Flipping problem to an opportunity
Three UPEI engineering students invent a machine that can help oyster growers and producers and possibly lead to new career path
Three UPEI students have truly made the world their oyster.
They have developed a machine that could help the oyster industry in Atlantic Canada, while opening up a whole new business opportunity for themselves.
As part of their studies, engineering students Jordan Sampson, Brett McDermott and Dylan MacIsaac designed a solution for oyster growers and producers — specifically designed equipment that gently guides oyster cages in a rollercoaster-like flip.
Farmed oysters, grown in cages weighing up to 200 pounds each, need to be turned once to twice per week during the growing months for an average of five years.
Oyster farms vary in size, from a couple of hundred cages to up to thousands of them.
Growers need employees who are physically strong enough to turn these cages for up to 10 hours a day.
Their cage-turning efforts discourage mussels, barnacles and algae build-up, which lets water circulate better, allowing more food to reach the oyster.
It results in more appealing oysters that can garner higher prices.
“Last year, as part of our second-year engineering project we were given a project with an industry client and we were tasked with finding a new way to automate the oyster cage flipping process,’’ Sampson told The Guardian on Tuesday after the provincial government awarded the students a $25,000 Ignition Fund grant for their entrepreneurial spirit.
The three students developed the product under their company name Island, AquaTech, one of 10 successful Ignition Fund applicants to receive grant money on Tuesday.
“We tested a few different ideas and none of them really caught on, and then we came across this idea and we kind of went with it.’’
With help from UPEI and Synapse, which turns UPEI ideas into solutions, they continued working on it over the summer and patented it.
Synapse helped the students file for a patent, securing proof-of-concept and patent funding from Springboard Atlantic, and applying for start-up funds from Innovation P.E.I.’s Ignition Fund.
“We’ve built a small-scale prototype . . . and we tested it on land and on water and it was really successful.’’
A full-sized prototype will be used in November before the ice forms, and the money the students received from the Ignition Fund will be used to build a production model that the industry can use.
“We’re going to tackle the Atlantic provinces first and, hopefully, sell it to other oyster farmers.’’
But, they aren’t stopping there.
“Once we start getting these models into production and start getting some sales we’re probably going to look at some other designs for some different problems. We’re focusing on the aquaculture industry right now, but we don’t want to limit ourselves to it either. In the future, we’re probably going to keep doing some similar work, develop new technologies, patent them if we need to and make sales off them.’’
“Once we start getting these models into production and start getting some sales we’re probably going to look at some other designs for some different problems.” Jordan Sampson