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Electrical and Electronic Engineering Technology

The Department of Electrical and Electronic Engineering Technology was built and developed at the Faculty of Mechanical – Electrical and Computer Engineering, Van Lang University. The mission of the Department is to train engineers in electrical and electronic engineering technology to satisfy society's employment demand in the fields of electricity, electronic and control automation.

Introduction

The department of Electrical and Electronic Engineering Technology is built and developed at the Faculty of Mechanical - Electrical and Computer Engineering, Van Lang University. In addition, the department also has the mission of contributing to the achievement of the goal of improving the quality of higher education in the country and Asia, driving Van Lang University in the Top Universities with the quality of higher education in the world.

Program code

7510301

Duration

4 years

Degree

Bachelor of Engineering in Electrical and Electronic Engineering Technology

Subject Combination

A00: Math – Physics – Chemistry 

A01: Math – Physics – English 

C01: Mathematics – Literature – Physics 

D01: Math – Literature – English 

Excellent features of the training program

The industry is built in 2 intensive specializations: Control Engineering and Electrical Energy, always aiming to build an environment to help students have the best and most comprehensive learning experience. 

Cooperation with many enterprises in training

As a partner of many businesses (Panasonic Vietnam Co., Ltd., R.E.E Refrigeration Electrical Engineering Joint Stock Company, Daphaco Electrical Cable Joint Stock Company, Doan Nhat Electromechanical
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Participate in research and manufacturing with lecturers

Students participate in workshops in the laboratory with lecturers to research and manufacture real-life electronic products such as control and monitoring systems: Traffic lights, solar power, autono
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Dynamic learning environment

Experience a diverse and dynamic learning environment, maximizing the capacity of learners. The staff supports throughout the learning process.

Program learning outcomes

The Electrical and Electronic Engineering Technology program equips students with the most up-to-date knowledge and skills, and builds a learning environment so that students can promote their ability to work in an international environment after graduation.
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Ability to apply knowledge in practice

Apply knowledge of natural sciences, social sciences, human environment to solve problems related to the expertise of the field of electricity and electronics.

Ability to analyze expertise

Analyse professional issues in the field of electricity and electronics.

System design

Design systems in the field of electricity, electronics and related fields.

Proficient in foreign language and communication

Be proficient in foreign language skills, communication skills at work and problem-solving effectively.
Study Program

Electrical and Electronic Engineering Technology is built with a program structure of 159 credits that are reasonably allocated in 4 years.

1ST YEAR
2ND YEAR
3RD YEAR
4TH YEAR

English 1

21st Century Skills for Global Citizens

Engineering Mathematics

Engineering Physics

Introduction to Electrical and Electronic Engineering Technology

English 2

Philosophy of Marxism – Leninism

Electronic Engineering

Applied Electromagnetics

Circuit Analysis 1

Practical Experience 1

English 3

Marxist-Leninist Political Economy

Scientific Socialism

Applied Informatics in Engineering

Circuit Analysis 2

Electrical Safety

Our teaching, learning and evaluating methods

The Faculty applies various teaching methods including lectures, situational illustrations, practical, extracurricular activities, focusing on technology for students to have the best learning experience.
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Learning methods

Students actively prepare lessons, read syllabuses and reference materials before each session, attend full classes, do exercises under the guidance of the lecturer.

Teaching methods

Depending on the module, there will be different teaching methods. For theoretical modules, teaching methods combined with projection and writing are commonly applied. For practical modules, students will be instructed to do it on a computer.

Evaluation methods

Combine a variety of methods to ensure flexible and comprehensive assessments such as tests, major assignments, essays, and projects.
Career Prospects

After graduation, students can take up positions in the enterprise as follows: 

Participate in production activities as technical support for businesses
Consult, design, supervise and construct electrical and automation works in the fields of civil, industrial, transmission and power generation
Manage and operate systems in industry and in the field of electrical energy
Work as Technical Director, Head of Technical Department at companies and enterprises related to the field of electricity and electronics
Work for power companies in provinces and cities across the country
Work for foreign enterprises
Work in the position of technical experts in the field of electricity and electronics in countries in the region and around the world
Work at training and scientific research institutions in the field of electricity and electronics
Thomas Tredgold
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Thomas Tredgold
"Engineering is the art of directing the great sources of power in nature for the use and convenience of man."
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