CAPSTONE DESIGN PARTICIPANTS
Simon Wong, Graeme Workman, Emma Park, Derek Lin, Amy Kim
BBLT
49
Most bubble tea purchases come with a bunch of single-use plastic waste. A plastic bag, cup, lid, straw and wrapper. Our team wanted to be able to consume bubble tea without all the unnecessary junk. Coffee shops are ubiquitous and so are coffee machines. Bubble tea shops are everywhere too, so why aren’t there any bubble tea machines? The BBLT machine is just that, an all-in-one bubble tea maker! Make bubble tea conveniently at home whenever you want, without the plastic waste.
For more information on our project, visit our website.
Tristan Curry
Neil Parikh
Daniel Weisdorf
Cindy Cai
GnoMe
52
As the majority of the Canadian population is dependent on industrial farmed produce, we seek to increase the number of individuals who grow their own produce at home and reduce the carbon emissions created by industrial farming. We developed GnoMe, a home garden assistant, that can make growing vegetables at home easy. Simply place it in soil, and it will monitor the soil moisture and nutrient levels, and automatically add water and nutrients when needed. Users can also access data through a mobile app.
For more information on our project, visit our website.
Brendan Johnston
Niel Mistry
Julia Garbe
Jake Muchynski
Opüs
55
Opüs rappels from two ropes fixed on the corners of a wall to autonomously paint any sized mural.
For more information on our project, visit our website.
Mark Mackey
Baokang (Tom) Wu
ReMotorDoor
59
ReMotorDoor is exactly as it sounds – a smart device that enables you lock, unlock, open, and close doors remotely. This low-cost solution easily attaches to existing doors and frames. ReMotorDoor is ideal for people who have physical disabilities or impairments, those who have pets, and those wishing to expand their smart home capabilities to control any door easily and remotely.
For more information on our project, visit our website.
Martina Nobile
Julia Oliveira
Ethan Goold
Emma Davis
Cyrus Rupa
Peach Pickers
60
Canada's growing agricultural industry still relies strongly on manual labour. Fruit picking, in particular, requires dozens of part-time workers spending long hours in the blistering sun in order to harvest a crop in time. Peach Picker aims to improve this process by automating the fruit picking process for peaches. It locates ripe fruit in 3D space and then actuates a robotic arm to delicately pick it off the tree and place it safely in a storage container, thus allowing farmers to focus their efforts elsewhere.
For more information on our project, visit our website.