Signaling a change in elderly care

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.

Furthering cancer research through Globalink

“I was inspired by one of my colleagues at university who was part of the program last year and now promotes it in India.  I was lucky enough to be selected to come here to Canada for research into leukemia in children.”

Manish is about to begin his final year of studies for a Bachelor of Technology degree with a major in Biotechnology and a minor in Computer Science at the Indian Institute of Technology Guwahati.

Helping children find their way

Studying Mechatronics Engineering at the Instituto Tecnológico de Estudios Superiores de Monterrey in Mexico, Adrian has been posted at the University of Calgary for the summer.

There, in the Department of Psychology, Adrian is doing research under Professor Giuseppe Iaria helping to develop a computer game to diagnose children with developmental topographical disorientation (DTD), which is an inability to navigate the world around them.

A positive impact on Alzheimer’s disease

For Chemistry undergrad Fernando Eguiarte-Solomon, from the National Autonomous University of Mexico, coming to Canada for a 12-week Mitacs Globalink internship to contribute to Alzheimer’s disease research was a once in a lifetime opportunity.

“I wanted to seize the opportunity to contribute to research that could have a major impact. I felt that a Mitacs Globalink internship would be an enriching experience and make for a very interesting summer, and this has proven to be true.”

Mitacs Globalink student facilitates growth in Toronto communities

Mariana is working on a research project with Dr. Leila Farah from Ryerson University’s Department of Architectural Science. Her research project –The Inclusive City: Cultivating Toronto’s Social Fabric, One Garden at a Time – will see Mariana first researching neighbourhoods in Toronto to identify specific communities with crime-related issues, and then survey spaces where urban gardens could be incorporated. The next step will be to develop the design proposal, as well as a well-thought-out plan for implementation of the urban participatory gardens.

Boosting stroke research through Mitacs Globalink

Severe brain damage induced by a stroke produces a reduction of immune functioning, which can result in fatal infections threatening the survival of patients after a stroke. Given that 20-25% of patients fall victim to infection post-stroke, this research is highly significant.

Global research exposure lures student from India to Quebec

Coming from the Birla Institute of Technology & Science in India, he is completing a five year degree combining a Bachelor of Electrical and Electronics Engineering with a Masters of Economics.

“Mitacs Globalink is very well known in my college back home and it has a great reputation.  For students, it’s a big deal to be accepted for an internship because it is so competitive.  I’ve been to Canada on holiday before with my family and really love the country and the culture here and was very happy at being able to return.”

Research from the heart

Diego comes from Guadalajara, Mexico’s Monterrey Institute of Technology and Higher Education where he is working towards his undergraduate degree in Biotechnology. It was his initial intrigue with DNA that drove him to this field of study, but now the possibility that his research will have real world impact has pushed him to pursue his masters.

Globalink Research Intern contributes to international health initiatives

In the last decade, there has been a dramatic increase in innovative financing and delivery strategies to improve the state of health for people living in less-developed countries. However, not all of these efforts have been successful. Swapnika’s research will analyze past strategies for funding and implementing health initiatives in order to determine what strategies have been successful and what have not. Her research will allow for more efficient handling of such crucial funding.

Radiating a love for Canada

Shouvik is researching Terahertz electromagnetic waves (T waves), which are unique in their ability to make visually opaque objects transparent. T-wave imaging provides remarkable opportunities for applications in non-destructive testing and imaging, medical diagnosis, health monitoring, and chemical and biological identification.

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