Background
Winter in Canada can be unpredictable and extreme, bringing massive snowfalls, freezing temperatures, and dangerous ice. Last February, Hamilton experienced massive snowfall, causing extreme disruptions and the closure of campus and public transportation for multiple days. When the city is buried under snow, everyday travel becomes a challenge.
Students especially must brave the elements to get to campus, whether for a lecture, a lab, or that all-important final exam.
Problem
Hamilton got hit with another crazy winter! Before you know it, there is 5 feet of snow on the ground, and you are completely barricaded inside your house. Many roads have been closed off to transportation, and snowplows have not begun operation. You’re able to leave your home, but it is very difficult to travel due to the snowfall. Unfortunately, you have an exam you need to write, and despite the chaos, your professor insists you must get to campus to write your exam!
Your challenge is to design a multitool that helps you survive, shovel, and make it to campus in time for your exam.
Challange Objective
Design a portable, multifunctional winter tool that allows you to travel to campus despite having no access to transportation, as roads have been closed due to the inclement weather. It should support safe travel and essential problem-solving during severe winter conditions.
Constrains
- Must include at least 3 unique functions.
- These functions must be distinctly different.
- Pretend that you already have the materials available to you, such as in a garage (this includes mechanical and electrical components). You should consider using materials suitable for extreme cold temperatures.
- Design must be modular as you need to use it as you journey to campus. It should be compact and lightweight enough to store in a backpack or coat pocket once you arrive on campus.
- Focus on safe operation and ergonomics; consider how gloves impact the user’s experience, limited movement, and slippery surfaces.
- Consider the multitool’s durability and being able to withstand/function in extreme winter conditions.
- Solution is open-ended ended and creative ideas are encouraged.
Built With
- solidworks
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