About the Faculty of Electrical and Electronic Engineering
- Electrical and Electronic Engineering Technology major code
- 7510301
- Engineering programme
- 4.5 years
- Lecturers
- 14
About the faculty
The Faculty of Electrical and Electronic Engineering offers the Electrical and Electronic Engineering Technology major (7510301) at Danang Architecture University. Graduates receive the degree of Engineer in Electrical and Electronic Engineering Technology after 4.5 years of study.
Electricity underpins every activity, from daily life to production and business. Electrical and Electronic Engineering Technology is one of the engineering fields with high demand for skilled people, especially as countries push ahead with modernisation and automation.
The programme balances theory with practical exercises, real projects and simulated scenarios. Students learn from lecturers who keep up with new technology trends and practise in the university's laboratories and workshops.
Mission and vision
Mission
To train application-oriented engineers in Electrical and Electronic Engineering Technology with solid theory and strong practical skills, meeting the demand for electrical, electronic, automation and IoT professionals in Central Vietnam and nationwide; and to share the University's mission of building a smart university that contributes to national digital transformation.
Vision to 2030
To become a reputable, application-oriented school for electrical and electronic engineers in Central Vietnam, closely connected with industry, in step with the University's goal of becoming a smart university and a leader in digital transformation.
Main specialisations
Automation
Controlling industrial automation systems with PLCs; designing and operating robotic systems and automated production systems.
Microcontrollers
Programming microcontrollers and microprocessors to control devices; designing electrical circuits, electronic systems and embedded electronic devices.
IoT (Internet of Things)
Graduate capabilities
- Design electrical circuits, electronic systems and embedded electronic devices
- Program microcontrollers and microprocessors to control devices
- Simulate and analyse electrical and electronic systems with specialised software
- Operate measuring instruments and electronic equipment
- Assemble circuits; diagnose and repair equipment faults
- Teamwork, communication, presentation and self-directed learning
How students learn
- Laboratory experiments to verify theory and get to know equipment and tools
- Major assignments that tackle real-world problems
- Projects from design and fabrication to operation and maintenance
- Visits to factories, plants and research centres
- Design and simulation in AutoCAD, MATLAB, Proteus and LabVIEW
- Assessment through final exams and project reports
Organisational structure
Faculty Board
The Dean and Vice Deans lead the Faculty's teaching, research and partnerships.
Academic departments
Teach foundation and specialised courses along three tracks — automation, microcontrollers and IoT — and oversee laboratory work, projects and student research supervision.
Faculty Office
The point of contact for academic administration, student affairs and the paperwork of students, lecturers and partners.
Youth Union and Student Association
Organise student activities, academic clubs and volunteering.