Creating interest on microwave and antenna design course among students through iovp blended teaching method
Publication details: Pune Engineering Education Foundation 2025Edition: Vol.38(3), JanDescription: 126-135pSubject(s): Online resources: In: Journal of engineering education transformations (JEET)Summary: Inthiseraofrapidtechnological advancement, microwave engineering and antenna designplaypivotalrolesinthedevelopmentof cutting-edge communication systems, radar systems, satellite technology, and beyond. Despite the critical importance of these subjects, attracting and retaining student interest can be a difficult task due to their observedcomplexityandperception.Thisstudy presents a systematic IOVPblended approach aimed at creating interest and fostering engagement among students during the introductory session of microwave and antennas course. This paper also outlines lab-based methods aimed at fostering enthusiasm for microwave and antenna courses through hands-on learningexperiences,utilizinginteractive simulations,andincorporatingreal-world applications. Furthermore, this study assesses the effectivenessoftheapproachthroughsurvey feedbackfromstudentswhoparticipatedinthe course. The results indicate a significant increase in studentinterestandengagement,aswellasan improved perception of the course's relevance and importance.| Item type | Current library | Status | Barcode | |
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Articles Abstract Database
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School of Engineering & Technology Archieval Section | Not for loan | 2025-1264 |
Inthiseraofrapidtechnological advancement, microwave engineering and antenna designplaypivotalrolesinthedevelopmentof cutting-edge communication systems, radar systems, satellite technology, and beyond. Despite the critical importance of these subjects, attracting and retaining student interest can be a difficult task due to their observedcomplexityandperception.Thisstudy presents a systematic IOVPblended approach aimed at creating interest and fostering engagement among students during the introductory session of microwave and antennas course. This paper also outlines lab-based methods aimed at fostering enthusiasm for microwave and antenna courses through hands-on learningexperiences,utilizinginteractive simulations,andincorporatingreal-world applications. Furthermore, this study assesses the effectivenessoftheapproachthroughsurvey feedbackfromstudentswhoparticipatedinthe course. The results indicate a significant increase in studentinterestandengagement,aswellasan improved perception of the course's relevance and importance.
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