COLLEGE OF ENGINEERING
The list of program learning outcomes (PLOs) is as follows:
PLO# | PLOs |
| PLO1 | Demonstrate advanced, integrated knowledge of renewable energy technologies, environmental science, mathematics and engineering principles sufficient to analyze complex energy–environment problems.
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| PLO2 | Conduct independent research by formulating clear research questions, selecting appropriate methodologies, collecting, and analyzing data, and drawing evidence-based conclusions in renewable energy and environmental contexts.
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PLO3
| Design, model, and evaluate renewable energy systems (solar, wind, bioenergy, hydro, hybrid etc.) and associated environmental control measures using contemporary simulation and experimental tools.
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| PLO4 | Evaluate the environmental, economic, and technical performance of energy systems using life cycle assessment, cost–benefit analysis, and multi criteria decision methods.
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| PLO5 | Integrate sustainability principles and regulatory, societal, and public health considerations into the planning and implementation of energy and environmental projects.
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| PLO6 | Apply advanced data analysis, monitoring, and digital tools (e.g., MATLAB/Python, energy modeling software) to support assessment, forecasting, and system optimization. |
| PLO7 | Communicate complex technical concepts, results, and recommendations clearly and professionally in written reports, scientific publications, and oral presentations to diverse stakeholders.
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| PLO8 | Demonstrate leadership and collaborative skills in multidisciplinary teams, managing projects, resources, and stakeholder engagement to achieve ethical and timely outcomes.
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| PLO9 | Uphold professional ethics, integrity, and safety standards in research, consulting, and implementation of energy and environmental solutions.
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| PLO10 | Pursue lifelong learning and professional development, critically reflect on practice, and contribute to innovation and knowledge dissemination in renewable energy and environmental sustainability |