School of electrical and electronic engineering

https://seee.hust.edu.vn

About the department

About the department

INTRODUCTION

The School of Electrical Engineering, Faculty of Electrical and Electronic Engineering, is a third-level unit of Hanoi University of Science and Technology. The School was established on November 18, 2021, by Decision of the President of Hanoi University of Science and Technology, as part of the university's transformation roadmap into a university model according to the new Education Law.

The School of Electrical Engineering was formed based on the restructuring of two departments:

  • The Department of Electric Power Systems, which was honored as a Heroic Unit by the state in 2005
  • The Department of Electrical and Electronic Equipment, which was honored as a Heroic Unit by the state in 1985

The School's mission is to manage and develop the Electrical Engineering program (code EE1) and the advanced program in Electrical Systems and Renewable Energy (code EE-E18).

The School of Electrical Engineering, with two specialized areas in Electric Power Systems and Electrical and Electronic Equipment, focuses on researching and applying knowledge related to electricity, applied electronics, and electromagnetic fields in:

  • All professions related to the production and operation of power generation equipment, power grids, and auxiliary equipment that connect and integrate into complex electrical systems that are centrally commanded and managed.
  • All professions related to the design, maintenance, operation, production, and business of electrical equipment for switching, control, protection, energy conversion, electric motors, and generators.

HISTORY

Key milestones of the Department of Electrical and Electronic Equipment:

  • On October 15, 1966, the Department of Electric Machines & Switchgear (predecessor of the Department of Electrical and Electronic Equipment) was established.
  • In 1983, the Department of Electric Machines & Switchgear merged with the Department of Electrical Engineering and the Electric Drives Group (Department of Automation) and was renamed the Department of Electrical Equipment.
  • In 1985, due to outstanding achievements in training, scientific research, and technology transfer, the Department of Electrical Equipment was awarded the title of Hero of Labor by the state.
  • In 1987, under the university's two-level management structure (University level – Faculty level), the department became the Faculty of Electrical Equipment.
  • In 1995, returning to the three-level management structure, the Faculty of Electrical Equipment reverted to department level and was renamed the Department of Electrical and Electronic Equipment. The Department of Electrical and Electronic Equipment was one of the largest departments at HUST (at one point reaching 45 staff members), with staff trained in various electrical engineering specialties.

Key milestones of the Department of Electric Power Systems:

  • On March 1, 1957, the Department of Electricity Generation and Transmission was established.
  • From 1968-1972, it split into 2 departments: Power Plants - Relays and Power Networks - High Voltage
  • In 1971, it was honored with a third-class Labor Medal
  • From 1972-1983, it merged back into 2 departments: Power Plants - Power Networks and Relays - High Voltage
  • In 1975, some professors were assigned to work in Central and Southern regions
  • In 1983, the departments were unified and renamed the Department of Electric Power Systems
  • In 1992, it provided technical consultation for the 500kV North-South power transmission line project
  • In 1994, it was honored with a second-class Labor Medal
  • In 1999, it was honored with a first-class Labor Medal
  • In 2005, it was honored with the title of Hero of Labor
  • In 2010, the number of graduated students reached 10,000
  • In 2017, it celebrated its 60th anniversary

Restructuring of the 2 departments into the School of Electrical Engineering:

  • On November 18, 2021, the School of Electrical Engineering was established by Decision of the President of Hanoi University of Science and Technology, as part of the university's transformation roadmap into a university model according to the new Education Law.
  • The School of Electrical Engineering, Hanoi University of Science and Technology continues to develop to the present.

KEY FIGURES

The School of Electrical Engineering in numbers:

  • Total of 33 staff members, including 7 Associate Professors, 24 PhDs, and 2 Masters.
  • 2 training programs: standard program EE1 (Electrical Engineering) and advanced program EE-E18 (Electrical Systems and Renewable Energy).
  • 1 ongoing national-level research project.
  • 3 completed national-level research projects.
  • 52 published textbooks, with a diverse and rich collection of reference books.
  • Approximately 300 new students enrolled each year.
  • 10 specialized groups:
    • Grid Group: Led by Dr. La Minh Khanh
    • Power Plant Group: Led by Dr. Truong Ngoc Minh
    • Power Supply Group: Led by Dr. Le Viet Tien
    • High Voltage Engineering and Electrical Materials Group: Led by Assoc. Prof. Tran Van Top
    • Power System Protection and Control Group: Led by Dr. Nguyen Xuan Tung
    • Renewable Energy Group: Led by Assoc. Prof. Nguyen Duc Huy
    • Electrical Engineering Group: Led by Dr. Nguyen Nga Viet
    • Electric Machines Group: Led by Assoc. Prof. Bui Duc Hung
    • Switching and Protection Equipment Group: Led by Dr. Phung Anh Tuan
    • Energy Efficiency Group: Led by Dr. Hoang Anh
  • 3 research laboratories:
    • HiPEMs LAB (High-Performance Electric Machines), room C7-E405.
    • Electric Power Systems and Renewable Energy LAB, rooms D9-300 and C1-112
    • Smart Grid LAB, room C1

TRAINING PROGRAMS

The School of Electrical Engineering focuses on training in the fields of Electrical Equipment, Building Electromechanics, Electric Power Systems, and Renewable Energy at all Bachelor's, Master's, and Doctoral levels.

The Electrical Engineering program has the following admissions information:

  • Program code: EE1
  • Talent admission: Based on National/International Student Prizes (category 1.1)/International Certificates (category 1.2)/Academic Profile & Interview (category 1.3)
  • Admission based on Thinking Skills Assessment (TSA) results
  • Admission based on High School Graduation Examination results: A00, A01
  • Admission quota: 240
  • Language of instruction: Vietnamese
  • Duration: 4 years (Bachelor) - 5.5 years (Master) (132-180 credits)
  • Tuition fee: 24-30 million VND/year

Training programs in Electrical Engineering: Divided into 2 programs:

  • Integrated Bachelor-Master program (180 credits)
  • Engineer program (180 credits)

The Electrical Engineering training program at Hanoi University of Science and Technology inherits historical traditions and incorporates advanced training programs from the USA, Europe, and Japan, building a solid academic foundation from basics to advanced topics such as Smart Grids, Renewable Energy, and energy project management. Students are equipped with in-depth knowledge and practical skills through laboratory work and industrial internships. Career orientations include design, operation of electrical systems, renewable energy, consulting, and research and development in the field of Electrical Engineering and energy.

With two specialized areas in Electric Power Systems and Electrical and Electronic Equipment, the Electrical Engineering program focuses on researching and applying knowledge related to electricity, applied electronics, and electromagnetic fields with various related knowledge blocks such as Analog and Digital Electronics Fundamentals; Measurement and Control Systems; Signal Processing (AI, CNN...); Energy Economics; Design and maintenance of electrical machines (electric motors, generators...); Design and application of modern switching and protection equipment; Research on renewable energy sources (wind, solar energy...); Management and design of power supply and lighting systems (buildings, factories...); Planning and design of electrical systems; Analysis and control of electrical systems; Design and operation of Power Plants and substations; Automation of electrical systems; Electricity market; Smart Grid, Micro Grid, and more.

The advanced program in Electrical Systems and Renewable Energy has the following admissions information:

  • Program code: EE-E18
  • Talent admission: Based on National/International Student Prizes (category 1.1)/International Certificates (category 1.2)/Academic Profile & Interview (category 1.3)
  • Admission based on Thinking Skills Assessment (TSA) results: K00
  • Admission based on High School Graduation Examination results: A00, A01
  • Admission quota: 50
  • Language of instruction: English
  • Duration: 4 years (Bachelor) – 5.5 years (Master) (132-180 credits)
  • Tuition fee: 33-42 million VND/year

Training program: The advanced program in Electrical Systems and Renewable Energy under the Electrical Engineering code at Hanoi University of Science and Technology is developed based on the Electrical Engineering training program with specialization in electrical systems and renewable energy from Australian and American universities. Program code EE-E18 follows an integrated Bachelor-Master program (after graduating with a Bachelor's degree with 132 credits, students can choose to continue to a Master's degree to complete 180 credits). Some courses will be taught by reputable foreign professors. Students in the advanced program in Electrical Systems and Renewable Energy have many benefits: opportunities to participate in research labs early; chances to receive valuable scholarships from companies and businesses; opportunities to participate in student exchange programs and technical internships at prestigious universities and companies both domestically and internationally. Students will be equipped with knowledge in: Electrical and Electronic Circuit Theory; Power Supply Systems; Planning and design of electrical systems; Analysis, protection, and control of electrical systems; Design and operation of power plants and substations; Automation in electrical systems; Integration of renewable energy sources (wind, solar energy...) into the electrical system; Smart Grids (Micro Grid, Smart Grid); Energy efficiency; Data science applied in energy.

 
Khoa Điện
Department of Electrical Engineering
 
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