Program Outcomes (PO's)

PO1Apply mathematics, science, and engineering knowledge to solve complex problems.
PO2Analyze complex engineering problems using first principles and research literature.
PO3Design solutions for complex problems considering health, safety, and societal factors.
PO4Investigate complex problems using research methods and data analysis.
PO5Use modern engineering and IT tools for complex engineering activities.
PO6Assess societal, health, safety, legal, and cultural issues in engineering practice.
PO7Understand engineering solutions’ impact on society and environment, emphasizing sustainability.
PO8Apply ethical principles and professional responsibilities in engineering.
PO9Work effectively individually and in diverse, multidisciplinary teams.
PO10Communicate effectively on engineering activities with various audiences.
PO11Apply engineering and management principles to lead projects in multidisciplinary settings.
PO12Engage in independent, life-long learning in technological contexts.

Program Specific Outcomes (PSO's)

PSO1Graduates are able to apply fundamental and advanced knowledge of computer science and engineering to identify, analyse and develop computational solutions for complex engineering and societal problems using innovative approaches.
PSO2Graduates are able to design and develop efficient computational systems by integrating research based domain knowledge and modern tools, transforming ideas into technologically viable and innovative solutions while addressing emerging challenges.
PSO3Graduates are able to demonstrate the ability to function effectively as individuals or as collaborative team members and leaders in multidisciplinary environments, upholding professional ethics and fostering innovation to enhance research capabilities and lifelong learning.

Quick Links