Innovative Teaching Learning Methods
Innovative Teaching–Learning Practices
The Department of Electrical and Electronics Engineering is committed to enhancing the quality of education through the adoption of innovative teaching–learning methodologies. These practices are designed to promote active learning, critical thinking, and practical understanding among students, moving beyond conventional classroom approaches.
A variety of learner-centric strategies are implemented, including experiential learning, project-based activities, technology-enabled instruction, and collaborative learning techniques. These initiatives aim to bridge the gap between theoretical concepts and real-world applications, ensuring that students are well-equipped with the skills required for academic excellence and professional success.
| Sl. No. | Category | Initiative | Specific Actions | Outcomes/Impact |
|---|---|---|---|---|
| 1 | ICT-enabled | Google Classroom (LMS) integration | "Set up course-wise Google Classrooms to share lecture notes, assignments, quizzes; maintain continuous engagement and announcements. a) Course code and Name: EE407 Digital Signal Processing. b) Course code and Name: EE409 Electrical Machine Design c) Course code and Name: EE 304 Advanced Control Theory. d) Course code and Name: EE 302 Electro Magnetics. e) Course code and Name: EE 306 Power System Analysis. f) Course code and Name: EE 403 Distributed Generation and Smart Grids. | Improved resource accessibility; timely submissions; better tracking of student progress. |
| 2 | Innovative Pedagogy | Flipped Classroom Sessions | "Pre-class study material shared; student-led sessions followed by Q&A and faculty consolidation-Students were assigned syllabus topics in advance from the respective courses. They prepared the content and conducted sessions with faculty guidance. During class, time was utilized for discussions, clarifications, and problem-solving. After each student-led session, open discussions were held to reinforce concepts and clear doubts. Subject-EET201: CIRCUITS AND NETWORKS Semester:III Programme period:2021-2025 Faculty :HASNA A K Academic Year :2022-2023 Location:A201, A Block Date:12-09-2022 Participants:S3 EEE Topic :Linearity and Superposition principle; DC and AC circuit analysis; source transformation. " "Subject -EET301: POWER SYSTEMS I Semester:V Programme period:2021-2025 Faculty :Ms. Teresa Babu Academic Year :2023-2024 Activity title:Flipped Classroom Location:A201, A Block Date:16/10/23 Participants:S5 EEE" | Higher classroom engagement; deeper conceptual grasp; peer learning. |
| 3 | ICT-enabled / Assessment | Online Quizzes & Assignments | "Periodic quizzes and assignment submissions via LMS; formative assessment with feedback. COURSE: EET 304 POWER SYSTEMS II SEMESTER: VI FACULTY: LATHA THOMAS ACTIVITY TITLE: QUIZ GOOGLE FORM:https://docs.google.com/forms/d/e/1FAIpQLSf2RbMoidarxkMETx4i7rK2Y_y360OGQeT-X7fPRnGdgMOgbg/viewform DATE:08/02/2023 PARTICIPANTS: S6 EEE 2020-2024 BATCH " | |
| 4 | Practice-oriented | Simulation-based Learning | "Pre-lab simulation and design validation to choose component ratings before hardware build. EET306: POWER ELECTRONICS Semester:VI Programme period:2021-2025 Faculty :Anu M Ajith Academic Year :2023-2024 Activity title: Experiential Learning. Location:A203, A Block Date:12/03/2024 Participants:S6 EEE" | Reduced trial-and-error; safer lab practice; stronger design intuition. |
| 5 | Activity/Project-based | Activity- & Project-based Learning | "MCN401: INDUSTRIAL SAFETY ENGINEERING Semester:VII Programme period:2019-2023 Faculty :Vishnupriya P S Academic Year :2022-2023 Activity title:Debate Location:A201, A Block Date:28-09-2022 Participants:S7 EEE" "COURSE: EET 322 Renewable Energy Systems SEMESTER: VI FACULTY:HASNA A K ACTIVITY TITLE: MAKING MODELS VENUE: B 301 DATE:02/02/2024 PARTICIPANTS: S6 EEE 2021-2025 BATCH" | Applied learning; teamwork; communication and project management skills. |
| 6 | Demonstration | Use of Physical Models / Demonstrators | 3D/physical models for visualizing components and systems in class. "Mini/major projects; problem-solving activities; demonstrations integrated into courses. EET402: ELECTRICAL SYSTEM DESIGN AND ESTIMATION Semester:VIII Programme period:2019-2023 Faculty :Sanila C M Academic Year :2022-2023 Activity title :Physical Model Analysis Location:Department Date:29/03/23 Participants:S8 EEE" | Better visualization; bridges theory–practice gap. |
| 7 | Student Development | MOOCs (NPTEL/NIELIT) Participation | Broader exposure; creditable certifications; enhanced employability. |
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| 8 | Resource Support | Department Library Support | Access to 300+ department-level books, references, and past project reports. | Improved preparedness; supports self-study and projects. |