STEM Project Research
Reference Websites
Dec 12, 2022 ... A rush to electric cars may put the cart before the horse, say experts. While EVs are the sexy side of energy transition, they come with ...
www.cbc.caJun 8, 2020 ... Comparative Well-to-Wheel Emissions Assessment of Internal Combustion Engine and Battery Electric Vehicles. ... Medicine and Science in Sports and ...
www.nature.comare similar to hybrid-electric vehicles (HEVs) except that they have batteries with a larger energy storage capacity, which can be recharged from the electric ...
www.jstor.orgOct 24, 2023 ... ... electric vehicles and clean energy technologies, a new report from the International Energy Agency says ... Sports -Hockey -NHL. Why the ...
www.cbc.caDec 11, 2022 ... *Less if eligible for electric vehicle rebates. Chart: Dexter McMillan Source: Clean Energy Canada.
www.cbc.caJun 23, 2022 ... where an electric vehicle uses about 20 kilowatt [hours] of energy ... Sports -Hockey -NHL. Why the greatness of hip-hop in Canada is hugely ...
www.cbc.caMay 17, 2016 ... ... energy impact, yet even if all cars were powered by electricity, it ... Energy balance: a crucial issue for exercise and sports medicine. Br ...
onlinelibrary.wiley.com
Nov 17, 2022 ... ... electric vehicle market. We look forward to continuing engagements ... energy tax credits in the U.S.," said Parks. Vale and GM have also ...
www.theglobeandmail.comAug 7, 2022 ... ... energy investments as well as provisions that will lower the cost of ... Sports -Hockey -NHL. Why the greatness of hip-hop in Canada is hugely ...
www.cbc.caSep 30, 2023 ... A 2022 report from Clean Energy Canada estimated the country has the potential to build a domestic EV battery supply chain that could support up ...
www.cbc.caAI-Generated Project Ideas
- Designing a smart sports glove that tracks and analyzes performance metrics of athletes, such as grip strength, speed of throwing/punching, and impact force.
- Investigating the efficiency of different energy sources for powering electric vehicles, comparing the use of solar panels, wind turbines, and regenerative braking systems.
- Analyzing the effects of different workout routines on energy expenditure, measuring calories burned during various fitness activities and comparing the results.
- Exploring the use of kinetic energy generated by sports activities (e.g., running, cycling) to power portable electronic devices or charge batteries, creating a portable energy harvesting system.
- Sports/Fitness: Create a wearable device that tracks and analyzes the movements and performance of athletes in real-time, helping them improve their technique and prevent injuries.
- Energy: Develop a solar-powered charging station for electric bicycles that utilizes renewable energy to charge the batteries, providing a sustainable and convenient option for cyclists.
- Electric Vehicles: Build an autonomous electric go-kart using Arduino or Raspberry Pi, incorporating sensors and programming to navigate a track without human intervention, showcasing the potential of self-driving vehicles.
- Sports/Fitness: Design a smart helmet for cyclists that includes built-in sensors and alerts to ensure safety, such as detecting obstacles, monitoring head impacts, and providing real-time weather updates.