1. Design, analyze, repair and preparation of an integral system systematically.
2. Analyze systems of work and ergonomics.
3. Designing a product design with computer assisted design (Autocad, Solid, 3D, Catia).
4. Designing products that oriented to the needs of the market.
5. Plan and control the company's production system in the form of raw materials, machinery, labor, capital and well informed.
6. Increase the competitiveness of enterprises / businesses.
7. Design, analyze and improve the logistics system industry.
8. Create a software (information systems) industry.

1.       QC Analyst

2.       Industrial Engineer Staff

3.       Production And Inventory Control Staff

4.       Process Engineer

5.       Production Staff

6.       Product Engineer and Development

7.       Technopreneur

1. Mastering theoretical concepts of natural sciences, applications of engineering mathematics; engineering fundamentals, engineering science and engineering design required for integrated system analysis and design
2. Mastering the principles and techniques of integrated system design with a system approach
3. Mastering knowledge of communication techniques and the latest and latest technological developments
4. Mastering the latest principles and issues in the economy, social, ecology in general
5. Able to apply mathematics, science, and engineering principles to solve complex engineering problems in integrated systems (including humans, materials, equipment, energy, and information
6. Able to identify, formulate and analyze complex engineering problems in integrated systems based on analytical, computational or experimental approaches
7. Able to formulate solutions to complex engineering problems in integrated systems by paying attention to economic, public health and safety, cultural, social and environmental factors (environmental consideration)
8. Able to design an integrated system according to applicable technical, safety and environmental health standards by considering aspects of performance and reliability, ease of implementation and sustainability, and pay attention to economic, social, and cultural factors
9. Able to research and investigate complex engineering problems in integrated systems using basic engineering principles and by carrying out research, analysis, data interpretation and information synthesis to provide solutions
10. Able to select resources and utilize appropriate information and computing technology-based engineering design and analysis tools to carry out engineering activities
11. Able to communicate in writing and orally effectively
12. Understand professional responsibility and aspects of professional ethics
13. Able to recognize needs, and manage lifelong self-learning
14. Able to cooperate in a working group