1. Undergraduate training program:
Major: Mechanical Engineering Technology
Major code: 7510201
2. Training objectives:
- General objectives
The undergraduate program in Mechanical Engineering Technology is designed to cultivate graduates with political awareness, professional ethics, civic responsibility, independence, creativity, and a passion for scientific research. Graduates are expected to be capable of lifelong self-study, independent research, and self-improvement, while maintaining good health and demonstrating readiness to contribute actively to national development and defense.
The program aims to train engineers with a solid foundation in theoretical and specialized knowledge, along with proficient practical skills that meet prescribed standards. Graduates will be competent to work effectively in enterprises, research institutions, and facilities engaged in the design and manufacturing of mechanical products.
- Specific objectives
The program aims to equip graduates with the following knowledge, skills, and qualities:
- SO1: Demonstrate understanding of Marxist-Leninist political economy, philosophy, scientific socialism, Ho Chi Minh Ideology, and general law; apply basic knowledge in the social sciences, humanities, physical education, and national defense-security to maintain physical fitness appropriate to the profession, and exhibit readiness to contribute effectively to national construction, defense, and sustainable development.
- SO2: Apply fundamental knowledge of mathematics and natural sciences (e.g., Advanced Mathematics, General Physics) to support the acquisition of specialized knowledge, professional practice, and research in Mechanical Engineering Technology, as well as to pursue higher levels of education.
- SO3: Apply core engineering knowledge (e.g., Descriptive Geometry & Technical Drawing, Materials Science, Tolerances & Metrology, Theoretical Mechanics, Strength of Materials, Finite Element Method, Machine Principles & Design, Electrical-Electronics Engineering) and specialized knowledge (e.g., Metal Cutting Principles, Machine Manufacturing Technology & Fixtures, Metal Technology, Reverse Engineering & Rapid Prototyping, CAD/CAM-CNC Technology, CNC Machining Technology) to effectively identify and solve problems in design and manufacturing within industrial production systems.
- SO4: Demonstrate proficient practical skills in accordance with professional standards; uphold political awareness, ethics, and civic responsibility; apply effective communication, independent working, and teamwork skills suitable for employment in domestic and international enterprises, as well as in mechanical product design and manufacturing facilities.
3. Learning outcomes:
Upon completion of the undergraduate program in Mechanical Engineering Technology, students will acquire the following knowledge, skills, and demonstrate the following levels of autonomy and responsibility:
3.1. Knowledge
LO1: Demonstrate knowledge of Marxist-Leninist Philosophy, Political Economy, Scientific Socialism, Ho Chi Minh Ideology, and General Law, thereby cultivating a strong political stance; live and work in accordance with the policies and laws of the Communist Party of Vietnam and the State; apply knowledge in social sciences, humanities, physical education, and national defense-security to maintain health, and be prepared to contribute to national development, defense, and sustainable social progress.
LO2: Apply knowledge of natural sciences including Advanced Mathematics A1–A3, General Physics A1–A2) to analyze and solve problems in the field of Mechanical Engineering Technology.
LO3: Apply core engineering knowledge such as Technical Drawing, Materials Science, Tolerances and Measurement, Theoretical Mechanics, Strength of Materials, Finite Element Method, Machine Elements, and Electrical/Electronic Engineering to analyze, explain, calculate, and solve professional and research problems in Mechanical Engineering Technology, preparing for higher-level studies.
LO4: Apply specialized knowledge such as Machining Principles, Manufacturing Technology – Fixtures, Metal Technology, Reverse Engineering – Rapid Prototyping, CAD/CAM-CNC Technology, and CNC Machining Technology, aligned with the specializations of Advanced Design and Manufacturing Engineering and Advanced Material Technology and Measurement within the field of Mechanical Engineering Technology.
LO5: Develop plans, organize, and supervise processes with basic management and operational knowledge in the mechanical field.
LO6: Identify and propose solutions to complex problems in design, automation, and improvement of mechanical manufacturing equipment and production lines.
3.2. Skills
LO7: Demonstrate leadership, entrepreneurship, and the ability to create employment opportunities for themselves and others.
LO8: Evaluate the quality and outcomes of completed work.
LO9: Proficiently perform tasks using CAD/CAM/CNC programming software and advanced equipment such as 3D Scanners, CMM machines, tensile testing machines, hardness testers...; demonstrate skills in machining and manufacturing mechanical products on universal machine tools, CNC machines, and specialized machines... while ensuring safety for personnel and equipment.
LO10: Apply critical thinking skills utilizing knowledge, technological solutions, and necessary scientific and technical tools for practice, experimentation, analysis, and statistics in changing practical production and labor environments.
LO11: Communicate effectively through written reports, oral presentations, and demonstrate proficiency in foreign language communication.
LO12: Formulate and develop ideas, establish requirements, define functions, model, and manage production projects.
- Autonomy and Responsibility
LO13: Work independently or collaboratively in varying conditions, taking personal and group responsibility.
LO14: Direct, guide, and supervise others in performing assigned tasks.
LO15: Establish professional directions, draw conclusions, and defend personal viewpoints.
4. Program duration: 4 years
5. Career opportunities:
Upon graduation, students will be awarded the Engineer Degree in Mechanical Engineering Technology and can pursue employment in:
Mechanical Design Institutes
Mold manufacturing plants
Companies and factories specializing in precision mechanical manufacturing or utilizing automated mechanical technology lines and equipment
Companies providing technical and commercial services
Metrology and inspection institutes (e.g., Registration, Survey, and Inspection agencies)
Relevant management departments, divisions, and boards in the Mechanical field such as: Industry and Trade, Agriculture and Rural Development, Construction; Project Management Boards for Mechanical Construction Projects; and Economic-Technical-Infrastructure Divisions of District/Provincial authorities...
Research institutes and testing centers under Ministries, Departments, Universities, and Colleges... related to the Mechanical Engineering profession.
After completing pedagogical training courses in Vocational Education Pedagogy or University/College Teaching Methodology, graduates can become lecturers at universities or vocational teachers at vocational schools, colleges, and professional secondary schools within the technology-engineering sector nationwide.
Graduates possess the capability for self-learning, research, and assimilating advanced technologies, delving into fields such as automation, advanced measurement, CNC machining design, and pursuing higher education levels.
They also have the entrepreneurial capacity to establish their own businesses or design, and manufacture equipment related to the mechanical engineering field.
6. Further study opportunities:
Graduates can:
Pursue postgraduate education (Master’s or Doctoral programs) in Mechanical Engineering or related fields at domestic and international institutions.
Engage in lifelong self-study and participate in professional short-term training programs (certificate-based) to enhance competencies and meet workplace requirements.
