Kart Craze: Drive and Design!

Category	Learning Goal	Stage 1	Stage 2	Stage 3	Stage 4
Collaboration	Collaborative Problem-Solving - Demonstrate effective teamwork in constructing and testing different go-kart components, utilizing collective problem-solving strategies to overcome engineering challenges and make necessary design adjustments.	I can actively participate in group discussions and tasks, listen to my teammates' ideas, and contribute my own solutions when working together to build and test our go-kart I can show how we used collective problem-solving strategies to overcome an engineering challenge by clearly explaining the steps we took and how our design was improved.	I can work with my team to successfully construct and test go-kart components by sharing ideas and listening to others I can identify problems during the engineering process and contribute to finding solutions by suggesting improvements and making adjustments with my peers.	I can work effectively within my team to collaboratively construct and test various go-kart components by actively sharing ideas and contributing to solving engineering challenges, and I make informed design adjustments based on the feedback and trial results.	I can effectively collaborate with my team to construct and test go-kart components, using our combined skills and insights to identify and solve engineering challenges I actively contribute to brainstorming sessions, listen to peers’ ideas, and help implement innovative design solutions that enhance the go-kart's performance and safety.
Engineering	Mechanical Design and Analysis - Apply principles of mechanical design to create a functional go-kart, including frame construction and power source integration, and analyze the effects on speed, stability, and safety.	I can explore real-world go-kart models and identify at least one key element each for speed, safety, and design during a group discussion Back in the classroom, I can find and describe one innovative go-kart design online, explaining how it can inspire my project ideas.	I can demonstrate my understanding of mechanical design by constructing a go-kart frame that includes essential components for power delivery and rider safety I actively participate in team discussions to choose effective materials and design elements, ensuring my go-kart meets speed and stability goals while reflecting thoughtful safety considerations.	I can successfully construct a go-kart frame using selected materials and design principles, ensuring it supports the desired engine power and includes critical safety features I can also analyze trial run data to evaluate the go-kart's speed and stability, identifying areas for improvement and making necessary adjustments through design iterations.	I can design and build a go-kart that seamlessly integrates a sturdy frame, efficient power system, and comprehensive safety features, demonstrating my understanding by effectively balancing speed, stability, and safety in my final product I document my process in a detailed portfolio, clearly explaining my design decisions and showing evidence of testing and iteration.
Safety	Safety and Risk Management - Develop and implement a comprehensive safety manual specific to your designed go-kart, ensuring that operational efficiencies and rider safety standards are met and documented.	I can identify basic safety features that are important for my go-kart but may need support to fully implement them into my design I am starting to think about how safety and operation go hand-in-hand, but I might require guidance to clearly document these ideas in my safety manual.	I can identify essential safety features and document them in a manual, highlighting how they protect riders and ensure efficient operation of my go-kart I demonstrate an understanding of safety standards by describing procedures to minimize risks during go-kart testing and exhibition, and I can communicate safety protocols clearly.	I can design and implement a detailed safety manual that outlines specific safety precautions, operational guidelines, and emergency procedures for my go-kart, ensuring it meets recommended safety standards and enhances rider protection.	I can create a detailed safety manual for my go-kart that clearly outlines operational procedures, identifies potential hazards, and provides specific safety instructions to ensure both the efficient and safe operation of the go-kart My manual includes annotated diagrams and step-by-step guides that reflect my understanding of safety requirements and demonstrate my ability to apply these principles to my design.
Critical Thinking	Critical Reflection and Documentation - Maintain a detailed digital portfolio documenting design choices, engineering calculations, and reflections on trial runs, illustrating critical thinking and iterative learning throughout the project.	I can maintain an organized digital portfolio where I clearly document the design choices I make, include detailed engineering calculations, and thoughtfully reflect on each trial run, showing how I use these experiences to improve my go-kart design and problem-solve effectively.	I can consistently add detailed explanations of why I chose specific materials and design elements for my go-kart, and I describe how each trial influenced my next steps, showing a clear understanding of the impact on performance and safety while sharing insights during group discussions.	I can effectively document my design choices, engineering calculations, and reflections on trial runs in a digital portfolio, showcasing my ability to think critically and adjust my strategies based on real-world testing outcomes.	I can maintain a comprehensive digital portfolio that clearly documents my design choices, incorporates detailed engineering calculations, and includes thoughtful reflections on each trial run, demonstrating my ability to critically analyze each step and iteratively improve my go-kart design.
Communication	Design Communication and Exhibition - Effectively communicate design processes and decisions during the Go-Kart Showcase Day through an interactive presentation of your project, engaging peers and visitors with insights into your innovative solutions and design outcomes.	I can clearly explain the design choices I made for my go-kart during the showcase, using specific examples from my project to illustrate how my decisions impact speed, stability, and safety I actively engage with peers and visitors by sharing insights into the challenges I faced and the innovative solutions I developed, encouraging questions and feedback.	I can explain the design process of my go-kart and showcase the key innovations during the Go-Kart Showcase Day, using clear examples and engaging visuals to illustrate my design strategies and solutions to peers and visitors.	I can clearly communicate my go-kart design process and decisions by presenting my digital portfolio during the Showcase Day, highlighting my innovative solutions and the challenges I overcame, and actively engaging peers and visitors in meaningful discussions about my design outcomes.	I can articulate my design process and decisions clearly and confidently during the Go-Kart Showcase Day by engaging visitors with a detailed presentation that includes my innovative solutions, design sketches, and trial outcomes I welcome questions and provide thoughtful, insightful responses that demonstrate my understanding of the engineering challenges and how I addressed them.

Collaboration

Collaborative Problem-Solving - Demonstrate effective teamwork in constructing and testing different go-kart components, utilizing collective problem-solving strategies to overcome engineering challenges and make necessary design adjustments.

I can actively participate in group discussions and tasks, listen to my teammates' ideas, and contribute my own solutions when working together to build and test our go-kart
I can show how we used collective problem-solving strategies to overcome an engineering challenge by clearly explaining the steps we took and how our design was improved.

I can work with my team to successfully construct and test go-kart components by sharing ideas and listening to others
I can identify problems during the engineering process and contribute to finding solutions by suggesting improvements and making adjustments with my peers.

I can work effectively within my team to collaboratively construct and test various go-kart components by actively sharing ideas and contributing to solving engineering challenges, and I make informed design adjustments based on the feedback and trial results.

I can effectively collaborate with my team to construct and test go-kart components, using our combined skills and insights to identify and solve engineering challenges
I actively contribute to brainstorming sessions, listen to peers’ ideas, and help implement innovative design solutions that enhance the go-kart's performance and safety.

Engineering

Mechanical Design and Analysis - Apply principles of mechanical design to create a functional go-kart, including frame construction and power source integration, and analyze the effects on speed, stability, and safety.

I can explore real-world go-kart models and identify at least one key element each for speed, safety, and design during a group discussion
Back in the classroom, I can find and describe one innovative go-kart design online, explaining how it can inspire my project ideas.

I can demonstrate my understanding of mechanical design by constructing a go-kart frame that includes essential components for power delivery and rider safety
I actively participate in team discussions to choose effective materials and design elements, ensuring my go-kart meets speed and stability goals while reflecting thoughtful safety considerations.

I can successfully construct a go-kart frame using selected materials and design principles, ensuring it supports the desired engine power and includes critical safety features
I can also analyze trial run data to evaluate the go-kart's speed and stability, identifying areas for improvement and making necessary adjustments through design iterations.

I can design and build a go-kart that seamlessly integrates a sturdy frame, efficient power system, and comprehensive safety features, demonstrating my understanding by effectively balancing speed, stability, and safety in my final product
I document my process in a detailed portfolio, clearly explaining my design decisions and showing evidence of testing and iteration.

Safety

Safety and Risk Management - Develop and implement a comprehensive safety manual specific to your designed go-kart, ensuring that operational efficiencies and rider safety standards are met and documented.

I can identify basic safety features that are important for my go-kart but may need support to fully implement them into my design
I am starting to think about how safety and operation go hand-in-hand, but I might require guidance to clearly document these ideas in my safety manual.

I can identify essential safety features and document them in a manual, highlighting how they protect riders and ensure efficient operation of my go-kart
I demonstrate an understanding of safety standards by describing procedures to minimize risks during go-kart testing and exhibition, and I can communicate safety protocols clearly.

I can design and implement a detailed safety manual that outlines specific safety precautions, operational guidelines, and emergency procedures for my go-kart, ensuring it meets recommended safety standards and enhances rider protection.

I can create a detailed safety manual for my go-kart that clearly outlines operational procedures, identifies potential hazards, and provides specific safety instructions to ensure both the efficient and safe operation of the go-kart
My manual includes annotated diagrams and step-by-step guides that reflect my understanding of safety requirements and demonstrate my ability to apply these principles to my design.

Critical Thinking

Critical Reflection and Documentation - Maintain a detailed digital portfolio documenting design choices, engineering calculations, and reflections on trial runs, illustrating critical thinking and iterative learning throughout the project.

I can maintain an organized digital portfolio where I clearly document the design choices I make, include detailed engineering calculations, and thoughtfully reflect on each trial run, showing how I use these experiences to improve my go-kart design and problem-solve effectively.

I can consistently add detailed explanations of why I chose specific materials and design elements for my go-kart, and I describe how each trial influenced my next steps, showing a clear understanding of the impact on performance and safety while sharing insights during group discussions.

I can effectively document my design choices, engineering calculations, and reflections on trial runs in a digital portfolio, showcasing my ability to think critically and adjust my strategies based on real-world testing outcomes.

I can maintain a comprehensive digital portfolio that clearly documents my design choices, incorporates detailed engineering calculations, and includes thoughtful reflections on each trial run, demonstrating my ability to critically analyze each step and iteratively improve my go-kart design.

Communication

Design Communication and Exhibition - Effectively communicate design processes and decisions during the Go-Kart Showcase Day through an interactive presentation of your project, engaging peers and visitors with insights into your innovative solutions and design outcomes.

I can clearly explain the design choices I made for my go-kart during the showcase, using specific examples from my project to illustrate how my decisions impact speed, stability, and safety
I actively engage with peers and visitors by sharing insights into the challenges I faced and the innovative solutions I developed, encouraging questions and feedback.

I can explain the design process of my go-kart and showcase the key innovations during the Go-Kart Showcase Day, using clear examples and engaging visuals to illustrate my design strategies and solutions to peers and visitors.

I can clearly communicate my go-kart design process and decisions by presenting my digital portfolio during the Showcase Day, highlighting my innovative solutions and the challenges I overcame, and actively engaging peers and visitors in meaningful discussions about my design outcomes.

I can articulate my design process and decisions clearly and confidently during the Go-Kart Showcase Day by engaging visitors with a detailed presentation that includes my innovative solutions, design sketches, and trial outcomes
I welcome questions and provide thoughtful, insightful responses that demonstrate my understanding of the engineering challenges and how I addressed them.