PO1 - Engineering Knowledge, Solve a structural mechanics problem by applying Newton's laws and material properties to determine stress and strain, PO2 - Problem Analysis, Analyze a real-world mechanical failure by identifying the problem, reviewing literature, and deriving conclusions using first principles, PO3 - Design/Development of Solutions, Design a sustainable water filtration system for a rural village considering cost, materials, and local needs, PO4 - Conduct Investigations of Complex Problems, Conduct an experiment in the lab, collect data, analyze results using statistical tools, and interpret the findings, PO5 - Modern Tool Usage, Use MATLAB/Python to simulate an electrical circuit and predict its behavior under different conditions, PO6 - The Engineer and Society, Study the environmental impact of a construction project and assess its effect on the local community, PO7 - Ethics, Discuss a case study on a real engineering failure and debate the ethical responsibilities of the engineers involved, PO8 - Individual and Team Work, Work on a team project to design a bridge model, dividing roles and coordinating with mechanical and civil engineering students, PO9 - Communication, Write a detailed project report and present your findings to a panel of faculty members, PO10 - Project Management and Finance, Work with a team to plan, execute, and track progress of a semester-long project using project management tools, PO11 - Lifelong Learning, Enroll in an online certification course on emerging technologies like AI or IoT to stay updated with industry trends

Program Outcomes Vs Learning Tasks

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