Nominated for 2017 Red Maple and Rocky Mountain Book Awards. Writers Union member. Passionate about sparking an interest in Science. $275 for one session, $475 for two, $650 for three, $800 for four (full day). Full day price can be split between neighbouring schools. Travel fee waived for Toronto and GTA.
Simon majored in Math, Applied Math and Computer Science and later completed an MBA at York University. After retiring from a career as an Information Technology professional, one of his interests has been writing books for children. He believes that it’s important for students to be STEM-literate (Science Technology Engineering and Math). He loves to spark kids’ interest in Science.
Simon’s latest book, Faster, Higher, Smarter: Bright Ideas that Transformed Sports, nominated for both 2017 Red Maple and Rocky Mountain Book Awards, and is also a finalist for the AAAS (American Association for the Advancement of Science) 2017 SB&F Prize, shows kids that basic science concepts are highly relevant to sports. He tells fascinating stories of people who came up with bright ideas which had a huge impact on various sports. For each innovation, he explains the science of why the innovation was so effective.
Some innovators were athletes, many of them quite young (the youngest was twelve!) But other backgrounds include scientists, a farmer and a security guard. The human interest in the stories is compelling and inspirational. A clear message is that being inquisitive and exploring can result in significant discoveries.
By telling the story of several innovators, a presentation can be tailored to demonstrate the widespread significance of basic scientific concepts such as:
- Energy and the conversion between kinetic, elastic and potential energy.
- Fluid resistance (air and water).
- Centre of gravity.
Other themes that can be highlighted:
- Disabled sports. The inventors of the sports wheelchair and the blade prosthetic were both young adults who were injured in sporting accidents. They were both determined not to let their injuries prevent them from active lives. They were dissatisfied with the quality of wheelchairs and prosthetic legs, respectively. And both came up with radically new inventions to meet their own needs.
- Innovation as a result of crossing fields of expertise. Examples include using fiberglass fishing poles to develop vaulting poles; hang gliding technology for wheelchairs; aircraft technology for skis.
For all presentations it would be extremely helpful to have computer projection available to show a Powerpoint presentation and / or images and video. Simon will bring these on a USB (‘thumb’) drive.
The scientific concepts are best for grades 7 and up.
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