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Impact of Active Learning Methods on Students' Learning and Course Results
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Active involvement of the students during classroom sessions is becoming a tough task for those teaching to higher classes and upto some extent for those teaching in the schools. The reason is the change in learning styles of the students which ultimately call for the change in teaching styles too. In order, to satisfy the students in the world of competition today, the use of active and cooperative learning techniques is increased in the engineering institutes. This helps to increase the quality of technical education imparted by the institutes and help them to be distinguished due to the enhanced index of students' learning. The present study reports the application of some of the active learning techniques that include the Jigsaw technique, Muddiest point technique, Concept mapping, Case Study and Team-based learning. The different techniques are used for different segments of the 'Hydraulics and Pneumatics' course delivered to final year Automobile Engineering students studying in the final semester. The course contents, methodology of application of techniques, the students' responses and outcomes of application of the active learning techniques are discussed in the paper. It is concluded that proper planning, availability of resources and students' cooperation make it easier to apply modern-day teaching techniques. The positive change in students' learning level, their graduate attributes, passing percentage and average marks is noticed by doing the above-mentioned experiments during the classroom sessions.
Keywords
Active Learning, Classroom Sessions, Graduate Attributes, Students' Learning Level, Students' Responses.
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- Bonnie Nastasi and Douglas H. Clements (1991) Research on Cooperative Learning: Implications for Practice, Scholl Psychology Review,20(1), 130-131
- J. Patrick McCarthy and Liam Anderson (2000) Active Learning Techniques Versus Traditional Teaching Styles: Two Experiments from History and Political Science,Innovative Higher Education, 24(4),279-294
- Jenny A. Van Amburgh, John W. Devlin, Jennifer L. Kirwin and Donna M. Qualters. (2007) A tool for measuring active learning in the class room, American Journal of Pharmaceutical Education, 71(5), 1-8
- Luciana Barroso (2010) Active Learning Strategies to Enhance Learning in a Civil Engineering Graduate Vibrations Course, American Society for Engineering Education, 15.120.1- 15.120.10
- Kristin Stowe (2010) A Quick Argument for Active Learning: The Effectiveness of One-Minute Papers, Journal for Economic Educators, 10(1), 33-39
- Anurag Jain and Pravesh Kumar Dwivedi (2014) The Evidence for the Effectiveness of Active Learning, OrientalJournal of Computer Science and Technology,7(3), 401-405
- Xiaoming Sheng and Xuewu Hu, (2014) Teaching method reform of the hydraulic and pneumatic course based on engineering application cases, IEEE Workshop on Advanced Research and Technology in Industry Applications (WARTIA), 528-531
- Vinod Kumar V Meti and Arun C Giriyapur (2015) A Structured Approach To Teaching And Learning Hydraulics & Pneumatics Journal of Engineering Education Transformations, 28, 56-61
- Renata Fortuna Ramos (2015) Addressing Muddy Points Early in the Semester Increases Student Learning in a Bioinstrumentation Laboratory Course 122nd ASEE Annual Conference and Exposition, June 14 -17, 2015, Seattle, WA
- Robin M. Gillies. (2016) Cooperative Learning: Review of Research and Practice, Australian Journal of Teacher Education, 41(3), 39-54
- Sneha Tharayil , Maura Borrego, Michael Prince , Kevin A. Nguyen , Prateek Shekhar , Cynthia J. Finelli and Cynthia Waters (2018) Strategies to mitigate student resistance to active learning, International Journal of STEM Education,1-16
- Kalyana Chakravarthy Chilukuri (2020) A Novel Framework for Active Learning in Engineering Education Mapped to Course Outcomes, Procedia Computer Science, 172, 28-33
- Sandeep R. Desai and Satyajit R.Patil (2016) Design and execution of strategies for effective implementation of Outcomes Based Education (OBE) in Engineering, Journal of Engineering Education Transformations, 30(1), 111-117
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