We’re delighted to celebrate 16 exceptional “Grads to Watch” — just a few of the talented and accomplished U of T engineers who will receive their degrees at Spring Convocation on June 15. Selected by their home departments, each of these remarkable future Skule alumni contributed to enhancing U of T Engineering’s vibrant community.
Dalal & Shatha Abuelaish (ElecE & CompE 1T4 + PEY)
Even while maintaining a full roster of courses and co-curricular activities at U of T, sisters Dalal and Shatha Abuelaish continued to unlock new opportunities for dozens of young Middle Eastern women. The Abuelaish duo are board members at Daughters for Life, a non-profit they founded with their father after three of their sisters were killed by tank fire during the Gaza War in 2009. Their organization provides scholarships that enable women to pursue formal education. Dalal and Shatha are graduating with undergraduate degrees in electrical and computer engineering, respectively. Both completed the popular Engineering Business minor, participated in the PEY internship program and served on the executive committee of the University’s Arab Students Association. When asked what’s next, Dalal says, “Engineering is a creative profession. I look forward to developing solutions to open-ended, real-world problems.”
“I would thank the ECE professors and ECE staff members who were always there to help me on my educational journey and gave me the freedom to explore more.” — Dalal Abuelaish
“I would like to thank my professors from the ECE department at U of T and my Capstone Project supervisor, Professor Graeme Norval (ChemE), who offered me a great support while working on my project in my final year.” — Shatha Abuelaish
Henrique Coppini (MinE 1T4 + PEY)
Henrique Coppini describes his undergraduate experience at U of T Engineering as “a transformative journey.” He excelled academically, winning the prestigious Lassonde Scholarship in 2010 and 2014. He also co-captained the team that finished second at the Canadian Mining Games in 2015. Coppini says his degree was challenging, but he viewed those challenges as opportunities to grow, improve and learn more about himself. He has already take up an Engineer in Training position with De Beers, which will take him to diamond mines in the Northwest Territories. He plans to develop strong on-the-ground experience and obtain a Professional Engineering license before pursuing an MBA.
“I would like to thank the department of Civil Engineering, and the Mineral Engineering Student body as a whole. Everyone in the program provided a friendly environment that soon became my second family, and I could have never survived the late nights at the lab without it.” — Henrique Coppini
Civil engineering grad Sandra Dedesko is making buildings healthier, one breath at a time. Her master’s thesis explored how environmental conditions can affect the types of bacteria and other microbes found in a hospital, one of the sources of hospital-acquired infections. Dedesko used doorway beam-break sensors and CO2 detectors to track the movement of people in and out of patient rooms in order to gauge how this influenced the makeup of indoor microbial communities. Bridging many different research disciplines, Dedesko’s work demonstrates the impact civil engineers can have on human health. “The average North American will spend at least 90 per cent of their time indoors, and so what we are exposed to indoors is a prominent determinant of our health,” she says. In addition to her research, Dedesko also actively competed on U of T’s Varsity Tennis team.
“I have to thank the professors I worked with from the Canadian Centre for Building Excellence, which include my advisor, Professor Jeffrey Siegel, and also Professor Kim Pressnail (both CivE). Professor Pressnail has given me so many enriching opportunities over many years here at U of T and he was instrumental in my embarking on a MASc degree. And I cannot thank Professor Siegel enough for introducing me to this field of research, giving me the opportunity to work on so many interesting projects and being such an exceptional mentor and role model.” — Sandra Dedesko
Yee Wei Foong’s passion for research suggests that his bachelor’s degree in materials science and engineering is only the beginning. He has already published two scientific journal articles, and he won first prize in the Materials Engineering category of the University of Toronto Undergraduate Engineering Research Day (UnERD) two years in a row. Foong also found time to help organize a number of events, including the MSE Research Showcase and the Impact Speakers Series for the Institute for Leadership Education in Engineering (ILead). Foong plans to continue his studies at the graduate level in hopes of developing efficient, inexpensive materials that can help build a better world.
“I would like to thank my research supervisors, Professor Keryn Lian (MSE) and Matthew Genovese (MSE PhD Candidate), for their continuous guidance in my research, as well as Professor Doug Reeve for his leadership inspiration. I also want to express my gratitude to the Flexible Energy and Electronics Laboratory (FEEL), ILead, the MSE department and my friends and family for their support.” — Yee Wei Foong
Hugo Gagnon sums up his U of T experience with one word: opportunity. “Never before did I have the opportunity to perform research at such a high level, to interact with both pioneers and innovators of my field,” he says. Gagnon’s PhD thesis focused on unconventional aircraft configurations that could reduce aerodynamic drag. His computer models showed that designs with such unusual names as “box wing,” “blended wing-body,” and “braced wing” can produce up to 45 per cent less induced drag than a conventional aircraft. Upon graduation, Gagnon will head to Belgium to work with NUMECA, an international engineering firm solving problems in the aerospace, automotive, wind energy, oil and gas, and healthcare industries.
“I would like to thank my supervisor, Professor David Zingg (UTIAS), for believing in my capabilities and for providing me with a world-class learning environment. I would also like to thank the community of the Institute for Aerospace Studies for making my work feasible and my stay enjoyable.” — Hugo Gagnon
Gerry Ip is this year’s top graduating student in civil engineering. He was also heavily involved in co-curricular activities such as Engineers Without Borders, the Hi-SKULE Committee and the organizing committee for the 2015 Canadian National Concrete Canoe Competition in Toronto. During his PEY placement, he organized the University of Toronto High School Design Competition, which helps high school students gain a better understanding of the role engineering plays in society. Upon graduation, Ip will be heading to the Massachusetts Institute of Technology (MIT) to pursue a Masters of Engineering in High Performance Structures. He aspires to become a Structural Engineer and participate in the design of complex and large-scale architectural landmarks, such as skyscrapers and airports.
“I would like to thank all of the close friends I’ve met here at U of T. Having a group of friends as mental support (and study buddies!) was an important part of making the experience much more enjoyable and manageable. “ — Gerry Ip
When Lea Janossy receives her bachelor’s diploma, she will officially become a fourth-generation engineering graduate. Both her grandmother and mother graduated from engineering in 1963 and 1991, respectively; her sister Hanna graduated last year. Janossy has managed to balance her studies with a long list of co-curricular activities, including the U of T Sailing team, the Engineering Co-ed Volleyball team and the Hart House Chamber Strings Orchestra. She was also co-president of Women in Science and Engineering (WISE) and completed exchanges to Switzerland, Hungary and France. Janossy is currently pursuing her master’s degree at U of T, using mathematical models to optimize logistics for large construction projects and other complex systems.
“I would like to thank Professor Christopher Beck (MIE) and my parents.” — Lea Janossy
PhD graduate Sanaz Ketabi is developing ways to store energy in ever-smaller spaces. Originally from Iran, Ketabi explores how we could replace liquid-based batteries and super-capacitors with solid-state materials. This enables batteries to be flexible and incredibly lightweight, while also preventing them from leaking. Supervised by Keryn Lian in the Department of Materials Science & Engineering, Ketabi’s research has a variety of applications from consumer electronics to large-scale power delivery that combines renewable energy sources with electrochemical storage. “At U of T, I had the chance to be exposed to many interesting areas of research and understand how we can think differently,” she says.
“I always had the support of Professor Keryn Lian and more important she was a great mentor for me to learn how to present my research work. The travel grants from the School of Graduate Studies were very helpful for me to attend conferences and present my work and get feedback from peers.” — Sanaz Ketabi
To say chemical engineering grad Meruyert Kobikova knows about energy is putting things lightly. As an international undergraduate student, Kobikova was a summer intern at a major oil refinery in her home country of Kazakhstan, where she worked on many aspects of the refining process. The next summer, she researched glucose — a different type of fuel that powers our bodies — under the supervision of Professor Will Cluett (ChemE). In her final year, Kobikova also collaborated with Elementa Group and several classmates to design a plant that generates electricity from municipal solid waste, winning this year’s ChemE Engineering Plant Design Award.
“I am grateful for the amazing support of the faculty, especially Professor Graeme Norval (ChemE), for all the learning experiences, his invaluable guidance and faith. He is a truly inspiring person, who makes important connections between theory and real-world problems as well as giving lessons on engineers’ responsibility.” — Meruyert Kobikova
During his undergraduate studies, Allan Kuan found a space to pursue his twin passions for engineering and musical performance. He completed his PEY placement at Metrolinx, where he was part of the team overseeing the construction of the twin tunnels for the future Eglinton Crosstown LRT transit line. At the same time, he maintained an active performing schedule as a pianist, founding the Appassionata Music Group, which gives free concerts in local hospitals, community centers and senior care homes. This past spring, Kuan was honoured by his peers with the Spirit of EngSci Award. He is spending the summer giving musical performances before starting graduate studies at U of T in structural engineering in the fall.
“I’d like to thank the incredible EngSci community, a vibrant group made up of intelligent, ambitious, passionate and fun individuals. I would also like to thank my fellow engineering musicians as well as my classmates in the Infrastructure Option.” — Allan Kuan
Thomas Lin says he has “never been a theoretical type of guy.” The research he did as part of his master’s of applied science has a practical impact on people’s lives, helping them manage their information technology infrastructures — for example, servers and wireless access towers — from anywhere in the world. The software he developed for “cloud IT management” is now in use at seven Canadian universities and won him the best paper award at TRIDENTCOM 2014, a major telecoms conference. Lin, who is receiving his second degree from the University of Toronto, has decided to pursue a third: his PhD will focus on managing delivery of multimedia content, such as streaming videos.
“I’d like to thank my supervisor, Professor Alberto Leon-Garcia (ECE), for taking a chance and believing in me, as well as everyone in his group for helping me along the way.” —Thomas Lin
Lian Leng’s PhD thesis made headlines across Canada. Working with colleagues in Professor Axel Guenther’s (MIE, IBBME) lab and at Sunnybrook Research Centre, Leng developed a 3D printer that can generate sheets of skin. Grown from a patient’s own stem cells, the tissue is ideal for creating skin grafts needed by burn victims. The device won a U of T Inventor of the Year award in 2013, as well as the James Dyson Award for Canada in 2014. Leng is currently a postdoctoral fellow at the Wyss Institute for Bio-inspired Engineering at Harvard University.
“My experience in Professor Guenther’s lab has really shaped me into the scientist I am today. There have been ups and downs and numerous challenges, which have made every success all the more rewarding. I couldn’t have learned in a better way about dedication and perseverance.” — Lian Leng
Alphonsus Ng chose to pursue a PhD at U of T’s Institute of Biomaterials and Biomedical Engineering because “we have access to world-class facilities and experts of every discipline just around the corner.” Ng’s research focused on digital microfluidics, a way of using electric fields to manipulate tiny droplets of water for biological research. By miniaturizing laboratory processes onto microchips no bigger than the size of a credit card, Ng aims to make the diagnosing diseases faster and less dependent on expensive testing laboratories. Ng plans to continue this work after graduation, working as a post-doctoral fellow.
“I would like to thank my supervisor, Professor Aaron Wheeler (IBBME), for his guidance, unwavering support and endless patience. He created a unique environment that enabled me to pursue my own investigative path, foster deep collaborations and friendships, and grow as a researcher and an individual.” — Alphonsus Ng
As biofuels increase in popularity, it becomes more profitable for farmers to grow energy-based crops instead of food, which causes global food prices to soar. Through her PhD in chemical engineering, Solmaz Tabtabaei has developed a new process that simultaneously produces biodiesel and food-grade protein isolates from mustard seeds. Her innovation could eliminate the need to choose between food and fuel, helping millions of people around the world. Tabtabaei brings her same innovative and optimistic approach into the engineering classrooms at U of T, where this year she organized the Canadian Institute of Food Science and Technology Competition to encourage students to collaborate on new food processing technologies. Tabtabaei won the 2013 Industrial Oil Products Division Student Award from the American Oil Chemists’ Society, and she will be continuing her research through a MITACS postdoctoral fellowship.
“I would like to express my special appreciation to my advisor Professor Levente Diosady (ChemE), who has been a tremendous mentor for me. I would like to thank him for encouraging my research and for allowing me to grow as a research scientist.” — Solmaz Tabtabaei
Two weeks after finishing his undergraduate degree in mineral engineering, Ivan Zdravkovic is already onto his next adventure: he’s enrolled at Vermont Law School, the top-rated environmental law program in the United States. “Leveraging both my degrees, I hope to show the value of the law to the mining industry and help the industry continue developing towards a better future,” he says. Zdravkovic was the first student to receive the Faculty’s new academic certificate in engineering leadership, facilitated by the Institute for Leadership Education in Engineering (ILead). He was also a production editor for the Faculty’s student newspaper, The Cannon, and worked for the Hart House Investment Fund as a senior analyst in metals and mining. Through the PEY internship program, Zdravkovic spent 14 months in Alberta working in both the field and office for Suncor Energy: “I felt that immersing myself in a realistic working experience for a longer period of time helped me develop skills I will need going forward to succeed.”
“I’d like to thank the entire civil and mineral engineering department. Everyone there has been immensely helpful in not only helping me follow and achieve my ambitions, but in ensuring that my time at U of T went by without any problems.” — Ivan Zdravkovic
With files from Liz Do.