

- Bachelor of Electronics and Telecommunications Engineering Technology (120 Credits)

- Engineer of Electronics and Telecommunications Engineering Technology (150 Credits)

Training Program

150 credits (excluding Physical Education and National Defense Education courses).

PROGRAM STRUCTURE.
General education knowledge block
25 credits
The foundational knowledge block of the major
41 credits
The specialized knowledge block
70 credits
The block of knowledge for internships and graduation
14 credits
Training duration
5.0 years

Department of Electrical and Electronics Engineering

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