After completing the program, students have the following capabilities:
1. Technical arguments and problem solving
- Ability to analyze and evaluate the products.
- Ability to model and calculate.
- Ability to shape technologies and equipment.
- Ability to propose solutions and recommendations.
2. Experimental research and knowledge discovery
- Ability to build up theories, search and synthesize information; ability to design, conduct experiments, and
test the hypothesis.
3. Systematic thinking
- Ability to consider the overall problem, identify the relationships and interactions in the process; Arrange,
identify the core elements, capable of analyzing, and solution selection.
4. Personal qualities and career qualities
- Trained to develop and demonstrate about: creative thinking; considerations; attributes and personal skills
such as self-learning skills, skills in using information technology; ability to identify yourself and time
management in working arrangements.
- Trained on honesty, duty and responsibility; manners; ability to plan for the future, consciously updated
information on scientific and technical progress.
5. Working in group
- Capable of organizing, leading or participating in the same group or multi-disciplinary field of international
working environment.
6. Technical communication
- Ability to form logical and persuasive arguments; ability to express technical solutions or presentations with
graphics, models and multimedia materials; communication skills by writing, e-mail.
- Presentation skills: logic, concise, and easy to understand.
7. Foreign language
- Ability to communicate and use technical documents in English.
8. Knowledge to understand contemporary issues
- Understand the role and responsibilities of engineers to society; the impact of engineering on society and the
rules of society for engineering.
- Accessibility to knowledge of the law, social and cultural trends of the times.
- Understand the meaning and be able to update the current issues, the globalization affect to the overall
technical solution and technical design in particular.
9. Observing and forming ideas
- Observe and analyze practical application needs.
- Analyze requirements and technical features of products.
- Outline the idea of technology and equipment.
- Shaping the computational difficulty of designing, manufacturing, equipment, and production deployment.
10. Design
- Ability to design technology sequences, equipment and rolling production line to meet the practical
requirements. Expressed through the capacity as: modeling and numerical calculation, simulation of
mechatronics systems; analyze and explain the problem in a scientific way; etc.
11. Deployment
- Ability to synchronously implement design tasks to specialized groups; ability to control the production of the
project to ensure time requirement, financial, and technical factors... to each step as in schedule.
- Ability to participate directly in the design process and implementation.
12. Operation
- Ability to design operation processes of systems; capability of organizing, participating in training, and
transfering the technical service after delivery.
