Together, the students and their professor developed a system to visualize the evolution of a software program from its first inception to the latest edition. The system provides useful information to software engineers and designers as they continually advance computer software packages to be faster and more user-friendly for new computer operating systems.
Vicky comes to Canada from the Beijing Institute of Technology in China, where she is working towards a Bachelor’s degree in Computing Science. She chose to apply to the Globalink program over others because it engages students from different countries, which has allowed her to network globally during her exchange: “You can really feel the collision of cultures here through Globalink – I think that is really unique.”
The third-year electronics and communications engineering student from the Indian School of Mines will be contributing to more energy efficient heating and air conditioning systems in commercial buildings. The goal of this Mitacs Globalink project will be to implement a wireless sensor network of devices which will communicate with each other to monitor environment conditions such as temperature and pressure, turning on or going to sleep on-command.
In collaboration with fellow Mitacs Globalink student Nayantara Duttachoudhury, he has developed a system to visualize the evolution of a software program from its first inception to the latest edition. It’s something like being able to see —in a simple, compact way— the changes of internal computer code from the first-ever edition of “Multi-tool Word” in 1983 to the current Microsoft Word 2010. This type of information is useful to software engineers and designers as they continually advance software to be faster and more user-friendly for new computer operating systems.
The civil engineering student completed a research project on simulations of barrier walls for bridges to calculate their load bearing capacity with Dr. Ehab Salakawy. Such simulations will help municipal civil engineers to design stronger, more long-lasting structures across Canada.
So when he found himself examining protein mutations that cause cardiac arrhythmias in a laboratory at the University of British Columbia’s Department of Biochemistry and Molecular Biology, he knew he’d come a long way from where he once was.
For Pragyan Hazarika, he is able to practice his engineering skills through fun games like laser tag. At an annual event he and his friends organize at India’s National Institute of Technology- Surathkal, the students design and build their own laser guns and sensor vests for the game. Using the skills he has learned in practical applications of electrical and communications engineering through this festival, Pragyan will be completing a summer internship at the École de Technologie Supérieure in Montréal.
Leonam is nearing completion of his undergraduate studies at the Fluminense Federal Institute with a passion for all things “engineering”. Having completed engineering projects to assist in remote monitoring of the Paraiba do Sul River as well as testing equipment for an Unmanned Aerial Vehicle, Leonam set his sights on Canada for his next research adventure, this one in the life sciences through Mitacs Globalink. While at Queen’s University in Kingston, Ontario, Leonam will assist Dr.
Aarya— a third-year biotechnology student— was hoping to be able to hone her laboratory skills and knowledge of life sciences research before completing the final year of her degree. Though she had applied to a highly competitive life sciences research term in New York and was accepted to the prestigious Indian Academy of Sciences research program, Aarya chose to accept an internship with the Mitacs Globalink program because of the chance to take part in cancer research at the University of British Columbia under Dr. Christian Naus in the Department of Cell and Physiological Sciences.