1. Postgraduate training program:
- Major: Mechanical Engineering
- Major code: 8510203
2. Training objectives:
2.1. General Objectives
- The program aims to provide learners with a solid foundation of knowledge in Mechanical Engineering and its specializations, with a particular emphasis on interdisciplinary integration and advanced expertise. Graduates will acquire in-depth theoretical understanding and professional competencies, enabling them to apply this knowledge effectively in professional practice. They will be capable of independent work, critical and creative thinking, and problem-solving in their area of expertise.
- The program addresses the societal demand for highly qualified human resources in Mechanical Engineering – Manufacturing. Master’s graduates will be competent not only in executing professional engineering tasks but also in conducting research within R&D departments, engaging in teaching at higher education institutions, and pursuing advanced doctoral studies.
2.2. Specific Objectives:
The program is designed to ensure that graduates:
- SO1: Possess advanced and specialized knowledge in Mechanical Engineering, particularly in manufacturing engineering, computational analysis and simulation, automated production control, and high-precision machining centers. In addition, graduates will acquire broad knowledge of politics, management, and environmental protection as related to the field.
- SO2: Apply theoretical and professional knowledge to lead and evaluate research projects; generate new knowledge and continue doctoral-level studies; and recognize the necessity of lifelong learning and professional development.
- SO3: Address complex, irregular, and unpredictable engineering tasks through independent research, including the development and testing of innovative solutions and technologies. Graduates will demonstrate strong analytical, modeling, and problem-solving abilities in both existing and emerging mechanical engineering problems.
- SO4: Apply scientific and technological advancements in mechanical engineering manufacturing, high-precision machining centers, and modern control systems to practical production and real-world contexts. Graduates will exhibit systematic thinking, research competencies, and the ability to design, implement, and evaluate experimental results.
- SO5: Effectively utilize modern equipment, tools, and production systems in manufacturing engineering; communicate proficiently in foreign languages; collaborate within multidisciplinary teams; integrate into international environments; and apply knowledge creatively to solve engineering problems in a global socio-economic context.
- SO6: Demonstrate professional responsibility, ethical standards, discipline, and industrial work ethics; work efficiently in teams; and display leadership, scientific working methods, creativity, and managerial skills
3. Learning outcomes:
Upon completion of the program, graduates will achieve the following competencies:
3.1. Knowledge
- LO1: Apply advanced knowledge in Mechanical and Manufacturing Engineering beyond the undergraduate level, with a focus on research and practical application to emerging technologies.
- LO2: Integrate political, fundamental, and professional knowledge effectively to adapt to diverse engineering tasks.
- LO3: Apply in-depth expertise to creatively address challenges in Mechanical and Manufacturing Engineering.
- LO4: Analyze and evaluate current issues to propose innovative and efficient solutions that enhance productivity and economic performance.
3.2. Skills
- LO5: Update advanced knowledge, adopt new technologies, and apply them in research, development, and specialized applications; recognize the significance of lifelong learning.
- LO6: Evaluate complex engineering problems using scientific methodology, strategic vision, and appropriate problem-solving frameworks.
- LO7: Demonstrate advanced presentation, communication, and knowledge transfer skills; conduct independent research and critique scientific or technological solutions.
- LO8: Analyze and assess practical engineering issues to propose effective and innovative improvements.
- LO9: Identify and resolve specialized engineering challenges; propose valuable initiatives; and adapt to competitive environments.
- LO10: Design, model, simulate, and experimentally validate mechanical systems with high proficiency.
- LO11: Communicate effectively and collaborate in teams; integrate into international and multicultural environments.
- LO12: Apply modern techniques and tools to optimize product design, processes, and systems that meet requirements of cost-effectiveness, productivity, manufacturability, and sustainability.
3.3. Autonomy and Responsibility
- LO13: Work independently and collaboratively in dynamic environments; demonstrate creativity, effective communication, and professional ethics.
- LO14: Exhibit professionalism, discipline, integrity, and adherence to laws; assume responsibility as leaders, managers, or specialists in mechanical engineering fields.
4. Program duration:
- Standard duration: 18 to 24 months (3–4 semesters)
- Maximum duration: 24 months
5. Career opportunities:
Graduates of the Master’s Program in Mechanical Engineering – Manufacturing Engineering will be qualified to pursue careers as:
- R&D specialists in enterprises, corporations, and joint-venture companies in mechanical and manufacturing engineering.
- Product designers, developers, quality assurance engineers, and system operation engineers.
- Technical managers, trainers, or consultants in mechanical and manufacturing industries.
- Engineers in design departments, quality control, maintenance, and production operations across industries such as food processing, pharmaceuticals, consumer goods, and industrial production.
- Technical staff in companies trading mechanical, industrial, or agricultural equipment.
- Entrepreneurs in mechanical workshops, production facilities, or mechanical trading businesses.
- Lecturers or researchers in universities, colleges, and research institutes specializing in mechanical and manufacturing engineering.
6. Further study opportunities:
Graduates are eligible to pursue doctoral studies in Mechanical Engineering, Manufacturing Engineering, or related fields, both domestically and internationally.
