Source: Tim McGarveyBoth STEM and sports get a bad rap. In the corridors of learning, science is sometimes seen as esoteric or irrelevant, while sports are seen as base or quotidian. Kids are often repelled by the former and drawn by the latter, mostly due to a misunderstanding about the intersection between math and athletics, between technology and physicality.Fortunately, the possibilities of animations and motion graphics have helped visualize sports in riveting, educational ways. On both the professional and personal levels, data-driven graphics can bring to life the genuine learning benefits of athletics in STEM (Science, Technology, Engineering, and Math) courses.Source: Spov Design + Moving ImageIn digitally nuanced videos, physics meets the real-world. Body kinesthesia moves from the static textbook page to vibrant video overlay. The visualizations can layer equations and statistics atop everyday pastimes. Sports heroes become humanized in analyzing the biology and chemistry that make them great. Familiar backyard games become elevated by realizing the arcs and velocities necessary to score a goal.Furthermore, these stunning artistic creations validate the requisite addition of the "A" to STEM. A complete "STEAM" approach, including the Arts, proves the value of imagination, design, and narration in producing such compelling animations.Source: Tim McGarveyWe've explored before the benefits of sports science in the classroom:Motion Infographics - The Science Of Sports Visualizing The World Cup - Interactive Infographics Of Tournament Math & History The America's Cup - A Victory For Visualizations Figuring The Skating Math - Watching & Teaching The Sochi Olympics The Olympics In The Classroom - Videos And Motion GraphicsThe following motion graphics and animations take the discussion even further, looking for fresh avenues to incorporate the personal interests of students into their science and math educations. These videos are great kick-offs to a morning's discussion, and they are valuable context-builders for putting formulas, trajectories, and graphs in their rightful, real-world contexts.

Source: Tim McGarvey

Both STEM and sports get a bad rap. In the corridors of learning, science is sometimes seen as esoteric or irrelevant, while sports are seen as base or quotidian. Kids are often repelled by the former and drawn by the latter, mostly due to a misunderstanding about the intersection between math and athletics, between technology and physicality.

Fortunately, the possibilities of animations and motion graphics have helped visualize sports in riveting, educational ways. On both the professional and personal levels, data-driven graphics can bring to life the genuine learning benefits of athletics in STEM (Science, Technology, Engineering, and Math) courses.

Source: Spov Design + Moving Image

In digitally nuanced videos, physics meets the real-world. Body kinesthesia moves from the static textbook page to vibrant video overlay. The visualizations can layer equations and statistics atop everyday pastimes. Sports heroes become humanized in analyzing the biology and chemistry that make them great. Familiar backyard games become elevated by realizing the arcs and velocities necessary to score a goal.

Furthermore, these stunning artistic creations validate the requisite addition of the "A" to STEM. A complete "STEAM" approach, including the Arts, proves the value of imagination, design, and narration in producing such compelling animations.

Source: Tim McGarvey

We've explored before the benefits of sports science in the classroom:

• Motion Infographics - The Science Of Sports 
• Visualizing The World Cup - Interactive Infographics Of Tournament Math & History 
• The America's Cup - A Victory For Visualizations 
• Figuring The Skating Math - Watching & Teaching The Sochi Olympics 
• The Olympics In The Classroom - Videos And Motion Graphics

The following motion graphics and animations take the discussion even further, looking for fresh avenues to incorporate the personal interests of students into their science and math educations. These videos are great kick-offs to a morning's discussion, and they are valuable context-builders for putting formulas, trajectories, and graphs in their rightful, real-world contexts.