| PO1. |
Acquire fundamental knowledge in mathematics and science on which civil engineering research and practice are based |
| PO2. |
Understand fundamental principles of engineering science relevant to civil engineering disciplines |
| PO3. |
Acquire an ability to conduct experiments, analyze and interpret results, and appreciate the importance of experimental data in establishing empirical relationships and parameters for analysis and design |
| PO4. |
Acquire an ability to apply modern engineering and IT tools effectively and efficiently for engineering analysis, design and communication |
| PO5. |
Develop an ability to identify and formulate civil engineering problems, and propose feasible solutions with an appreciation of their underlying assumptions, uncertainties, constraints, and technical limitations |
| PO6. |
Develop technical competency to design civil engineering components and systems, with an understanding of the principles behind the design methodologies |
| PO7. |
Develop an appreciation of the breadth of civil engineering, and acquire basic knowledge in several disciplines to enable effective performance within a multidisciplinary work environment |
| PO8. |
Obtain in-depth knowledge in at least one major area of specialization within civil engineering |
| PO9. |
Develop an ability to communicate and present ideas effectively, including oral, written, and technical writing skills, and to function effectively within and among teams with a variety of backgrounds and interests |
| PO10. |
Recognize the importance of seeking further specialization within civil engineering and the need for life-long learning |
| PO11. |
Instill a deep sense of professional responsibilities and the importance of ethical and societal considerations, including public health, safety, environmental conservation, welfare etc. |
| PO12. |
Develop an ability to stay abreast of contemporary issues, both nationally and internationally, and the awareness of the impact of engineering in these areas |