Winter Olympic Games Project

North Korea's decision to send athletes to the 2018 Winter Olympics has eased international worries about attending the Games in PyeongChang. Read an article by the Washington Post and adapted by Newsela that sheds light on the current...

Many mechanical phenomena are explained by a physics professor using Nick Goepper, a Winter Olympics 2014 slope-style skier, as the model. Beginning with kinetic and potential energy, the professor goes on to explain angular momentum and...

Learn about the center of mass and projectiles by examining the movement of Olympic figure skaters! Physics and skating fans will be delighted as they watch super athletes perform unbelievable feats. Arrows and text appear to highlight...

Alpine skiers have engineers looking out for their safety and for their performance. Physics and materials engineers consider how to dampen the vibrations that can be caused by bumps in the snow, vibrations that can cause the athletes to...

What a thrilling job for an engineer: designing advanced athletic competition suits! Which materials can most reduce friction and drag, and yet still be flexible enough to move with the athlete's body? With attention focused on Shani...

Chemistry concepts come alive against the backdrop of the Sochi Olympic Winter Games! Here is a captivating clip to share with your chemistry kids. It teaches how the bonds in a water molecule contribute to the formation of a lattice...

Here is a high-interest topic to inspire your engineering class: robots that can learn. These particular machines imitate the motion of athletes headed for the Olympic Winter Games. Hear from a professor of dynamics, systems, and control...

Speed skaters, hockey players, and ice skaters each have skates created specifically for their sports—an interesting fact for your Olympic Games fans! An engaging lesson explores the engineering design of different types of ice skates. 

Synthetic scaffolding can be used to regenerate biological tissue, such as muscle, tendons, and ligaments. When perfected, this biotechnological feat will help many injured athletes recover more quickly. Dr.Cato Laurencin explains the...

There are no tricks here! Young scholars learn about the concept of centripetal acceleration by studying the design of the snowboarding half pipe. A video lesson describes how the half pipe design affects the motion of the boarders.