Division of Control and Automation Engineering

1. Divison overview

Division of Control & Automation Engineering under the Faculty of Electrical Engineering - Hanoi University of Industry, was established on October 1st, 2021 under Decision No. 854/QD-DHCN, on the basis of merging 2 divisions: Division of Measurement & Control and Division of Automation. The Division of Control and Automation Engineering performs the key tasks of training, scientific research and technology transfer. Currently, we have been cooperating with many prestigious foreign universities and research institutes such as Kyung Hee University (Korea), Australian National University (Australia), University of Delaware in the US. (University of Delaware), Shanghai Electric Power University (China), Hunan University (China).

2. Lecturers and officials

100% of the Division's staff and lecturers have a Master's degree or higher. Our lecturers have a spirit of enthusiasm, creativity, sufficient capacity and in-depth knowledge to implement major topics and projects. In addition, they have a lot of experience and dedication to education career; passionate about scientific research and technology transfer.

Dr. Pham Van Hung – Head

Phone: 0984811225. Email: phamvanhung @haui.edu.vn

Dr. Bui Van Huy - Deputy Head

Phone: 0977642225. Email: buivanhuy @haui.edu.vn

3. Training activities

Together with other divisions, the division of Control and Automation Engineering performs the task of training undergraduate and graduate levels for Electrical - Electronic Engineering; Engineering Control & Automation; Electrical Engineering. In addition to teaching duties, the Division also performs other tasks such as: improving and developing new training programs to meet the requirements of high-quality human resources in the current industrial revolution 4.0. The Division is in charge of teaching the following specialized modules:

Basic and advanced control theory (modules: Signals and systems, Theory of automatic control, process control, Numerical control, and fuzzy control system);

Equipment and automation control systems in industry (modules: PLC programming technique, the microprocessor in measurement and control, FPGA, wireless sensor network, electro-hydraulic control, flexible production systems, automation of technological processes, synthesis of electromechanical systems, data acquisition and control systems, control of industrial robots, management systems buildings, computer-controlled engineering);

Power electronics and electric transmission (modules: Power electronics, electric transmission).

4. Scientific research and technology transfer

In addition to teaching duties, scientific research and technology transfer are also key tasks of the Division. Over the years, the lecturers in the division have implemented many science and technology projects, carried out science and technology transfer which has contributed to promoting the development of scientific research work of lecturers and students. Up to now, our lecturers have carried out more than 25 scientific and technological topics and projects at all levels (including chairing and participating); published more than 150 articles in prestigious national and international journals and scientific conferences; compiled more than 20 textbooks and reference materials.

Some typical projects:

[1]. Quach Duc Cuong, Bui Van Huy, Nguyen Huu Hai (participating), Completing the design, manufacturing technology, integrating data collection system and real-time monitoring of wastewater quality, applied emissions for industrial and urban zones, State-level projects 2018-2020

[2]. Quach Duc Cuong (director), Research, design and build an automatic monitoring and warning system of fire and explosion risk in the basement of a high-rise building, ministerial-level scientific research project (2018).

[3] Pham Van Hung (participating), Research and application of water pumping technology using solar power generation and automatic fertilizer mixing for smart home garden systems in Hanoi area, City scientific research project Hanoi (2021)

[4] Ha Van Phuong, Pham Van Hung, Research and manufacture equipment to detect, warn and prevent danger, fire and explosion caused by toxic gases in the house, School-level scientific research project (2019).

[5] Bui Van Huy (director), Research, design, and manufacture a model of a single-phase electronic transformer with a high-frequency intermediate stage, School-level Scientific Research Project 2019-2021

[6] Ha Van Phuong, Pham Thi Ngoc Yen, Dao Trung Kien, Le Minh Hoang, A Variable-Length Chromosome Genetic Algorithm for Time-Based Sensor Network Schedule Optimization, Sensors, 9 June 2021

[7] Hoang Thi Tu Uyen, Le Xuan Hai, Thai Huu Nguyen, Pham Van Hung, Nguyen Linh, Consistency of Control Performance in 3D Overhead Cranes under Payload Mass Uncertaint, Electronics 2020, 9(4), 657.

[8] Tong Thi Ly, Do Manh Cuong, Nguyen Tung Lam, A Control Approach to Web Speed ​​and Tension Regulation of Web Transport Systems Based on Dynamic Surface Control, Journal of Control, Automation and Electrical Systems, 32, pages 573–581 ( 2021)

[9] Nguyen Xuan Quynh, Wang Yao Nan, Vu Thi Yen, Design of a robust adaptive sliding mode control using recurrent fuzzy wavelet functional link neural networks for industrial robot manipulator with a dead zone, Intelligent Service Robotics, 2019.

[10] Ngo Manh Tung, Dynamic Surface Control of the Axial-Flux Permanent Magnet Motor with Speed ​​Sensorless Algorithm, Advances in Engineering Research and Application (Proceedings of the International Conference on Engineering Research and Applications, ICERA 2020)

Students' scientific research:

Students' scientific and technological activities including Conducting student scientific research projects (each year instructing over 100 students), participating in the Robotmini contest organized by the Faculty, participating in the Robocon contest organized by Vietnam Television (achieved in the 1/16 round nationwide) ... In addition, the division also conducts many training activities and introduces future technology trends and orientations to the students.