Nakisa Samadi entered the MASc program in Mechanical Engineering in 2018 after completing an undergraduate degree in Aerospace Engineering at Sharif University of Technology (Iran). During her tenure at the Hybrid Biomedical Optics laboratory, she co-developed a low-cost and portable photo-thermal sensing technology for detecting Cannabis consumption at roadside and workplace. She is currently pursuing the translation of her research outcomes into market through Lab2Market and University of Toronto Early Stage Technology (UTEST) entrepreneurship programs, leading to incorporation of a startup company named AfimaCheck (https://afimacheck.com/). Nakisa’s research has been published in prestigious scientific journals in the field (https://doi.org/10.1038/s41598-020-64796-6; https://doi.org/10.1364/BOE.388990), secured the second-place award in the prestigious nationwide City MOGULS startup pitch competition (www.citymoguls.com/moguls-in-the-making), and awarded York University’s FGS Thesis & Dissertation Prize.
Congratulations to Dr. Rezai and the ACµTE Lab. Their paper “Electric egg-laying: a new approach for regulating C. elegans egg-laying behaviour in a microchannel using electric field” has been chosen as the cover article for the next edition of the journal “Lab on a Chip”. This work is co-authored by Dr. Rezai’s PhD student, Khaled Youssef, and ME undergraduate student, Daphne Archonta.
The paper, which deals with the novel effect of electric field (EF) on adult C. elegans egg-laying in a microchannel can be found here. We offer our warmest congratulations to Dr. Rezai, Khaled, Daphne and the rest of the lab for this accomplishment.
Pouya Rezai, Associate Professor, and George Zhu, Professor and Tier 1 York Research Chair in Space Technology, have received the I.W. Smith Award and the Robert W. Angus Medal from the Canadian Society for Mechanical Engineering!
Dr. Rezai was awarded the I.W. Smith Award for creative outstanding contributions to Mechanical Engineering achieved less than 10 years after receiving a PhD. Dr. Rezai’s work on multi-phase fluid dynamics within microfluidic and Lab-on-Chip (LoC) devices has helped understand interactions between biological nano- and micro-particles. This work has great potential in health and safety applications such as pathogen and disease biomarker detection. He was also a recent recipient of funding from the Ontario Ministry of Agriculture, Food & Rural Affairs (OMAFRA) to develop prototype technology for on-site food and water testing. In addition, Dr. Rezai is a recipient of the Early Researcher Award from the provincial government of Ontario, a member of McMaster Engineering’s Top 150 Alumni and recipient of the Early Researcher Lassonde Innovation Award.
Dr. Zhu was awarded the Robert W. Angus Medal for his outstanding contributions to mechanical engineering practice in Canada. As a researcher, Dr. Zhu has completed significant innovative research in astrodynamics and aerospace and was recognized as a Top Two Percent Researcher by the Stanford’s standardized citation indicators. His impact on mechanical engineering has been profound and Dr. Zhu has been recognized as a College Member of Royal Society of Canada, a Fellow of the Canadian Academy of Engineering, the Engineering Institute of Canada, the Canadian Society for Mechanical Engineering, and the American Society of Mechanical Engineers. He is also the inaugural Academic Director of Research Commons’ in the Office of Vice-President Research and Innovation at York University where he has spearheaded great research support to scholars across the University.
this article originally appeared here
Prof. Marina Freire-Gormaly spoke with the National CTV News Channel on Feb. 13, 2021 about Aerosol Transmission of COVID-19 and the importance of the HVAC system for safety of the building occupants.
Congratulations to professor Solomon Boakye-Yiadom who was awarded the SME president’s award for his contributions to the manufacturing community of Toronto including training students and advocating local industry. Professor Solomon is the founding director of MATAM (Microstructural Tailoring of Advanced Materials) research laboratory. You can read more about his accomplishments here.
Don’t expect traditional subject matter or standard delivery from the team now teaching Renaissance Engineer 1: Communications, Ethics & Problem Solving at York University’s Lassonde School of Engineering.
“We always had a vision of the Lassonde School of Engineering as a different type of engineering school that embraces diversity, social science, the United Nations Sustainability Goals and experiential learning,” says Professor Andrew Maxwell, Bergeron Chair in Technology Entrepreneurship and one of the course’s instructors. “To do that, we needed to transform the way we teach.”
Luckily for first-year engineering students, the four faculty members involved with this mandatory course are among those at Lassonde most comfortable with online technology: Maxwell; Jeffrey Harris, an assistant professor in the teaching stream; Mojgan Jadidi, an assistant professor in the teaching stream; and Kai Zhuang, a sessional instructor and educational developer.
“If you picked four people to embrace educational innovation at Lassonde, it would be the four of us,” Maxwell noted. “It just happened that we were all teaching this course.”
The four decided to work as a team and reinvent the course – which was originally designed to pioneer the spirit of Renaissance engineering and has continually evolved – for a remote audience, with each person focusing on one area in-depth: communications, ethics, problem-solving and assessment. They had each taught all of the topics previously, so they had no qualms about dividing the work.
“To transition to a fully online environment, we all thought about the pedagogy of remote teaching and learning and tried to incorporate a lot of the best practices for content delivery, engagement with students and assessment,” said Zhuang. “We changed the whole course.”
Each student is assigned to one of the instructors as their guide through the course – their administrator and mentor – but they are able to benefit from the perspectives of all four. Prior to the synchronous class session each week, students are asked to watch videos in preparation. Afterward, the students are asked to reflect on the material individually and to complete related assignments. The faculty also ask them to discuss the material in groups of five or six – groups that will remain the same throughout the year so the students get to know and rely upon each other – guilds, to use the course’s Renaissance language. The guild members are chosen based on their interest in various U.N. Sustainability Goals, since they will be the focus of a winter term project.
“Their job as guild members is to support each other in class and at Lassonde,” said Maxwell. “It’s a way of building community.”
The teaching assistants hired for the course aren’t just the standard TAs, either. In addition to the usual graduate student TAs, the team has chosen recent engineering graduates or upper-year undergraduates who have experienced the Renaissance engineering course themselves. Zhuang created a training workshop for them that included some training in coaching.
“They meet every other week with the students to act as mentors for them during their first-year experience,” said Harris.
The course material this year is also a bit different from the past syllabus.
“One thing we’re emphasizing a lot more this year is equity, diversity and inclusion (EDI),” said Harris. “When you have a number of different perspectives, you get better ideas – ideas that work for more people. We also want to open our students’ eyes to how they should treat each other; they need to develop empathy. Teamwork is a big part of being a professional, so we need engineers who know how to treat each other well.”
Maxwell noted that the ethics section of the course, too, is always changing as the world changes.
“Every time there are advances in technology, new ethical issues arise that we’ve never before considered,” he said. We use examples from current events, as well as case studies. We emphasize to our students that people my have the best intentions, but there can be a negative impact. We’re consciously making this a bigger part of the course.”
The communications section of the course also needs regular tweaking, said Jadidi.
“We definitely have a section on fake reporting and one about how students can learn to present their arguments about technology in a way the public an understand,” she said.
As for problem solving, the Lassonde team takes a different approach from many other schools where the students are presented with a problem and asked to solve it. At Lassonde, the teaching team first asks the students to identify the problem.
“We want to help them understand the importance of defining a problem before proceeding,” Maxwell said. “We also offer additional immersive activities outside of class, such as hackathons, that that require them to apply this skill and others they’ve learned.”
Then, there’s the revolutionized grading system for the course. During the semester, students won’t receive numerical grades; the only options are Exceeds Expectations, Meets Expectations or Revise and Resubmit. The final course grade is a letter grade, but it will be based on assignments, not an exam. In addition, the team is trying to co-ordinate due dates for major assignments with other professors who teach first-year courses.
“We’re trying to look at the first year holistically so we can be sure our students are set up for success,” said Harris, the first-year coordinator.
The overarching motivation behind the course redesign is innovation.
“We try things and the result is innovative,” said Maxwell. “We want to share our passion for research and new knowledge with students and hope they get excited, too.”
This academic year’s ending was unique in many ways due to the pandemic… it was surprising, hard, and special as it made us think of new ways of doing things….. As I reflect, I find that this is the life in front of you…. sometimes hard… sometimes surprising, but if you focus on what possibilities it can bring to you… your life will be full of positive promises and enjoyable as you will always find new ways of pushing ahead and making the best of your situation for yourself, your communities and humanity in general.
Go out there and make the world a better place as I am sure you will!
With best wishes for all of you the Class of 2020 Mechanical Engineering at Lassonde,
—Alidad Amirfazli, PhD, PEng
Chair, Department of Mechanical Engineering,
Professor Roger Kempers was awarded an NSERC Alliance grant entitled “Characterization and Optimization of Heat Transfer from GRIP Metal Enhanced Surfaces”. The project is in partnership with NUCAP Industries and is valued at $60k.
NUCAP Industries has developed a novel method of enhancing the surface of metals in the form of small metal hooks (GRIP Metal). They have recognized the potential this surface structure holds for the enhancement of heat transfer; however, they do not have a complete understanding of how GRIP Metal design factors affect convective heat transfer performance.
This proposal directly addresses NUCAP’s need to develop the knowledge, models and design tools to allow them to design and optimize GRIP Metal surfaces for a wide range of heat exchange applications by developing comprehensive models to quantify heat transfer for a wide range of flowrates and fluids for a range of GRIP Metal designs.
This will be accomplished through a series of experimental heat transfer measurements in conjunction with the development of numerical models and semi-empirical correlations which together will serve as design tools and help optimize GRIP Metal fabrication parameters for a given heat exchange design goal.
The results will allow them to leverage their fabrication process to enable the development of new high-performance heat exchangers for a wide range of industrial applications.
This launch of a novel and effective heat exchanger product line will allow NUCAP to position themselves in the innovative area of low-cost waste heat recovery or efficient space heating. This project will contribute to the local economy by creating more jobs at NUCAP’s manufacturing facility in Toronto. It will also facilitate the development of a novel heat exchange technology which will result in system efficiencies, less waste, and greater savings for Canadian industries.