Electrical and Electronic Engineering

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Undergraduate Programs

 

  1. Electrical Engineering
  • Introduction: The program provides education in electrical engineering, electric power systems, renewable energy, and industrial and residential electrical engineering.
  • Highlights: The curriculum combines electrical engineering foundations with three specialist orientations: Electric Power Systems, Renewable Energy Engineering, and Industrial and Residential Electrical Engineering.
  • Credits: 155
  • Duration: 4.5 years (9 semesters)
  • Objective: To equip learners with foundational and professional knowledge and practical skills for analyzing, designing, operating and managing electrical and energy systems.
  • Career Prospects: Electrical utilities; power plants and substations; electrical design and consultancy firms; renewable-energy companies; industrial and building electrical systems.
  • Professors: Assoc. Prof. Nguyen Minh Y (Head of Department), Assoc. Prof. Pham Van Hoa and teaching staff of the Department of Electrical and Electronic Engineering

Curriculum blocks

Same colours identify related curriculum pathways. Course code, title, credits and semester placement follow the supplied 2025 curriculum framework.

  • 2. Control Engineering and Automation
  • Introduction: The program develops knowledge and practical skills in control, automation, industrial systems, embedded systems and the Internet of Things.
  • Highlights: The curriculum includes control theory, PLC/SCADA, process control, electric drives, power electronics and embedded/IoT applications.
  • Credits: 155
  • Duration: 4.5 years (9 semesters)
  • Objective: To prepare engineers to analyze, design, integrate, operate and maintain automatic control and industrial automation systems.
  • Career Prospects: Manufacturing plants; automation system integrators; industrial control and instrumentation companies; water supply and drainage facilities; embedded and IoT companies.
  • Professors: Prof. Than Ngoc Hoan, Assoc. Prof. Pham Duc Dai (Head of Department) and teaching staff of the Department of Control Engineering and Automation.

Curriculum blocks

Same colours identify related curriculum pathways. Course code, title, credits and semester placement follow the supplied 2025 curriculum framework.

  • 3. Electronics and Telecommunications Engineering
  • Introduction: The program provides foundations and professional knowledge in electronics, telecommunications, antennas, microwave engineering, signal processing and embedded systems.
  • Highlights: Students undertake laboratory and project work in electronic circuits, communication systems, antennas, microwave engineering and embedded applications.
  • Credits: 155
  • Duration: 4.5 years (9 semesters)
  • Objective: To prepare engineers capable of analyzing, designing, deploying and operating electronic, telecommunications and embedded systems.
  • Career Prospects: Telecommunications operators; electronic equipment companies; embedded-system and IoT companies; communication, antenna and remote-monitoring technology organizations.
  • Professors: Dr. Tran Van Hoi (Head of Department), Prof. Bach Gia Duong, Assoc. Prof. Trinh Anh Vu and teaching staff of the Department of Electronics and Telecommunications.

Curriculum blocks

Same colours identify related curriculum pathways. Course code, title, credits and semester placement follow the supplied 2025 curriculum framework.

  • 4. Robotics Engineering and Intelligent Control
  • Introduction: The program integrates robotics, automatic control, artificial intelligence, computer vision and intelligent systems.
  • Highlights: The curriculum emphasizes robot design and programming, intelligent control, computer vision, AI and practical projects.
  • Credits: 155
  • Duration: 4.5 years (9 semesters)
  • Objective: To prepare engineers to design, integrate, program and operate robots and intelligent control systems.
  • Career Prospects: Robotics and automation companies; AI and computer-vision companies; smart manufacturing; autonomous systems; technology start-ups.
  • Professors: Dr. Le Trung Dung (Head of Department), Assoc. Prof. Nguyen Tien Ban and teaching staff of the Department of Robotics Engineering and Intelligent Systems.

Curriculum blocks

Same colours identify related curriculum pathways. Course code, title, credits and semester placement follow the supplied 2025 curriculum framework.

  • 5. Semiconductor Technology and Integrated Circuit Design
  • Introduction: This engineering program belongs to Electronics and Telecommunications Engineering (code 7520207) and is delivered in Vietnamese. It focuses on semiconductor materials and devices, integrated-circuit design, packaging, testing and IC applications.
  • Highlights: The official proposal states a practice-oriented curriculum and two specialist directions: IC design, and semiconductor packaging/testing. The curriculum comprises 43 credits of general education and 112 credits of professional education, including 97 compulsories and 15 elective credits.
  • Credits: 155 credits
  • Duration: 4.5 years
  • Objective: To educate engineers with specialized knowledge and practical skills in IC design, semiconductor materials and devices, packaging, testing and IC applications, particularly in electronics and telecommunications.
  • Career Prospects: IC and semiconductor design, fabrication, packaging and testing; semiconductor production-line operation and quality management; electronic and optoelectronic equipment; technical consulting and maintenance; research institutions; further master’s or doctoral study.
  • Professors: Assoc. Prof. Phan Van Do (Program Coordinator), Dr. Doan Huu Chuc (Program Coordinator) teaching staff assigned in the official program-opening proposal.

Curriculum blocks

Same colours identify related curriculum pathways. Data follow the June 2025 official program-opening proposal.

Master’s Programs

  • Master of Engineering in Electrical Engineering – Application-oriented
  • Introduction: The program is structured over three semesters and combines advanced electrical engineering, energy, control and automation with engineering practice and a master project.
  • Highlights: Two elective orientations: Power Systems and Renewable Energy; Electrical Control and Automation.
  • Credits: 60 credits
  • Duration: 3 semesters
  • Objective: To develop advanced professional and applied-research capacity for practical electrical engineering problems.
  • Career Prospects: Senior technical and management positions; consulting and project management; research, teaching and further doctoral study.
  • Professors: Teaching staff assigned by Faculty of Electrical and Electronic Engineering, Thuyloi University.

Curriculum blocks by semester

SEMESTER 1
WUPH501  |  3 credits

Philosophy

 WUEL502  |  2 credits

English

 EE-M03  |  2 credits

Scientific Research Methodology
EE-ET08  |  2 credits

Energy Transition

 EE-MSEE31  |  2 credits

Modeling and Simulation in Electrical and Electronic Engineering

 EE-PQ04  |  2 credits

Power Quality
EE-AEM06  |  2 credits

Advanced Electric Machines

 EE-OM09  |  2 credits

Optimization Methods

 EE-PM10  |  2 credits

Project Management
EE-APE25  |  2 credits

Application of Power Electronics in Power System

 EE-CC32  |  2 credits

Control of Converters

 EE-PC33  |  2 credits

Process Control
EE-DSS34  |  2 credits

DCS and SCADA Systems

 EE-APLC35  |  2 credits

Advanced PLC

 EE-CED36  |  2 credits

Control of Electric Drivers
EE-SG16  |  2 credits

Smart Grids

 EE-EST37  |  2 credits

Energy Storage Technology
SEMESTER 2
WUEL502  |  2 credits

English

 EE-SMN20  |  2 credits

Seminar

 EE-AIEE22  |  2 credits

Application of Artificial Intelligence in Electrical Engineering
EE-AEDC38  |  2 credits

Advanced Electric Drive Control

 EE-FSNN39  |  2 credits

Fuzzy System and Neural Network

 EE-EM11  |  2 credits

Electricity Market
EE-PSRA15  |  2 credits

Power System Reliability Analysis

 EE-IRES23  |  2 credits

Integration of Renewable Energy Sources in Power Systems

 EE-PSSC26  |  2 credits

Power System Stability and Control
EE-CPSA40  |  2 credits

Computer-Aided Power Network Analysis

 EE-APSP41  |  3 credits

Advanced Power System Protection

 EE-PSP42  |  3 credits

Power System Planning
EE-FHS43  |  3 credits

FACTS and HVDC Systems

 EE-PSO44  |  3 credits

Power System Optimization

 EE-ARLC45  |  3 credits

Advanced Reinforcement Learning Control
EE-ACEV46  |  3 credits

Advanced Control of Electric Vehicle

 EE-APC47  |  3 credits

Advanced Process Control

 EE-AESD48  |  3 credits

Advanced Embedded System Design
EE-ANSC49  |  3 credits

Analysis of Nonlinear System and Control

 EE-DC50  |  2 credits

Digital Control

 EE-CIR51  |  2 credits

Control of Industrial Robots
EE-AC52  |  2 credits

Advanced Control
SEMESTER 3
EE-EP29  |  6 credits

Engineering Practice

 EE-GT30  |  9 credits

Master Project

Same colours identify related curriculum pathways. Data follow the supplied 2026 application-oriented Master’s curriculum framework.

Photos

Professional and scientific research: Use approved photographs of laboratories, seminars and research projects.

Training programs: Use approved photographs of teaching, practical classes and laboratory activities.

Professors, students and Faculty activities: Use approved portraits and activity photographs with publication permission.

Contact

  • Faculty: Faculty of Electrical and Electronic Engineering, Thuyloi University
  • Contact Address: Administrative Office Room 401- A1; Thuyloi University
  • Faculty website: https://ee.tlu.edu.vn
  • University website: https://www.tlu.edu.vn

 

Lê Quang Tuấn

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