PO’S

1. Apply the knowledge of science , mathematics ,engineering specialization and engineering basics to solve complicated engineering issues.
2. Formulate, investigate, evaluate and identify complex engineering problems using the foundational concepts of natural sciences, mathematics and engineering sciences to obtain conclusions.
3. Create solutions for difficult technological problems and system components or processes that meet the requirements while considering cultural, socio- economic, environmental public health and safety aspects.
4. Use research based knowledge and research methodologies such as information synthesis, data analysis, interpretation and experiment design to provide valid results.
5. Develop , Select And Apply Suitable Methodologies, Resources ,modern engineering and It tools such as modeling and prediction to complicated engineering processes while being conscious of their limitations.
6. Apply reasoning data by contextual. Information to assess legal , cultural , health, safety and societal issues as well as the responsibilities associated with them in professional engineering practice.
7. Comprehend the necessity for sustainable development and how professional  engineering solutions will affect society and the environment.
8. Apply moral principles and make a commitment to professional ethics, engineering practice norms and duties.
9. Work well independently collaborative o as a leader in a variety of multi-disciplinary situations.
10. Effective communication on complex engineering operations such as ability to understand and  write clear reports design documentation, making  presentations , giving and receiving apt directions
11. Exhibit an understanding of engineering and management concepts and apply them to one’s own work as a team member and leader to manage projects in Interdisciplinary situations.
12. In the broad context of technological growth acknowledge the need for and be ready to participate in independent and   lifelong