“Consumers and companies alike are looking for safe and natural ways to keep their products fresher for longer,” says Natasha, CEO of Chinova Bioworks. “But labels full of unpronounceable, artificial ingredients can turn consumers off. It was important to me to create an alternative to the chemical preservatives normally found in food and beverage products.”
While conceptualizing the product, Natasha was searching for someone to take it to the next level — and she knew that Mitacs was available to help fledgling companies like hers.
Gabriel and Dr Kuruganti are using high-density electromyography (EMG) sensors to understand how the muscles in the upper and lower limbs behave under different conditions including exercise and rehabilitation. The information obtained from these sensors can help to understand human movement. Traditionally, EMG systems use up to 16 channels of data. Gabriel is helping to “tune” the high-density EMG signals in a 64-node sensor to give the highest quality information for other researchers to use.
Consumers may not be aware of what’s recyclable in their communities, and common items like milk cartons may end up in landfill. In fact, some recycling is buried regardless of its “recyclability,” and the relative size and commonality of milk cartons means they alone can take up a significant amount of space in a landfill.
Eigen’s CEO, Scott Everett, contacted his former professor, Dr. Rickey Dubay, in the Department of Mechanical Engineering at the University of New Brunswick, to see if he could help. Through a Mitacs Accelerate internship, Professor Dubay, in turn, connected Scott with postdoctoral fellow Soheil Parsa who had the expertise to address the challenge.
A recent outbreak of spruce budworm infestation in Quebec contributed to millions of dollars in lost revenue potential for Canada’s lumber industry and threatened forests in northern New Brunswick. This prompted researchers at the University of New Brunswick (UNB) and Carleton University to partner in the development of solutions to ward off the forest pest.
Envenio’s proprietary software EXN/Aero takes advantage of compact supercomputing equipment to speed up CFD solutions, and as a result, it generates output data at a high rate. Prior to the Accelerate internship, EXN/Aero could not process or display the streaming output data in a useful, dynamic manner.
Working under the supervision of Dr. Janet Light and PhD student Ali Reza Manashty at the University of New Brunswick Saint John, Umang is helping to develop the components of a comprehensive remote healthcare system designed for senior citizens and physically disabled individuals.
As a student originally from the Universidade Federal Da Paraíba in Rio Tinto, Brazil, Kelson thought that coming to Canada for a research internship would be “a good chance to know a beautiful country” while learning about network security through research. He and his Globalink intern colleagues have certainly taken advantage of the opportunity by visiting national parks, exploring the city of Fredericton and even taking part in a few Mitacs Step workshops on effective communication and team work.
Literacy rates in New Brunswick are among the lowest in Canada. Half of the population lives in rural areas and because the province is bilingual, minority language children can find it difficult to develop early language skills.
Through a Mitacs Accelerate internship with Mariner Partners Inc., Erin’s research discovered that children could improve their reading skills through short video lessons four times per week over just five weeks.
Under the guidance of Dr. Janet Light, Abhishek is researching how to use signal processing to detect when an individual is about to fall. The research has the potential to change the way we approach healthcare for the elderly and those living with Alzheimer’s and Parkinson’s by reducing overall dependence on caregivers and keeping potentially harmful accidents at bay. Alongside Dr. Light and her team of researchers, Abhishek is investigating microsensors that capture data from foot pressure and brain signals as a way to monitor when a subject loses balance.