No. | Description of CPL/PLO |
CPL-1 | Able to master and apply mathematics, science, and engineering principles (engineering principles) to solve complex engineering problems in an integrated system (including humans, materials, equipment, energy, 1 and information) |
CPL-2 | Able to design an integrated system according to technical standards, safety and environmental health that apply using a system approach to become a solution to complex engineering problems in an integrated system by considering aspects of performance and reliability, ease of application and sustainability, and paying attention to economic, social and cultural factors 2 |
CPL-3 | Able to conduct laboratory experiments and/or fields and analyze, and translate data to support the technical technical decision making process. |
CPL-4 | Able to identify, formulate and analyze complex engineering problems in integrated systems based on analytic, computational or experimental approaches 3 |
CPL-5 | Able to apply methods and select resources in designing and analyzing engineering engineering |
CPL-6 | Able to carry out written and oral communication |
CPL-7 | The ability to show independent, quality, and measurable performance in planning, completing, and evaluating tasks by paying attention to the limits given. 4 |
CPL-8 | Able to collaborate in a working group with multi -disciplined and/or multi -cultural |
CPL-9 | Able to be responsible to the community, accountable, and run professional ethics in solving the problem of engineering and upholding humanitarian values based on religion and morals |
CPL-10 | Able to recognize the needs, and manage self -lifelong learning, including access to knowledge of the latest issues in the fields of economics, social, ecology, technology and communication |
CPL-11 | Able to think creatively and utilize knowledge and skills to use technology to produce and/or develop innovation opportunities |
CPL-12 | Able to utilize information and computing technology in carrying out engineering practices |