Imagine a career where creativity and problem-solving come together to make playtime even more fun. Toymaking might seem like it’s all about imagination and fun, but it’s also a playground for math enthusiasts. Whether you’re designing circuits for robotic toys or engineering the perfect racetrack, math plays a starring role in bringing toys to life.

This Math at Work article by Sarah Williams dives into the fascinating world of toymaking, exploring how professionals use math to create some of the coolest toys around. Let’s take a closer look at how math powers this exciting industry.

The Role of Math in Toymaking

Toy designers combine creativity with mathematical skills to create engaging, functional, and safe toys. The article highlights three professionals whose careers show how math is at the heart of toymaking:

• Pat Murphy at Klutz brings science and craft together. Whether it’s creating flying paper dragons or crafting bracelets that involve topology, her work relies on precision and mathematical principles.
• Geof Lipman at littleBits leads a team that designs electronic modules for creative projects, using algebra, trigonometry, and Ohm’s law to develop tools for future inventors.
• Randy Belding at Blu Track applies concepts like momentum and acceleration to design flexible racetracks that double as hands-on physics lessons.

Math in Action: Toymaker Challenges

From calculating center of mass for paper airplanes to designing circuits that make toys move and blink, math challenges in toymaking are as exciting as they are rewarding. For example:

• Paper Airplane Design: Ensuring balance by adjusting the center of gravity involves applying physics principles.
• Racetrack Engineering: Creating a track with the right curves and slopes requires understanding catenary curves and velocity.
• Electronic Toys: Building circuits involves applying algebra and trigonometry to create functional, safe, and creative designs.

Each of these challenges demonstrates how math modeling and creative thinking make it possible to turn ideas into real, marketable products.

Dream Job, Anyone?

If you’re a student or educator, this article is a fantastic way to explore the intersection of math, engineering, and creativity. It’s also a great conversation starter for students interested in STEM careers. The toymaking industry is proof that math can lead to fun and fulfilling opportunities in unexpected places.

Download the Math at Work Resource

Curious to learn more about how math helps create amazing toys? Download the full article here (free for all COMAP members, and it’s free to join!), and discover how professionals apply math in their daily work. Let’s inspire the next generation of toy designers to combine their love of play with the power of math!

Interested in More?

Check out these three articles about math-related careers by Sarah Williams: 

• Top Jobs
• 101 Careers for Math Teachers
• Software Engineering: From Machine Learning to Social Sharing<