- PLO1: Identify, formulate, solve complex electrical engineering problems using principles of engineering sciences, mathematics, and natural sciences, and to validate the obtained solution.
- PLO2: Design solutions for complex electrical engineering problems that meet specified needs with consideration for public health, safety, welfare, and environmental, sustainability, and economic factors, as well as other realistic constraints related to the design solution, while complying with relevant standards and design codes.
- PLO3: Conduct investigations of complex electrical engineering problems through developing and executing relevant experiments, and analyzing and interpreting data, supported by engineering judgment to achieve valid conclusions.
- PLO4: Create, select, adapt and apply appropriate techniques, resources and modern engineering and IT tools to solve complex electrical engineering problems with understanding of the limitations.
- PLO5: Identify and evaluate the issues and constraints of sustainability, economy, environment, politics, health and safety, and society that are relevant to professional solving of complex electrical engineering problems.
- PLO6: Recognize ethical and professional responsibilities in engineering situations, and commit to the professional ethics and norms of electrical engineering practice to make informed judgments.
- PLO7: Apply modern project management techniques, economic and decision-making techniques, and to work effectively as a member or leader in teams, preferably in a multidisciplinary setting.
- PLO8: Communicate effectively on engineering activities with a range of audiences.
- PLO9: Engage in life-long learning for acquiring and implementing knowledge, as needed, using suitable learning strategies.
- SO-1: An ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics.
- SO-2: An ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors.
- SO-3: An ability to communicate effectively with a range of audiences.
- SO-4: An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts.
- SO-5: An ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives.
- SO-6: An ability to develop and conduct appropriate experimentation, analyse and interpret data, and use engineering judgment to draw conclusions
- SO-7: An ability to acquire and apply new knowledge as needed, using appropriate learning strategies.
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SI No. |
PLO(PLOs) (NCAAA)/ SOs (ABET) |
Rubrics to Measure PLOs/SOs (PI : Performance Indicator) |
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1 |
PLO1: Identify, formulate, solve complex electrical engineering problems using principles of electrical engineering sciences, mathematics, and natural sciences, and to validate the obtained solution.
SO-1: An ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics.
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PI-1.1: Problem Identification
Satisfactory (85-100%): Clearly identifies all relevant variables and constraints.
Developing (70-84%): Identifies most variables and constraints, minor gaps.
Unsatisfactory (<70%): Omits key variables or constraints. |
PI-1.2: Formulation and Solution
Satisfactory: Uses correct principles & methods logically.
Developing: Uses principles with minor gaps.
Unsatisfactory: Incorrect or incomplete application of methods. |
PI-1.3: Validation of Solution
Satisfactory: Thoroughly validates using appropriate methods.
Developing: Partially validates, lacks thoroughness.
Unsatisfactory: Fails to validate or uses incorrect methods. |
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2 |
PLO2: Design solutions for complex electrical engineering problems that meet specified needs with consideration for public health, safety, welfare, and environmental, sustainability, and economic factors, as well as other realistic constraints related to the design solution, while complying with relevant standards and design codes.
SO-2: An ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors. |
PI -2.1: Design Requirements
Satisfactory: Identifies & integrates all relevant constraints.
Developing: Identifies most constraints, minor omissions.
Unsatisfactory: Omits key constraints. |
PI -2.2: Consideration of Factors
Satisfactory: Thoroughly considers public health, safety, welfare, environmental, sustainability, and economic factors.
Developing: Considers most factors, minor gaps.
Unsatisfactory: Neglects key considerations. |
PI -2.3: Compliance with Standards
Satisfactory: Fully complies with relevant standards.
Developing: Mostly complies with standards and codes, with some minor issues.
Unsatisfactory: Fails to comply with key standards. |
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3 |
PLO3: Conduct investigations of complex electrical engineering problems through developing and executing relevant experiments, and analyzing and interpreting data, supported by engineering judgment to achieve valid conclusions.
SO-6: An ability to develop and conduct appropriate experimentation, analyse and interpret data, and use engineering judgment to draw conclusions |
PI-3.1: Experiment Development
Satisfactory: Designs well-structured and relevant experiments.
Developing: Designs relevant experiments, minor flaws.
Unsatisfactory: Poorly structured or irrelevant experiments. |
PI-3.2: Data Analysis and Interpretation
Satisfactory: Accurately analyzes data, draws valid conclusions.
Developing: Minor inaccuracies in analysis, mostly valid conclusions.
Unsatisfactory: Incorrect analysis leads to invalid conclusions. |
PI-3.3: Use of Engineering Judgment
Satisfactory: Uses engineering judgment effectively.
Developing: Uses judgment with minor gaps.
Unsatisfactory: Fails to apply sound engineering judgment. |
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4 |
PLO4: Create, select, adapt and apply appropriate techniques, resources and modern electrical engineering and IT tools to solve complex engineering problems with understanding of the limitations. |
PI-4.1: Tool Selection and Application
Satisfactory: Effectively selects & applies appropriate tools.
Developing: Selects tools with minor issues.
Unsatisfactory: Incorrect or ineffective tool selection. |
PI-4.2: Resource Utilization
Satisfactory: Efficiently utilizes resources..
Developing: Uses resources with minor inefficiencies.
Unsatisfactory: Ineffective or wasteful resource use. |
PI-4.3: Understanding Limitations
Satisfactory: Clearly articulates tool limitations.
Developing: Understands most limitations, minor gaps.
Unsatisfactory: Fails to acknowledge limitations. |
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5 |
PLO5: Identify and evaluate the issues and constraints of sustainability, economy, environment, politics, health and safety, and society that are relevant to professional solving of complex electrical engineering problems.
SO-4: An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts. |
PI-5.1: Issue Identification
Satisfactory: Identifies all relevant issues and constraints.
Developing: Identifies most issues, minor omissions.
Unsatisfactory: Fails to identify key issues. |
PI-5.2: Evaluation of Constraints
Satisfactory: Accurately assesses impact of constraints.
Developing: Assesses constraints with minor gaps.
Unsatisfactory: Incorrect evaluation of constraints. |
PI-5.3: Integration in Problem-Solving
Satisfactory: Effectively integrates constraints into solutions.
Developing: Some integration with minor gaps.
Unsatisfactory: Fails to integrate constraints. |
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6 |
PLO6: Recognize ethical and professional responsibilities in engineering situations, and commit to the professional ethics and norms of electrical engineering practice to make informed judgments.
SO-4: An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts. |
PI-6.1: Ethical Recognition
Satisfactory: Clearly recognizes ethical responsibilities.
Developing: Recognizes most ethical aspects, minor gaps.
Unsatisfactory: Fails to acknowledge ethics. |
PI-6.2: Commitment to Professional Ethics
Satisfactory: Consistently demonstrates ethical commitment.
Developing: Minor inconsistencies in ethical adherence..
Unsatisfactory: Lacks ethical commitment. |
PI-6.3: Informed Judgment
Satisfactory: Makes informed judgments based on ethical considerations.
Developing: Decisions show minor ethical gaps.
Unsatisfactory: Fails to make ethical decisions. |
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7 |
PLO7: Apply modern project management techniques, economic and decision-making techniques, and to work effectively as a member or leader in teams, preferably in a multidisciplinary setting.
SO-5: An ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives. |
PI -7.1: Project Management
Satisfactory: Effectively applies project management techniques.
Developing: Applies techniques with minor gaps.
Unsatisfactory: Fails to use project management effectively. |
PI -7.2: Teamwork and Leadership
Satisfactory: Works effectively as a team member/leader.
Developing: Works effectively with minor teamwork issues.
Unsatisfactory: Fails to function in a team. |
PI -7.3: Economic and Decision-Making Techniques
Satisfactory: Applies decision-making techniques effectively.
Developing: Somewhat effective, minor gaps.
Unsatisfactory: Fails to apply decision-making techniques. |
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8 |
PLO8: Communicate effectively on engineering activities with a range of audiences.
SO-3: An ability to communicate effectively with a range of audiences. |
PI-8.1: Clarity of Communication
Satisfactory: Clearly presents ideas & results.
Developing: Communicates with minor clarity issues.
Unsatisfactory: Fails to convey ideas clearly. |
PI-8.2: Audience Adaptation
Satisfactory: Adjusts communication based on audience.
Developing: Adapts style with minor gaps.
Unsatisfactory: Fails to adapt communication. |
PI-8.3: Use of Visual Aids
Satisfactory: Uses visual aids effectively.
Developing: Uses visual aids with minor issues.
Unsatisfactory: Ineffective use of visual aids. |
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9 |
PLO9: Engage in life-long learning for acquiring and implementing knowledge, as needed, using suitable learning strategies
SO-7: An ability to acquire and apply new knowledge as needed, using appropriate learning strategies. |
PI-9.1: Engagement in Learning
Satisfactory: Actively engages in self-learning.
Developing: Engages in learning with minor inconsistencies.
Unsatisfactory: Fails to engage in learning. |
PI-9.2: Implementation of Knowledge
Satisfactory: Effectively applies new knowledge.
Developing: Applies knowledge with minor gaps.
Unsatisfactory: Fails to apply new knowledge. |
PI-9.3: Use of Learning Strategies
Satisfactory: Effectively uses learning strategies.
Developing: Uses strategies with minor gaps.
Unsatisfactory: Does not use effective learning strategies. |
- GA-1: Scholarship of Knowledge
- GA-2: Problem Solving
- GA-3: Critical Thinking
- GA-4: Usage of Modern Tools
- GA-5: Communication
- GA-6: Ethical Practices and Social Responsibility
- GA-7: Independent and Reflective Learning
- GA-8: Research/Investigation Skill
- GA-9: Life-long Learning
- KPI-P-01: Student’s Evaluation of Quality of learning experience in the Program
- KPI-P-02: Student’s evaluation of the quality of the courses
- KPI-P-03: Completion Rate
- KPI-P-04: First year Students Retention Rate
- KPI-P-05: Students' performance in the professional and/or national examinations
- KPI-P-06: Graduates’ employability and enrolment in postgraduate programs
- KPI-P-07: Employers' evaluation of the program graduate’s proficiency
- KPI-P-8: Ratio of students to teaching staff
- KPI-P-9: Percentage of publications of faculty members
- KPI-P-10: Rate of published research per faculty member
- KPI-P-11: Citations rate in refereed journals per faculty
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