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Nanotechnology Engineering alumna CT Murphy’s start-up is a finalist in the Odlum Brown Forum Pitch, a Canadian program for women entrepreneurs.

Murphy’s partner and COO, Ibukun Elebute presented at the event and secured $44K in winnings for CELLECT.

The initial idea for the menstrual product was part of Murphy’s fourth-year Capstone Project. She aims to create a menstrual pad infused with nanomaterials that could collect cervical and bacterial cells. The pad could then be sent to a lab to test for cervical cancer and human papillomavirus (HPV).

People say that tears can tell you about the emotions that people are feeling, but as Capstone Group 5 discovered, tears can also reveal a lot of other useful information.

Tears also contain rich biomarkers such as proteins and glucose, which are useful for diagnosing both ocular and systemic conditions like diabetic retinopathy.

Nanotechnology Engineering Capstone Group 5 explored the diagnostic potential of tears and embarked on a successful and exciting journey doing their Fourth-Year Design Project.

They won first place in the Nanotechnology Engineering Program, but they did not stop there. They also won the Engineer of the Future Award, the Bayliss Medical Award, and an award from the Sanford Fleming Foundation.

The group competed in the OEC Innovative Design Competition and won second place. They also took second place in the National Canadian Engineering Competition.

Fourth-year student Shawn Benedict has won the Peggy Jarvie Award, sponsored by the Cooperative Education and Internship Association!

Benedict entered the Nanotechnology Engineering Program with the aim of having a diverse co-op experience to explore multiple options and potential career pathways.  Through a co-op in his third year, he attended the prestigious CES conference in Las Vegas, where he was entrusted to meet executives from international companies.

“My varied co-op experience has given me a better appreciation for my program and has really helped me to see all the doors my program opens for me. All these opportunities, connections, and tangible skills have helped solidify my confidence. I know that wherever I am, I will have the ability to thrive,” says Benedict.

The highlight of his co-op experiences was traveling to Norway and working at SINTEF, a nonprofit research organization that collaborates with industry to uncover new discoveries. SINTEF conducts research for industry partners and governments around Europe and beyond.

Drew Davidson (Class of 2011) is developing innovative materials for creating firefighting gear. These new materials will not degrade and cause occupational cancer as current materials do. The inspiration behind his research is his mother, who has been serving as a firefighter in the Cambridge Fire Department for over 32 years. She urged him to use his engineering background to address this crucial health issue for firefighters.

Davidson’s innovative research has earned him a Deep Tech Scholarship which is a new scholarship, the first of its kind, recently launched by Mary Wells, Dean of the University of ��ݮ��Ƶ Faculty of Engineering. The scholarship is designed to help students launch deep tech start-ups.

As a high school student, Davidson had decided to pursue an undergraduate degree in Nanotechnology Engineering (NE) because seemed like a promising and exciting field.

The Nanotechnology Engineering (NE) program is investing in new cutting-edge equipment for undergraduate student use. The NE program focuses on experiential hands-on learning on the latest equipment for its undergraduate students. The program recently purchased an X-ray diffractometer (XRD) with glancing-incidence capabilities to characterize thin films even down to 100 nanometers thick.

Housed alongside a powder-only XRD instrument in NE’s Davis Centre labs, this new model will serve as an educational resource for undergraduate students in the program. With a price tag of approximately $120,000, the XRD represents a substantial investment in the NE program. This will allow students to access technology which combines research-level capability with hands-on learning.

Darshan Parmar, Class of 2019, works as a Pixel Development Engineer at Apple. He develops innovative new camera technologies that are used by millions of people around the world. He credits a large part of his success to experiences and the connections he made in the Nanotechnology Engineering (NE) Program at U ��ݮ��Ƶ. It was another U��ݮ��Ƶ alumnus who referred him to his current job.

The co-op jobs Parmar enjoyed during his undergrad degree were foundational to his career journey. He had an exciting co-op position in Singapore at the National University of Singapore as a research assistant. He worked in optical system development at Lumentum in Ottawa and as an optics specialist at P & P Optica.

Nicholas Pfeifle began his journey as a student in the nanotechnology engineering (NE) program at the University of ��ݮ��Ƶ in 2018. Pfeifle is part of the graduating class of 2024 and is the newly elected WUSA (��ݮ��Ƶ Undergraduate Student Association) president. Pfeifle reflects on his academic and extracurricular experiences in the NE program, emphasizing the impact they have had on his personal and professional development.

Pfeifle recalls that in the first week of his undergraduate degree in NE 109, Societal and Environmental Impact of Nanotechnology, Professor Howard Siu taught students about the ethical and environmental standards for engineers. Siu’s lecture had a profound effect on Pfeifle. This course on engineering ethics became a cornerstone of Pfeifle's personal philosophy, instilling a deep sense of responsibility and compassion.

The journey toward aerogel research began for three students in Nanotechnology Engineering’s (NE) third-year Soft Nanomaterials course. The concept which captured the students’ interest was the hierarchical design and assembly of nanomaterials, which involves structuring materials at multiple scales.

“The Soft Nanomaterials course was a really cool course! What stuck with me after the lecture was the idea that nanomaterials can have a hierarchical design with different levels of structure at different scales, from nano- all the way to macro-scale. The idea to achieve extraordinary properties by controlling materials features at different levels was fascinating.” said Anthony Keen, an NE student.

The connections between in-classroom, extracurriculars and co-op are building a truly well-rounded engineering foundation.

It �ɲ�����’t a question of whether Nanotechnology Engineering (NE) student Michael would end up at ��ݮ��Ƶ Engineering, only which program within the faculty he would be in.

Michael had been sold on engineering as his career path from his childhood days of playing Lego, to the point where he said he wanted to be an engineer during a career presentation in elementary school. After learning about NE and the broad range of applications offered for his future, he was sold on the program.

“I definitely say coming to ��ݮ��Ƶ Engineering was the best choice I could have made in terms of propelling my career forward,” says Michael. “It is invaluable to graduate with two years of work experience and co-op is formed in a way which helps you discover who you are in terms of in engineering and being an engineer.”

Nanotechnology Engineering (NE) alumni Helen Engelhardt (BASc ’24) has been named as a “Top Prospect” by The Logic.

During her studies in Nanotechnology Engineering, Engelhardt worked on reducing emissions, energy storage, scaling cutting-edge technology, and promoting recycling for a circular economy. Her impactful research has been published in multiple scientific journals, and she has also made proprietary technological advancements in mRNA vaccine manufacturing and battery recycling.

Engelhardt enjoyed a variety of co-op positions during her undergraduate degree which included SiTration a recycling start-up based at MIT and the National Research Council of Canada, Nanotechnology Research Centre as a research and development intern.