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BACHELOR OF ENGINEERING IN ELECTRONICS AND TELECOMMUNICATIONS ENGINEERING

  • 7520207
  • 4.5 years
  • Autumn
  • Ha Noi

Programme Overview

The Bachelor of Engineeing in Electronics and Telecommunications Engineering Programme of the Institute is authorised under programme code 7520207 pursuant to Decision No. 4047/QĐ-BGD&ĐT dated 04 December 1997 issued by the Minister of Education and Training.

The Electronics and Telecommunications Engineering Programme equips students with a solid foundational knowledge of the core areas of electronics, telecommunications, and related information technologies. Graduates are expected to demonstrate a thorough understanding of relevant methods and tools for the analysis, design, development, operation, and optimisation of telecommunications networks, systems, and devices. The programme provides students with essential knowledge of database systems as well as techniques for data acquisition, processing, and analysis, enabling them to effectively apply principles of information and communication systems and to perform system integration in multi-platform environments. In addition, the curriculum places strong emphasis on embedded systems and the Internet of Things (IoT), preparing students to design, implement, and manage smart connectivity solutions. Through the application of communication technologies and IoT, graduates are capable of addressing real-world engineering problems across a wide range of application domains and industries.

The programme provides students with essential and core foundational knowledge of electronic components, electronic circuits, signal processing, system analysis, and communication techniques. It offers comprehensive and up-to-date knowledge in the field of electronics and telecommunications, together with fundamental knowledge and skills reflecting the convergence of electronics, information technology, and telecommunications, encompassing theoretical foundations, practical training, and real-world network applications. The curriculum is continuously aligned with current developments in networks, technologies, services, and applications, as well as with labour market demands from the industry and society. The programme comprises three specialisations: Internet Networks and Services, Wireless and Mobile Communications, and the Internet of Things (IoT).

Programme Learning Outcomes

Upon completion of the Electronics and Telecommunications Engineering program, graduates are able to:

  • PLO1: Demonstrate responsibility and professional ethics when addressing engineering problems in electronics and telecommunications, and evaluate engineering solutions with consideration of global, economic, environmental, and societal contexts.
  • PLO2: Communicate information and present ideas effectively through written reports, oral presentations, and professional interactions with colleagues, partners, and non-specialist audiences. 
  • PLO3: Work effectively in multidisciplinary teams by collaborating and communicating efficiently to accomplish complex engineering projects.
  • PLO4: Identify and solve complex engineering problems by applying principles of engineering, science, and mathematics in the field of electronics and telecommunications.
  • PLO5: Analyze components, systems, and engineering processes in the field of electronics and telecommunications.
  • PLO6: Conduct experiments, collect data, and analyze results to evaluate the effectiveness of engineering solutions in the field of electronics and telecommunications engineering.
  • PLO7: Design innovative solutions to complex engineering problems in the field of electronics and telecommunications engineering by applying modern techniques and tools, with consideration of risks and opportunities.

Curriculum Structure

Course Matrix

No. Course Code Course Name Semester Knowledge block  Credits Course Type PLO1 PLO2 PLO3 PLO4 PLO5 PLO6 PLO7
1.1 1.2 2.1 2.2 2.3 3.1 3.2 3.3 4.1 4.2 5.1 5.2 5.3 6.1 6.2 6.3 7.1 7.2 7.3
1 BAS1150 Marxist-Leninist Philosophy Sem.1 General Education 3 Required XI XI
2 BAS 1201 Algebra Sem.1 Field Basis 3 Required YI YI
3 BAS 1203 Calculus 1 Sem.1 Field Basis 3 Required YI YI
4 INT11205 Introduction to Digital Technology and AI Applications Sem.1 General Education 2 Required XI XI
5 BAS1151 Marxist-Leninist Political Economy Sem.2 General Education 2 Required XI XI
6 BAS 1204 Calculus 2 Sem.2 Field Basis 3 Required YI YI
7 BAS 1224 Physics 1 and Experiments Sem.2 Field Basis 4 Required XI XI XI
8 BAS1157 English Course 1 Sem.2 General Education 4 Required XI
9 BAS 1226 Probability and Statistics Sem.2 Field Basis 2 Required YI YI
10 INT1155 Basic Informatics 2 Sem.2 General Education 2 Required XI XI XI
11 BAS1152 Scientific Socialism Sem.3 General Education 2 Required YI YI
12 TEL1368 Signals and Systems Sem.3 Fundamental Major 3 Required XI XI XI XI XI XI
13 BAS1158 English Course 2 Sem.3 General Education 4 Required YR
14 ELE1318 Circuit Theory Sem.3 Field Basis 3 Required XI XI XI XI XI
15 ELE13105 Electronic Devices and Circuits Sem.3 Field Basis 3 Required XI XI XI XI XI
16 BAS 1225 Physics 2 and Experiments Sem.3 Field Basis 4 Required XI XI XI
17 BAS1122 Ho Chi Minh Ideology Sem.4 General Education 2 Required XR XR
18 BAS1159 English Course 3 Sem.4 General Education 4 Required YR
19 ELE1309 Digital Electronics Sem.4 Field Basis 3 Required XI XI XI XI XI
20 BSA1221 General Law Sem.4 General Education 2 Required XR XR
21 TEL1344 Theory of Communication Sem.4 Major Knowledge 3 Required XI XI XI
22 TEL1345 Microwave Engineering Sem.4 Major Knowledge 3 Required XR XR XI XI XI
23 BAS1153 History of Vietnamese Communist Party Sem.5 General Education 2 Required YR YR
24 TEL1421 Antenna and Wave Propagation Sem.5 Major Knowledge 3 Required XR XR
25 ELE1317 Microprocessors Sem.5 Field Basis 3 Required YR YR YR
26 TEL1338 Computer Architecture Sem.5 Fundamental Major 2 Required XR XR XR
27 TEL1337 Discrete Mathematics Sem.5 Fundamental Major 3 Required XI XI XI YR YR
28 TEL1340 Programming Techniques Sem.5 Fundamental Major 3 Required XI XI XI YR YR
29 BAS1160 English Course 3 Plus Sem.5 General Education 2 Required YR
30 TEL1405 Communication Network Engineering Sem.6 Major Knowledge 3 Required XR XR XR XR XR XR
31 TEL1406 Optical Communications Sem.6 Major Knowledge 3 Required XR XR XR XR XR XR
32 TEL1407 Wireless Communications Sem.6 Major Knowledge 3 Required XR XR XR XR XR
33 TEL1339 Operating Systems Sem.6 Fundamental Major 2 Required XR XR XR
34 TEL1342 Data Structures and Algorithms Sem.6 Major Knowledge 3 Required YR YR YR
35 TEL1341 Software Engineering Sem.6 Fundamental Major 2 Required XR XR XR
36 TEL1412 Simulation of Communication Systems Sem.6 Major Knowledge 2 Required XR XR XR XR XR
37 TEL1392 Basic Internship Sem.6 Major Knowledge 2 Required XR XR XR XR XR XR XR XR XR
38 TEL1346 Optical Networks Sem.7 Major Knowledge 3 Required XR XR XR XR XR XR
39 TEL1415 Mobile Communications Sem.7 Major Knowledge 3 Required XR XR XR XR XR XR
40 TEL1409 Internet and Protocols Sem.7 Major Knowledge 3 Required XR XR XR XR XR
41 TEL1401 Information Network Security Sem.7 Major Knowledge 3 Required XR XR XR XR
42 TEL1343 Database Sem.7 Major Knowledge 3 Required XR XR XR XR XR
43 SKD1108 Scientific Research Methodology Sem.7 General Education 2 Required XR
44 Specialized Course 1 Sem.8 Specialized knowledge 3 Required XE XE XE XE XE XE
45 Specialized Course 2 Sem.8 Specialized knowledge 3 Required XE XE XE XE XE XE XE XE
Internet Networks and Services Specialization
CN1 TEL1447 Cloud Computing Sem.8 Specialized knowledge Required
CN2 TEL1448 Object-Oriented Programming Sem.8 Specialized knowledge Required
Wireless and Mobile Communication Specialization
CN1 TEL1432 Satellite Communications Sem.8 Specialized knowledge Required
CN2 TEL1462 RF Transceiver Engineering Sem.8 Specialized knowledge Required
IoT Systems Specialization
CN1 TEL1457 IoT Embedded Systems Sem.8 Specialized knowledge Required
CN2 TEL1452 IoT Architectures and Protocols Sem.8 Specialized knowledge Required
Select 2 out of 6
46 Elective 1 Sem.8 Specialized knowledge 3 Selected elective XE XE XE XE XE XE
47 Elective 2 Sem.8 Specialized knowledge 3 Selected elective XE XE XE XE XE XE
Internet Networks and Services Specialization
TEL1450 SDN & NFV Sem.8 Specialized knowledge Selected elective
TEL1451 Next-generation Wireless Technologies Sem.8 Specialized knowledge Selected elective
TEL1452 IoT Architectures and Protocols Sem.8 Specialized knowledge Selected elective
TEL1455 Machine Learning and Application Sem.8 Specialized knowledge Selected elective
TEL1454 Embedded Programming Sem.8 Specialized knowledge Selected elective
TEL1455 Network Management Sem.8 Specialized knowledge Selected elective
Wireless and Mobile Communication Specialization
TEL1450 SDN & NFV Sem.8 Specialized knowledge Selected elective
TEL1447 Cloud Computing Sem.8 Specialized knowledge Selected elective
TEL1454 Embedded Programming Sem.8 Specialized knowledge Selected elective
TEL1452 IoT Architectures and Protocols Sem.8 Specialized knowledge Selected elective
TEL1464 Advanced IoT Solutions and Systems Sem.8 Specialized knowledge Selected elective
TEL1451 Next-generation Wireless Technologies Sem.8 Specialized knowledge Selected elective
IoT Systems Specialization
TEL1450 SDN & NFV Sem.8 Specialized knowledge Selected elective
TEL1447 Cloud Computing Sem.8 Specialized knowledge Selected elective
TEL1453 Machine Learning and Application Sem.8 Specialized knowledge Selected elective
TEL1451 Next-generation Wireless Technologies Sem.8 Specialized knowledge Selected elective
TEL1464 Advanced IoT Solutions and Systems Sem.8 Specialized knowledge Selected elective
Select 3 out of 7
48 Elective 3 Sem.8 Specialized knowledge 3 Selected elective XE XE XE XE XE XE XE XE
49 Elective 4 Sem.8 Specialized knowledge 3 Selected elective XE XE XE XE XE XE XE XE
50 Elective 5 Sem.8 Specialized knowledge 3 Selected elective XE XE XE XE XE
Internet Networks and Services Specialization
TEL1456 Wireless Communication Networks Sem.8 Specialized knowledge Selected elective
TEL1457 IoT Embedded Systems Sem.8 Specialized knowledge Selected elective
TEL1458 Wireless Sensor Networks Sem.8 Specialized knowledge Selected elective
TEL1459 Network Design and Performance Sem.8 Specialized knowledge Selected elective
TEL1422 Audio and Image Processing Sem.8 Specialized knowledge Selected elective
TEL1460 Data Storage and Analysis Sem.8 Specialized knowledge Selected elective
TEL1461 Communication Application Development Sem.8 Specialized knowledge Selected elective
Wireless and Mobile Communication Specialization
TEL1458 Wireless Sensor Networks Sem.8 Specialized knowledge Selected elective
TEL1448 Object-Oriented Programming Sem.8 Specialized knowledge Selected elective
TEL1460 Data Storage and Analysis Sem.8 Specialized knowledge Selected elective
TEL1461 Communication Application Development Sem.8 Specialized knowledge Selected elective
TEL1457 IoT Embedded Systems Sem.8 Specialized knowledge Selected elective
TEL1456 Wireless Communication Networks Sem.8 Specialized knowledge Selected elective
TEL1465 Cellular Network Planning and Optimization Sem.8 Specialized knowledge Selected elective
IoT Systems Specialization
TEL1422 Audio and Image Processing Sem.8 Specialized knowledge Selected elective
TEL1448 Object-Oriented Programming Sem.8 Specialized knowledge Selected elective
TEL1458 Wireless Sensor Networks Sem.8 Specialized knowledge Selected elective
TEL1456 Wireless Communication Networks Sem.8 Specialized knowledge Selected elective
TEL1461 Communication Application Development Sem.8 Specialized knowledge Selected elective
TEL1467 Sensor Systems Sem.8 Specialized knowledge Selected elective
TEL1460 Data Storage and Analysis Sem.8 Specialized knowledge Selected elective
51 Graduation Internship Sem.9 Graduation 6 Required XE XE XE XE XE XE XE XE XE XE XE XE XE XE XE XE XE XE XE
52 Graduation Thesis/Project Sem.9 Graduation 6 Required XE XE XE XE XE XE XE XE XE XE XE XE XE XE XE XE XE XE XE

Career Opportunities

Employment Opportunities

- Consulting, design, and development engineer in electronics and telecommunications systems within electronics, telecommunications, and information technology organisations and enterprises

- Operations, maintenance, and monitoring engineer for communications infrastructure

- Systems integration engineer for information technology and telecommunications solutions

- Application development engineer in telecommunications service providers, Internet service providers, and organisations deploying networked telecommunications and information technology services

- ICT systems deployment specialist for production and business operations

- Measurement, testing, and quality assurance engineer for electronics, telecommunications, and information technology systems 

- Managerial and executive positions in public authorities and organisations related to telecommunications and information technology

- Academic staff and R&D specialists in universities, research institutes, and corporate R&D centres.

Further Study Opportunities

- Eligibility for postgraduate studies, demonstrating the capacity for lifelong learning and possessing the required discipline-specific knowledge and professional competences to pursue Master’s and Doctoral programmes in Electronics and Telecommunications Engineering and related fields, both domestically and internationally. 

- Capability to undertake scientific research projects in the fields of Electronics and Telecommunications Engineering and Information Technology at various levels

Admission Requirements

Programme Admission Requirements

Applicants must have completed upper secondary education or an equivalent qualification. They must also have successfully met the admission requirements for full-time undergraduate programmes through the national university entrance selection process, based on one of the following subject combinations: Mathematics–Physics–Chemistry (A00); Mathematics–Physics–English (A01); Mathematics–Physics–Information Technology (X06); Mathematics–Literature–English (D01); Mathematics–Information Technology–English (X26). Other admission schemes officially regulated by the Institute may also apply.

Admission Methods

Admission to the Electronics and Telecommunications Engineering programme is offered through multiple selection methods. These include selection based on the results of the national upper secondary graduation examination; combined selection based on English proficiency and upper secondary academic records; direct admission of nationally outstanding students; and selection based on the results of competency and aNEW8808ude assessment examinations. All methods are implemented in accordance with the Institute’s annual admission scheme, which is officially published on the website: https://new88088.net/_tuyensinh_/4843-2/.

Assessment Strategy

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Quality Assurance

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Teaching & Learning

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Graduate Outcomes

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