The Master’s Program in Automation and Control Engineering at Ton Duc Thang University (TDTU) is designed to equip students with advanced and up-to-date knowledge in the fields of control, automation, and intelligent systems. The program tightly integrates theoretical foundations with practical applications, enabling students to develop systems thinking as well as strong capabilities in analysis, design, implementation, and operation of control and automation solutions for industrial and research environments.
- Program duration: 2 years (24 months)
- Admission method: Academic record and English proficiency–based selection
- Eligible applicants: Graduates of relevant bachelor’s programs or the 4+1 program at TDTU
- Language of instruction: Vietnamese and English
Research-Oriented Program
The program provides a solid academic foundation and fosters independent research competence, preparing students for doctoral studies or research careers at institutes and universities. Students have opportunities to participate in university-level, ministerial-level, and international research projects. Representative research areas include:
- Optimal control and intelligent control
- Nonlinear control systems and embedded systems
- Robot control and autonomous vehicles
- System identification and machine learning applications in automation
- Applications of AI and IoT in industrial control
Career Opportunities:
- Upon graduation, students may pursue careers as:
- Chief engineers or technical managers in factories and industrial zones
- System integration specialists or automation solution consultants
- Control system development team leaders in high-tech companies
- Lecturers or research staff at universities and research institutes
1. Opportunities to Become a Leading Expert and Researcher
Control Engineering and Automation plays a central role in strategic technology sectors such as robotics, artificial intelligence, smart manufacturing systems, energy, and modern transportation. The doctoral program enables learners to develop strong independent research capabilities, create new knowledge, and establish their academic reputation at the international level.
2. Strong Integration of Academic Research and Practical Applications
Doctoral candidates are not only engaged in high-quality scientific publications but also actively involved in addressing real-world challenges through R&D projects and technology transfer activities with industry and society, thereby generating high-impact applications and diverse career opportunities.
3. A Solid Foundation for Academic Careers and Technological Leadership
The program provides advanced technical knowledge, critical thinking skills, research ethics, and research leadership competencies, preparing graduates to pursue careers as university faculty members, researchers, senior technology consultants, or innovation leaders in national and international organizations.
Admission consideration