STEM Project Research
Reference Websites
Dec 14, 2022 ... Collectively, the aerobic energy system is highly activated during ice hockey match-play and a well-developed (but not necessarily extraordinary) ...
onlinelibrary.wiley.com
Dec 10, 2022 ... aerobic, anaerobic, fatigue, high- intensity exercise, muscle metabolism, team- sport. 1 | INTRODUCTION. Modern ice hockey was first played ...
onlinelibrary.wiley.comSep 9, 2015 ... Connor McDavid was a wispy teen when he first met former player and trainer Gary Roberts a few years ago. Now, he's a chiselled 18-year-old ...
www.theglobeandmail.comMar 10, 2010 ... My goal: "To be fit and healthy for my family and have energy for work." My workout: "I work out four times a week and play hockey twice a ...
www.theglobeandmail.comApr 3, 2012 ... These findings suggest that elite trained ice hockey players display ... in physical exercise recreationally but not on a regular basis.
cdnsciencepub.comOct 25, 2010 ... Eight elite female field hockey players performed 50 min of a field ... Players who commence match-play in a state of hypohydration may be ...
onlinelibrary.wiley.comDec 14, 2022 ... Abstract Ice hockey is an intense team sport characterized by repeated ... During ice hockey match-play both aerobic and anaerobic energy ...
onlinelibrary.wiley.comMar 31, 2014 ... My preteen son – a hockey player – wants to bulk up and has asked me to ... Anaerobic sports that require short bursts of intense energy, ...
www.theglobeandmail.comOct 27, 2016 ... Hockey group (HOC). Participants played five intervals of 7 min, three against three hockey on a 22 × 12 m indoor pitch. Rest intervals of 2 min ...
onlinelibrary.wiley.comDec 23, 2022 ... Over 33% of these athletes stated they would use a banned substance if it improved their chances of playing in the NHL. Performance enhancing ...
www.nature.comAI-Generated Project Ideas
- Design a smart fitness tracker for hockey players that can track their speed, heart rate, calories burned, and other vital statistics. The tracker should be customized for the specific demands of hockey players, and should be able to provide insights on how to improve their training and performance.
- Investigate the role of renewable energy sources in powering ice rinks for hockey games. Compare the costs and benefits of using renewable energy sources such as solar, wind, and geothermal, and assess their feasibility for different regions and climates.
- Create a visual simulation of the physics of hockey, using a 3D model and graphics software. Analyze the laws of physics that govern puck movement, collisions between players, and other aspects of the game, and explain how they impact the overall strategy and tactics of teams.
- Develop a virtual reality training program for hockey players that simulates real game scenarios and challenges. Use motion capture technology to record actual hockey players in action, and use the data to create realistic simulations that can help players improve their skills and decision-making ability on the ice.
- Investigate how different lighting systems impact energy usage in ice hockey arenas.
- Design and test a new type of hockey stick using advanced materials to improve performance and reduce weight.
- Research and compare the energy output of different types of fitness equipment, such as treadmills, ellipticals, and stationary bikes.
- Create a prototype for a wearable fitness tracker specifically designed for ice hockey players.