1. Training program:
- Level: Undergraduate
- Major: MECHATRONICS ENGINEERING TECHNOLOGY
- Major code: 7510203
2. Training objectives:
The Mechatronics Engineering Technology undergraduate program is designed to equip students with comprehensive theoretical knowledge and advanced practical skills in mechatronics. Graduates are trained to become proficient engineers capable of meeting industry standards, excelling in automated production environments, model design, manufacturing facilities, and mechatronic system development. The learner-centered curriculum ensures graduates possess the following knowledge, skills, and qualities:
- Objective 1: Acquire foundational knowledge in the social sciences, politics, natural sciences, foreign languages, and physical education to support advanced professional learning and higher education. Graduates are prepared to contribute to national development, homeland defense, and sustainable societal progress.
- Objective 2: Attain mastery of core and specialized knowledge in mechatronics, integrating interdisciplinary expertise in mechanics, electrical and electronic engineering, control systems, and informatics. This enables graduates to analyze and synthesize technical systems, design solutions for mechatronic applications, and innovate products and mold technologies.
- Objective 3: Develop proficiency in operating, maintaining, and optimizing mechatronic and Industry 4.0 systems. Graduates will cultivate critical thinking skills to design automation solutions, apply advanced design and simulation software, and manage technical operations in automated clusters and systems. They will also enhance creative problem-solving, effective communication, and analytical capacities in mechatronics.
- Objective 4: Strengthen competencies in foreign languages, information technology, and digital literacy to support professional performance and collaboration. Graduates will communicate technical expertise effectively and coordinate tasks to achieve high-quality outcomes in team-based environments.
- Objective 5: Cultivate a strong sense of discipline, professional ethics, and responsibility. Graduates will exhibit confidence, creativity, and a passion for their profession, maintaining a commitment to lifelong learning and continuous professional development.
3. Learning Outcomes
Upon completion of the Mechatronics Engineering Technology program, graduates will demonstrate the following knowledge, skills, and levels of autonomy and responsibility:
Knowledge
- Apply foundational knowledge in social sciences, politics, law, natural sciences, and environmental studies to address practical challenges in mechatronics engineering effectively, aligning with Industry 4.0 requirements.
- Utilize core technical knowledge in mechanics, electrical-electronics, automation, and control theory to calculate, design, process, and resolve real-world engineering problems.
- Leverage specialized expertise in mechanics, electrical - electronics, applied informatics, and automation to design, enhance, and innovate mechatronic systems, machinery, and equipment for industrial, agricultural, and food processing applications.
Skills
- Demonstrate proficiency in reading, analyzing, and producing technical drawings and control programs for mechanical, mechatronic, electrical-electronic, and automation systems. Graduates will master design and simulation software to develop and optimize mechatronic systems and processes.
- Identify, evaluate, and implement solutions to complex mechatronics challenges, adapting to dynamic or uncertain conditions. Graduates will communicate solutions effectively and collaborate on sophisticated tasks.
- Attain advanced proficiency in foreign languages, information technology, and digital tools to meet the requirements of domestic and international engineering labor markets.
Autonomy and Responsibility
- Work independently and collaboratively in dynamic professional environments, taking responsibility for both individual and team outcomes. Graduates will confidently defend professional judgments and contribute expertise in mechatronics.
- Fulfill social and ethical responsibilities as global citizens, thriving in diverse and interconnected professional settings.
4. Program Duration: 4 years
5. Career opportunities:
Graduates of the Mechatronics Engineering Technology program are well-positioned for diverse career paths, including:
- Positions in automation and mechatronics at global manufacturing enterprises, with roles in engineering, system management, or operations.
- Positions in research and training institutions engaged in the development of innovative automation solutions using mechatronic systems.
- Employment in technical services, particularly in the maintenance and optimization of automated and mechatronic systems.
- Vocational educators in mechatronics and automation, upon completion of additional pedagogical training.
6. Further study opportunities:
Graduates can further their expertise through::
- Short-term advanced training courses to enhance specialized skills.
- Postgraduate programs, including master’s and doctoral degrees, to become experts, researchers, or technical leaders in mechatronics.
