Anwesha Pathi is a student of Development Studies at the Indian Institute of Technology Madras, but for 12 weeks this summer, she’s working with grad students, postdocs, and faculty at the Université de Montréal (UdeM), as a Mitacs Globalink research intern. Her project aims to identify and better understand the contextual factors around women’s decisions to seek health care following experiences such as sexual assault outside the domestic arena — subliminal tensions underlying the provision of ethically just and equity-driven health care become apparent.
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.
One Tunisian student is focusing on the Spencer Creek watershed in Dundas, Ontario (near Hamilton), in the hopes of understanding — and preventing — floods in the area and across Canada. Houssem Hmaidi is an engineering undergraduate at the University of Medjez El Bab who is spending his summer at the University of Guelph through Mitacs’ Globalink program. Under the supervision of Dr. Andrew Binns, he’s working on a 2-D modelling project that simulates real and staged flooding events in the region, using software developed by the U.S. Army Corps of Engineers.
Working under the direction of Professor Alexandre Lehmann, the Australian psychology major is using electroencephalography (EEG) to measure the brains of 20 volunteers to see how they react to different types of sounds.
Rui applied for the Mitacs’ Globalink Research Internship in the summer of 2014 —hoping to be accepted to the School of Interactive Arts and Technology (SIAT) at SFU. He was accepted to the internship, which would be supervised by Associate Professor Carman Neustaedter, to study interactive computing and design.
Under the guidance of Professor Michael K.C. Tam in the University of Waterloo’s Department of Chemical Engineering, I have been developing novel nanocomposites based on sustainable nanomaterials that can remove wastewater contaminants. Prof. Tam’s laboratory specializes in the design and development of novel functional materials based on eco-friendly nanomaterials and polymers.
When I told my business mentor that I was looking for a unique opportunity that aligned well with my studies, he said, “Why don’t you go abroad then?” Before I could answer him, he told me about the Mitacs Globalink Research Award — it didn’t take long before I was infatuated with the idea.