The Bachelor of Automation of Electric Power System Program

1. Introduction

Program title:

The Bachelor of Automation of Electric Power System

Graduation degree:

Bachelor's degree

Study model:

Full-time

Total credits:

137

Used language:

Vietnamese

Training duration:

4 years (8 semesters)

Responsible Faculty:

Faculty of Electrical - Electronics

Website:

http://www.ee.vimaru.edu.vn/

Address:

Room 805, 8d floor A6 Building, Vietnam Maritime University

484 Lach Tray - Kenh Duong - Le Chan - Hai Phong
 

The Automation of Electric Power Systems program is developed, evaluated, and issued by the Faculty of Electrical and Electronic Engineering, [University Name]. The program is based on curricula from prestigious universities specializing in automation. It is periodically reviewed, updated, and revised to meet the practical needs of graduates, as well as to fully comply with the regulations of the Ministry of Education & Training and [University Name]. Students participating in the program are trained not only in knowledge but also in skills and attitudes, aligning with the Vietnam National Qualifications Framework and international requirements for 21st-century workforce competencies.

The program is designed to align with the educational philosophy of [University Name]: "Intellect - Creativity - Responsibility - Humanity." Its mission is to train high-quality human resources to serve the strategy of national power system development, energy transition, and international integration, particularly in the field of electric power automation.

The program aims to train bachelors in Automation of Electric Power Systems. Graduates of this program are capable of designing, implementing, and operating power system control and automation solutions. They are dynamic, creative, and adaptable to diverse work environments and can compete with human resources in the Asia-Pacific region. They contribute to the modernization of power systems and the integration of intelligent automation technologies.

Graduates of the Automation of Electric Power Systems program can work at:

• Power generation plants, transmission and distribution companies, and industrial enterprises applying power system automation.

• Companies specializing in automation solutions, electrical equipment manufacturing, and smart grid technology development.

• Technical material import and export; Equipment registration; Strategic planning for automation projects in the power sector.

• Technical consulting enterprises, electrical and automation equipment trading companies, or technology transfer organizations.

• Research institutes, development centers, and universities specializing in Electrical, Electronic, and Automation Engineering.

2. Curriculum

The Bachelor of Automation of Electric Power Systems program is organized into 8 semesters:

  • Semester 1: Students acquire foundational knowledge and skills through basic courses such as: Calculus, Linear Algebra, Physics, and an Introduction to Control and Automation Engineering.
  • Semester 2: Students continue to develop fundamental knowledge for specialized courses in later semesters, including an introduction to electric power system automation.
  • Semester 3: Students build a stronger foundation in power system analysis and control principles, alongside programming and foreign language skills.
  • Semester 4: Provides specialized knowledge and skills in power system automation through courses such as Power Electronics, Electrical Machines, Measurement Techniques, and Microcontroller Applications.
  • Semester 5: Introduces core topics like Power System Protection, SCADA Systems, and Renewable Energy Integration; students develop project design skills.
  • Semester 6: Advanced topics such as Control Systems Using Programmable Logic Controllers (PLCs), Power System Stability, and Smart Grid Technologies.
  • Semester 7: Deepens knowledge in Digital Control Systems, Artificial Intelligence Applications in Power Automation, and Industrial Project Design.
  • Throughout the program, students enhance industry-relevant skills such as teamwork, presentation, and system design. Internships play a crucial role, with students undergoing two specialized internships and a final graduation internship
  • In the final semester, students consolidate their learning through practical applications. The graduation internship immerses them in real-world challenges, and the Graduation Project demonstrates their ability to integrate and apply knowledge from previous semesters.