Introduction to Project - Present the 'Catapult Kickoff Challenge' with a demonstration of a working catapult to spark interest and curiosity (20 min)

Brainstorming Session - Facilitate a discussion on the essential questions and brainstorming initial ideas about catapult functionality and design (30 min)

Lab Safety Training - Conduct a session on lab safety and measurement tools, emphasizing power tool safety and accurate data collection methods (35 min)

Design Thinking Workshop - Guide students in identifying design constraints and discussing potential solutions for the catapult construction (45 min)

Material Exploration - Have students explore various materials and tools available for their catapult construction, emphasizing safety protocols (40 min)

Computer-Aided Design Introduction - Conduct a tutorial on CAD software, focusing on creating digital models of catapult designs (40 min)

Design Iteration Practice - Have students practice iterative design processes using CAD software to refine their initial catapult concepts (45 min)

Team Build Session - Organize teams to start constructing simple catapults using everyday materials, applying engineering design principles (50 min)

Newton's Laws Exploration - Facilitate a discussion on Newton's Laws of Motion and their application to catapult functionality (35 min)

Prototype Testing - Guide students in testing their simple catapult prototypes, focusing on adjustments based on performance data (40 min)

Reflection and Feedback - Organize a peer review session for students to present their prototypes and receive constructive feedback (45 min)

Advanced CAD Modeling - Guide students in finalizing their digital catapult models, focusing on detailed components and constraints adherence (40 min)

Physical Prototype Construction - Facilitate teams in starting the construction of their catapult using plywood, emphasizing power tool safety and precision (45 min)

Construction Continuation - Support students in progressing with their catapult construction, ensuring all safety protocols are followed (50 min)

Newton's Laws Application - Conduct a hands-on activity to test and adjust their catapult prototypes for optimal launch distance and accuracy using Newton's Laws (35 min)

Final Assembly and Testing - Assist teams in completing their catapult assembly and conducting initial launch tests, focusing on data collection for improvements (50 min)

Peer Feedback Session - Organize a session where students present their nearly completed catapults, receiving feedback on functionality and design (35 min)

Revision and Refinement - Guide students in making necessary adjustments to their catapults based on test data and peer feedback (45 min)

Instruction Manual Drafting - Facilitate the creation of detailed instruction manuals using CAD drawings, highlighting design processes and safety practices (40 min)

Launch Day Preparation - Help students prepare their catapults and presentations for the exhibition event, ensuring all components are ready and functional (40 min)

Exhibition and Reflection - Host the 'Launch Day' event where students demonstrate their projects and reflect on their learning journey and challenges faced (45 min)