Written by an engineer, this classroom activity was developed to foster Engineering and Design skills for Years 6-9 students. The activity helps students experience real-world conditions such as peer review and working within a budget.
The curriculum is designed for 3 weeks of class time. Students begin by learning engineering and rapid prototype processes and seeing how the 3D printer operates. Then, they work in teams to design their own battery-operated cars, using the 3D printer to make parts to construct their vehicles. Finally, they see the results of their work on race day.
This kit provides all the parts needed to create 50 battery-operated cars; however, some parts can be made with the 3D printer if desired. Includes wheels, axles, chassis, battery holders, batteries, motors, and other necessary components and hardware. It also includes 250 Engineering Notebooks for student use, a DVD, Teacher's Guide, five Competition Catalogues, and drill assemblies for cleaning axle holes. Contains 15 hours of teaching content. Suits up to 5 sessions of 50 students.
Requires a 3D printer (not included).
This kit includes the following: - Pitsco 3D Printing: Vehicle Engineering Class Pack.
- Pitsco 3D Printing: Vehicle Engineering Curriculum.
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