'Scalextric 4 Schools' is an incredible new curriculum for schools to get their students excited about auto engineering, and it's backed by James May of 'Top Gear.' Using toy-sized Scalextric cars on slot tracks, schools will compete to see whose designs are the fastest and most well-made.
'Scalextric 4 Schools' is more than just a race, however. To prepare, students will have to study car design and electric propulsion. They'll also have to master CAD software, laser cutters and CNC routers, according to Autoblog. Letting kids indulge their creativity through this program is a fantastic way to solve the lack of automotive engineers worldwide.
Studying Slot Cars in Schools
James May from 'Top Gear' Backs 'Scalextric 4 Schools'
Trend Themes
1. Auto Engineering Education - The 'Scalextric 4 Schools' curriculum presents an opportunity for schools to incorporate auto engineering education into their programs and engage students in the field.
2. Integrating Design and Technology - The use of CAD software, laser cutters, and CNC routers in 'Scalextric 4 Schools' encourages schools to integrate design and technology education, fostering innovation and problem-solving skills.
3. Stimulating Creative Thinking - Encouraging students' creativity through the 'Scalextric 4 Schools' program can lead to disruptive innovation opportunities by nurturing out-of-the-box ideas and approaches to automotive engineering.
Industry Implications
1. Education - 'Scalextric 4 Schools' presents a unique opportunity for the education industry to incorporate auto engineering concepts into the curriculum and inspire future generations of automotive engineers.
2. Automotive - The 'Scalextric 4 Schools' program creates an avenue for the automotive industry to engage with young talent, potentially identifying and nurturing aspiring engineers.
3. Toy and Hobby - The integration of advanced technologies and design principles in 'Scalextric 4 Schools' opens up possibilities for the toy and hobby industry to innovate and expand their offerings.