Students will investigate ligament elasticity in the 'Ligament Olympics' through physical challenges, engage in drama skits to explore biomechanics concepts, and reflect on observations to define the problem and identify constraints.

Students will collaborate to brainstorm, sketch, and experiment with ideas for innovative ligament training exercises, incorporating their analysis of movement efficiency and elasticity to create preliminary designs for improvement in athlete performance.

Students will collaboratively select optimal materials and techniques to plan detailed 'Ligament Olympics' activities and the 'Ligament Mosaic' art project, integrating their understanding of biomechanics to design innovative, educational challenges over three focused planning days.

Students will construct, test, and refine prototype ligament training devices using everyday materials to apply their biomechanical insights, documenting their design process in visual storyboards for future refinement and experimentation.

Students will conduct hands-on 'Ligament Olympics' experiments by testing and analyzing the elasticity and speed of ligaments through interactive challenges and accurate data collection, validating their biomechanical models, and preparing insights for improvement.

Students will analyze results from the Kinesthetic Carnival to enhance their ligament exercises, participate in discussions to explore movement improvements, and refine their storyboard ideas for more effective performance modifications.

Students will present their 'Ligament Olympics' exercises and 'Ligament Mosaic' visual storyboards to peers and instructors, engage in reflective discussions to synthesize their research on ligament biomechanics and artistic expressions, and actively receive feedback to consolidate their learning journey.