Group project forms an integral part of engineering education because creating connections between the course modules and its applications can be a difficult task. Therefore, team dynamics can play a major role in determining the success rate of learners. The jigsaw approach in the context of engineering education creates expert teams from a group of students by bringing together sub-sets of a group, with each team saddled with the responsibility of studying a specific module and discussing the outcomes with peers. In this study, the jigsaw method is abstracted from the collaborate section of the new pedagogy- CACPLA (Communicate, Active, Collaborate, Problem-based Solving, Learning and Assessment), and assisted with tutorials and peer facilitated studies on elasticity. The broad subject was sub-divided into subsections such as: stress and strain in engineering materials, elasticity hysteresis, Hooke's law, stress tensors, bulk modulus, modulus of elasticity, and young modulus. Based on these subtopics, each of the 7 sub-groups were entrusted with creating scenarios for solving actual problems. We present case-studies on how the collated jigsaw pieces were useful to support the students and create in-depth knowledge on the subject matter.
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