Engineering a Totally Rad Skateboard with Max Axiom, Super Scientist (Graphic Science and Engineering in Action)
#13 in Max Axiom Super Scientist Series
What’s inside...
In graphic novel format, follows Max Axiom as he uses the engineering process to design and build a skateboard for his nephew Nick who wants to enhance his skateboarding skills with a new board.
Discussion points
What did you learn about the science and engineering behind building a skateboard?
How does Max Axiom make the process of creating a skateboard seem exciting? Are there any methods he uses that you found particularly interesting?
Can you identify the problems Max faces in the book and discuss how he solves them?
What are some key qualities or traits that Max demonstrates that you think are important for scientists or engineers?
If you could design your skateboard, what features would you include and why?
Tip: Role play these questions
To keep the conversation engaging and educational, try connecting the themes of the book to your child’s personal experiences, like any skateboarding they've done or their interest in how things work. Encourage them to think critically about the design and function aspects discussed in the book, asking them how they would apply these ideas in real life. Reinforce the value of persistence and creativity, traits Max Axiom displays, which are vital for success in science, technology, engineering, and mathematics (STEM) fields.
Key lessons
Example Lesson: Problem-solving through science
Explanation: Max Axiom, the super scientist, uses his engineering skills to build a skateboard, showing how science is crucial in solving real-world problems.
Real-World Application: Children learn to approach challenges methodically and apply scientific principles to develop solutions, enhancing their critical thinking skills.
Example Lesson: Importance of perseverance
Explanation: Throughout the book, Max faces various challenges but doesn't give up. His persistence in finding solutions is highlighted.
Real-World Application: This lesson teaches children the value of persistence. When they face difficulties in learning or personal tasks, remembering Max’s perseverance can inspire them to keep trying.
Example Lesson: Creativity in STEM
Explanation: Max uses his creativity alongside scientific knowledge to engineer a unique skateboard, portraying that creativity is not confined to arts but is essential in STEM fields as well.
Real-World Application: Encourages children to think creatively when engaging in scientific activities or projects at school, showing them that innovative thinking is key in STEM.
Example Lesson: Teamwork and collaboration
Explanation: Max often collaborates with others to gather ideas and refine his skateboard, which exemplifies the importance of teamwork in achieving goals.
Real-World Application: This encourages children to work cooperatively in group settings, be it in sports, school projects, or family activities, recognizing that collaborative efforts can lead to success.
Example Lesson: Applying knowledge to real life
Explanation: The book demonstrates how Max applies his scientific knowledge to practical situations, in this case, building a skateboard, making science tangible and relatable.
Real-World Application: Helps children understand that the science they learn in school can be applied to everyday activities and encourages them to discover practical applications of their own learnings.