Mechatronics Engineering

Mechatronics Engineering is a spearhead industry in the industrial revolution 4.0 by the interdisciplinary coordination between Mechanical Engineering, Electronics, Computers and Control on the platform of Connecting Things and Artificial Intelligence to create products, automatic lines, smart devices ... in which Robot is an example to better serve human life.

Introduction

Currently, the industrial revolution 4.0 has changed the way people work and connect with each other, strongly impacting the field of mechatronics. Products related to automation lines, robots & artificial intelligence, smart devices ... are the development directions of mechatronic engineering.

Mechatronics engineering is an interdisciplinary field of mechanical, electronic, computer and control engineering. Mechatronic products are integrated with the above elements to develop system thinking in product design and development, and new technologies that have outstanding features.

Program Code

7520114

Duration

4 years

Degree

Bachelor of Engineering in Mechatronics Engineering

Subject Combination

A00: Math – Physics – Chemistry

A01: Math – Physics – English

C01: Mathematics – Literature – Physics

D01: Math – Literature – English

Excellent features of the training program

The Mechatronics Engineering program at Van Lang University develops with the orientation of Robotics - Artificial Intelligence. Students can study and train in a modern, dynamic, professional, and friendly environment, unleashing their passion for Robotics.

Robotics – AI

The training program integrates knowledge of Artificial Intelligence – the field that played a nuclear role in the booming industrial revolution 4.0 in the world.

Modern, dynamic, professional, and friendly environment

The school invests in modern facilities, modern learning equipment, supporting students to access the latest knowledge and technology, with professional and friendly teaching staff.

Scientific research and academic movements

Students are given the most favorable conditions to participate in academic competitions from domestic to international, guided by scientific research by trained lecturers from developed countries suc

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Program learning outcomes

The program trains professional engineers in the design, construction, operation and maintenance of domestic and international mechatronic products. Ability to manage factories and enterprises related to the field of mechatronics.

Proficient in software, professional systems

Proficient in design, simulation and programming software in the field of mechatronics. Experimentation of engineering-related problems in the field of mechatronics. Management of production systems, machinery lines, equipment in the field of mechatronics.

Capacity for autonomy and responsibility

Implement and uphold the provisions of the law, exercise health and professional ethics. Demonstrate dynamism, creativity, and lifelong self-learning. Adapt to the working environment, accept challenges, progress at work.

Put knowledge into practice

Apply knowledge of natural sciences, social sciences, human environment to solve problems related to the expertise of the field of mechatronics.

Ability to operate, solve professional problems

Construct, operate and maintain machines, robots, automated production lines in the industry. Apply modern techniques and tools to solve problems in the field of mechatronics (programming software, simulation,....).

Research and propose solutions

Propose solutions to improve production systems in the field of mechatronics. Design mechatronic products and automation lines.

Master technology and foreign language skills

Proficient application of information technology skills, foreign language skills, soft skills in the real working environment.

Proficient in software, professional systems

Proficient in design, simulation and programming software in the field of mechatronics. Experimentation of engineering-related problems in the field of mechatronics. Management of production systems, machinery lines, equipment in the field of mechatronics.

Capacity for autonomy and responsibility

Implement and uphold the provisions of the law, exercise health and professional ethics. Demonstrate dynamism, creativity, and lifelong self-learning. Adapt to the working environment, accept challenges, progress at work.

Put knowledge into practice

Apply knowledge of natural sciences, social sciences, human environment to solve problems related to the expertise of the field of mechatronics.

Ability to operate, solve professional problems

Construct, operate and maintain machines, robots, automated production lines in the industry. Apply modern techniques and tools to solve problems in the field of mechatronics (programming software, simulation,....).

Research and propose solutions

Propose solutions to improve production systems in the field of mechatronics. Design mechatronic products and automation lines.

Master technology and foreign language skills

Proficient application of information technology skills, foreign language skills, soft skills in the real working environment.

Proficient in software, professional systems

Proficient in design, simulation and programming software in the field of mechatronics. Experimentation of engineering-related problems in the field of mechatronics. Management of production systems, machinery lines, equipment in the field of mechatronics.

Capacity for autonomy and responsibility

Implement and uphold the provisions of the law, exercise health and professional ethics. Demonstrate dynamism, creativity, and lifelong self-learning. Adapt to the working environment, accept challenges, progress at work.

Study Program

The program in Mechatronics Engineering at Van Lang University is designed according to 4 years of study, with a total of 151 credits required to accumulate.

Mechatronics Engineering Major

1ST YEAR

2ND YEAR

3RD YEAR

4TH YEAR

English 1,2,3

21st Century Skills for Global Citizens

Engineering Mathematics

Engineering Physics

Innovative Design in Engineering

Philosophy of Marxism - Leninism

Probability and Statistics

Digital Techniques

Measurement Tolerance

Materials

Marxist - Leninist Political Economy

Scientific Socialism

Technical Drawing

Electronic Engineering

Material Shaping Techniques

Physical Education

National Defense Education

Our teaching, learning and evaluating methods

The Faculty applies various teaching methods including: lectures, situational illustrations, practical, extracurricular activities, focusing on technology for students to have the best learning experience.

Learning methods

Students actively prepare lessons, view syllabuses and references before each session, attend full classes, do exercises under the guidance of lecturers.

Teaching methods

The program is designed with a training route that allows learners to visualize comprehensively from overview to detail, especially associated with software, simulation technology ... to help students have full skills to promote in practical projects at enterprises.

Evaluation methods

Evaluate students through major exercises, how they complete exercises required by teachers, subject projects, practice reports, internships at workshops or businesses.

Career Prospects

After graduation, students can take up positions in the enterprise as follows:

Design and construction of automated production systems, industrial robots, smart equipment

Technology consultancy, transfer of automatic and semi-automatic lines at companies and enterprises in mechanics, electronics and automation

Management, operation and maintenance of industrial machinery systems, industrial robots in automatic production lines

Research and technology transfer in research institutes; technology transfer in the field of mechatronic technology

Thomas Tredgold

"Engineering is the art of directing the great sources of power in nature for the use and convenience of man."