Powering the future from above

McNally East roof renewal turns a 70-year-old building into a clean energy engine

New PV panels on the rooftop of McNally East will generate electricity for the building

For seven decades, the roof of McNally East had exactly one job: keep the weather out. As of this summer, it has a second one—powering the building beneath it.

Saint Mary’s University has completed a full renewal of the 70-year-old roof on McNally East, part of the historic McNally complex at the heart of campus. The project pairs modern, climate-resilient construction with a new rooftop photovoltaic (PV) array.

The system will generate approximately 170,000 kilowatt-hours of renewable electricity each year, reducing the university’s reliance on grid power. The installation is expected to cut the building’s carbon footprint by at least 85 tonnes annually.

McNally East after rooftop upgrades

McNally East before

"Every time we build or renovate on this campus, we ask the same question: how can this asset give more back?" says Dennis Gillis, Senior Director of Facilities Management at Saint Mary's. "McNally East needed a new roof either way. Now it keeps the weather out, keeps costs down and generates clean power every day. That's what responsible stewardship looks like in 2026."

The upgraded roof boosts insulation values six-fold, from R-5 to R-30, improving heating and cooling efficiency and eliminating a further five tonnes of emissions each year. Together, the improvements are projected to save at least $28,000 annually in energy costs.

McNally East roof under construction

“Our goal is a campus that produces its own energy, and we are accomplishing that one building at a time.”

— Dennis Gillis, Senior Director of Facilities Management

The roof and solar array were designed for Halifax’s demanding coastal climate. The panel layout includes dedicated pathways and spacing for safe, efficient maintenance, protecting the system’s performance over the long term. The new roofing system will shield the building for decades to come.

A legacy seven decades in the making

On campus, a digital dashboard inside McNally East displays the building's clean energy production in real time, allowing students, employees and visitors to track solar generation as it happens throughout the day.

The project was funded by the Government of Canada and the Estate of Anne J. and Albert T. Isaacs DipENG'55.

McNally East’s original roof was built around the same time Albert Isaacs was completing his engineering diploma at Saint Mary’s. Seventy years later, his legacy is helping transform that same building into a source of clean power for the campus where the university’s newest generation of engineers will begin their studies this fall.

McNally East is the latest chapter in a clean energy story that has been drawing national attention to the South End campus for years. In 2024, Saint Mary's completed the recladding of the 22-storey Loyola Residence, wrapping the tower's south-facing wall in building-integrated photovoltaics (BIPV), solar technology that generates electricity while forming part of the building itself.

Loyola Residence was recladded with building-integrated photovoltaic panels in 2024

Rather than simply replacing deteriorating concrete on a 50-year-old residence, the university turned a maintenance challenge into a clean energy landmark. Delivered with Toronto-based Mitrex, the project earned Saint Mary's a Clean50 Top Project Award, recognizing it as one of Canada’s most innovative projects addressing climate change. It also drew national media coverage as the tallest solar-integrated building in North America.

Saint Mary’s has reduced its carbon footprint by 51.7 per cent since 2005 through a deliberate sequence of upgrades, including replacing its steam heating plant with a high-efficiency hot water system, switching from oil to natural gas for heating, converting campus lighting to LEDs, and benefiting from an increasingly renewable provincial electricity supply.

Future sustainability projects include a green roof for the Patrick Power Library, a new roof design for the Homburg Centre for Health & Wellness, and a solar canopy for the Science Building parking lot.

"A university's campus can teach as powerfully as its classrooms and show our values in action," says Dr. Michael Khan, President and Vice-Chancellor of Saint Mary's University. “Saint Mary's is part of the energy transition here in Halifax. We’re building it, measuring it and, starting this fall, teaching it through two brand-new programs."

In September 2026, Saint Mary's will launch two programs that connect the university's sustainability leadership with career-ready education on a campus that doubles as a working laboratory.

The new Sustainability Management major at the Sobey School of Business teaches students how organizations grow while protecting the environment and strengthening communities. Graduates will step into some of the economy's fastest-growing fields, from sustainable finance and ESG reporting to consulting and social enterprise.

The new Renewable Energy Engineering stream, one of two options in the just-launched Bachelor of Engineering in Resource Engineering, will train students to design, build and operate the clean power systems of the future. Coursework will cover solar and wind energy, biomass, grid integration and energy storage, supported by laboratory learning, fieldwork and paid co-op opportunities.

Carlos Fernando Aguilar Estavillo had planned to study industrial engineering while attending Saint Mary’s. That changed when he learned about the new Renewable Energy Engineering stream.

“When they announced it, I was super excited,” says Aguilar Estavillo. “I'm especially interested in wind energy here in Nova Scotia, but also battery storage and grid integration. I think universities should not only teach sustainability, but they should also demonstrate it. The new solar panels on campus let students see how renewable energy works in real life."

Carlos, second from right, visits a solar farm on a tour led by SMU alum Karsen Cain with SwitchPace. He’s joined by engineering classmates Aiden Sheppard and Anabella Ferrari. Students will start the new Renewable Energy Engineering program at SMU this fall.

“I think universities should not only teach sustainability, but they should also demonstrate it.”

— Carlos Aguilar Estavillo, SMU Engineering student

Saint Mary's sits in Halifax's historic South End, on a walkable peninsula minutes from the Atlantic Ocean, in a province working toward 80 per cent renewable electricity by 2030.[1] As Nova Scotia’s role in the clean energy transition grows, Saint Mary’s is helping shape that future, both through the infrastructure it builds and the students it prepares.

The next time you are in McNally East, look up and then look at the digital dashboard; it will tell you exactly what the sun has done for Saint Mary’s that day.

Learn more at smu.ca/sustainabilty

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[1] CER – Renewable Energy in Canada – Nova Scotia

New Bachelor of Engineering degree starting this fall

Saint Mary’s University is proud to announce the launch of an exciting new program, the Bachelor of Engineering (BEng) in Resource Engineering.

The first cohort of students will begin in September 2026 and will choose to specialize in one of two distinct streams: Mining Engineering or Renewable Energy Engineering.

Designed in collaboration with industry, the new degree builds on a 100+ year history of delivering foundational engineering education at Saint Mary’s. The BEng is modern, interdisciplinary and is squarely aligned with regional and national priorities.

From the materials used in buildings and technology to the energy that powers homes and cities, engineers play a critical role in designing systems that responsibly produce and manage the resources required to support society.

The Bachelor of Engineering in Resource Engineering equips students to address the full lifecycle of resource development, from land use planning to construction and operation to reclamation, with a balanced curriculum that addresses technical, environmental, economic and societal considerations.

The two program specializations feature common core programming, with education in areas such as environmental impact assessment and risk management, lifecycle cost analysis, project management, geomatics and engineering design.

Students who specialize in Mining Engineering will undertake additional study in surface and underground mining methods, structural geology and rock mechanics, and environmental contaminants. Students in the Renewable Energy Engineering stream study solar and wind systems, biomass utilization, grid integration and energy storage technologies.

Along with coursework, the program includes 16 months of integrated co-op work placements, allowing students to connect in-class learning with real-world experience and to begin building their industry networks prior to graduation.   

“Hands-on work experience is such a critical part of engineering education,” says Dr. Sam Veres, Dean of Science at Saint Mary’s. “We’ve created a co-op program structure that’s ideal for both students and employers, where students will be able to spend 16 continuous months with a single employer, or two consecutive eight-month terms with different employers and really have the opportunity to establish themselves in the workplace, be valuable employees, and build relationships that jumpstart their careers.”

Students will study in SMU’s Engineering building, which opened in 2024

The importance of hands-on learning is apparent throughout the engineering curriculum at Saint Mary’s, with students undertaking a range of laboratory experiences and design projects beginning in first year. Students in the Resource Engineering program will get to complete five courses focused on engineering design, including an industry-based design course connected to co-op, and a two-semester-long capstone project.

“Our class sizes are strategically kept small, which gives our students opportunities for one-on-one interactions with professors for support or extra challenges, or to think about next steps in their academic and future careers,” explains Don MacNeil, the director of the Division of Engineering.

“Working in small teams facilitates the creative thinking process and encourages students to consider other perspectives, allowing them to generate innovative solutions to tackle real-life and challenging problems.”

The Division of Engineering, part of the Faculty of Science at Saint Mary’s, is based in the university’s new Engineering Building, located on campus at 960 Tower Road, Halifax.

Sisters in STEM: Makayla and Mia Makhlouf make multitasking look easy

Makayla and Mia Makhlouf

From her first day on campus, Mia Makhlouf had high standards to live up to. Luckily, she has an excellent role model in her sister, Makayla.

Makayla graduated with a Bachelor of Science in biology in 2025. During her time as a student, Makayla was an active volunteer in student societies, organizing the first Science Gala at Saint Mary’s in November 2024—her first time managing a large event. She found sponsors, managed ticket sales, booked space, sourced decorations and many other details that made it a successful event for upwards of 150 students. She followed that success by landing a position as the Human Resources Volunteer Coordinator at the Magnetic World Music Festival, where she coordinated 100 people each day of the three-day festival in downtown Halifax.

Mia is following in her sister’s footsteps—she is currently in her second year of a Bachelor of Science with a Diploma in Engineering while maintaining a busy extracurricular schedule.

Along with her role as the Engineering Society’s Vice President of Media, Mia works part-time at an engineering company. She was a three-time gold medalist in public speaking with Skills Nova Scotia before returning as a coach. Her public speaking skills have also made her a valuable member of Enactus Saint Mary’s, a student-led entrepreneurial community focused on making a positive impact in their communities. She joined Enactus on Makayla's recommendation, and it has been the highlight of her time at SMU.

“One of the best things that I have done was join not just Enactus, but an extracurricular in general,” says Mia. “It can be easy to feel burnt out when you just have schoolwork all the time; being part of something else can feel like you’re accomplishing something.”

“... being part of something else can feel like you’re accomplishing something. It can also open your eyes to so many more opportunities and show you what you can do with your degree and what change you can create—like environmental or societal change.”

— Mia Makhlouf

Mia was a presenter on the national Enactus team at Saint Mary’s that won the 2025 Enactus World Cup in Bangkok, Thailand—an incredible recognition for their two student-run social enterprises, Alaagi and Square Roots. Mia’s background in public speaking began as a student at École Secondaire du Sommet, a French high school in Halifax. Her ability to apply her engineering and scientific knowledge to entrepreneurship is a key skill that allows the team to share their businesses with international judges.

Mia delivered an award-winning presentation at the Enactus World Cup in September 2025

“I didn't always realize what an important skill public speaking would be,” says Mia. “Being around my engineering peers who are very technically minded, they have such great ideas, but when it comes to presenting them, that's the hard part.”

“To explain something clearly, you must really understand it,” she says, adding that “textbook learning is one thing, but to be able to translate that into something that anyone can understand—and potentially buy into—is a real skill that's extremely valuable.”

Those public speaking skills are ones she can share with younger students. As an alumnus of the Skills Nova Scotia program, she competed at the national level for three years, delivering speeches on the value of skilled trades and technologies. She’s now a mentor and coach for high school students and will take a provincial gold medal student to the nationals.

“It was honestly better than ever winning anything to see someone that I worked with succeed…I feel like I found my calling,” says Mia.

Why Saint Mary’s?

The sisters have a family connection to the university—their aunt and uncle, Nali and Dr. Fred George, are cherished members of the Saint Mary’s community and generous donors who established scholarships in entrepreneurship and geology/business studies. Beyond that, they chose Saint Mary’s for its small classes and connected campus.

Mia loves that she got to know her professors, whose flexibility allowed her to work around Enactus competitions. The ability to take spring and summer courses also made it easier to maintain her busy schedule.

Makayla agrees, adding that she appreciates Saint Mary’s size, knowing that in the future, she’ll move to a much larger school. Makayla has been working toward becoming a doctor since high school; she is now busy studying for the Medical College Admission Test (MCAT), which she’ll take in the spring. 

Choosing a career

Both Makayla and Mia have been working towards STEM (Science, Technology, Engineering, Math) fields since grade school and have mastered being well-rounded students, combining education, extracurriculars and supporting their family. They are multilingual, speaking English, French and Arabic.

“I knew that whatever field I wanted to go into, I wanted to create something of my own, whether that was interior design or fashion design,” says Mia. “I chose engineering not because I excelled at math or science, but because it challenged me. There are so many different pathways and opportunities that you can do once you're an engineer, like industry work, research or go more into entrepreneurship or leadership roles.”

Makayla’s microscopic artwork was featured in the SMU Science calendar in 2025

Makayla, who majored in biology, has aspired to study medicine for as long as she can remember. She began building a solid resume to achieve that goal while in high school, and her persistence in contacting doctors led to landing two 80-hour co-op positions in plastic surgery and physiotherapy through Nova Scotia’s O2 (Options and Opportunities) program.

“It’s a great way to see if the career you’re thinking about is the right one for you,” said Makayla, adding that she enjoyed being able to watch surgeries and meet medical students.

Makayla comes by her interest in healthcare—and community service—honestly. Their parents met when they were both volunteers with the Lebanese Red Cross in Batroun, near Beirut in northern Lebanon, before emigrating to Canada in 2000.

Their parents’ commitment to service, first through the Lebanese Red Cross and later through building a life and business in Halifax, continues to shape the sisters’ outlook and guide them as they look ahead.

As Makayla prepares for the next step toward medical school and Mia continues to balance engineering studies with leadership and mentoring, both are carrying that perspective forward. At Saint Mary’s, they found a campus where they could challenge themselves, try new things and grow into their own paths while staying grounded in the values that brought their family here in the first place.

New at SMU: Bachelor of Engineering in Resource Engineering

Starting in fall 2026, students can earn a four-year Bachelor’s degree in Resource Engineering at Saint Mary’s. Choose between Renewable Energy Engineering and Mining Engineering.

Learn more about these exciting new programs!

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Women in engineering honoured during annual ceremony

A student places a white rose to honour the victims of the 1989 École Polytechnique Montréal shooting

14 victims remembered

Roses to represent each victim

President Michael Khan with Mishka Hemmings, recipient of the 2025 Montreal Women’s Memorial Scholarship

On Monday, December 8, the Saint Mary’s community gathered to commemorate the National Day of Remembrance and Action on Violence against Women. This annual event marks the anniversary of the 1989 mass shooting at École Polytechnique Montréal, when 14 women were killed, and others were injured, in an attack fueled by anti-feminism. The solemn event serves as an essential reminder of the ongoing issue of gender-based violence faced by many across Canada.

Dee Dooley, Saint Mary’s Sexual Violence Advisor, speaks during the ceremony

“We hold this ceremony to honour the lives of the fourteen women who were lost on December 6, 1989 and all victim-survivors of gender-based violence, harassment and discrimination,” said Dee Dooley, Sexual Violence Advisor.

“Each year, a dedicated group of faculty, staff, and students collaborate to take a stand: ensuring that we remember this dark history and work towards equity and inclusion on our campus. I am proud of SMU's commitment to advancing cultural change in an effort to build a safer and more empowering world for all, on this day and every other day of the year.”

The ceremony took place during the 16 Days of Activism Against Gender-Based Violence, which included a number of supportive and community-focused events.

The event also provides a moment of hope and celebration. Each year, a female engineering student is awarded the Montreal Women’s Memorial Scholarship. This year’s recipient is Mishka Hemmings, a first-year student in the Bachelor of Science with a Diploma in Engineering program.

Meet Mishka Hemmings

Mishka Hemmings

Originally from Kingston, Jamaica, Mishka says she chose Saint Mary’s for its small, interactive classes, hands-on approach and availability of professors.

“I chose to study engineering because I love solving real-world problems and creating practical solutions that make life better,” says Mishka. “It allows me to blend creativity with analytical thinking.”

Mishka’s dream of becoming a civil engineer, building safe and lasting structures for people to call home, propelled her to return to school as a mature student. The recent devastation in her home country caused by Hurricane Melissa has strengthened her resolve to succeed.

“Witnessing this tragedy has transformed my dream into a mission: to help rebuild my country stronger, safer, and better than before.”

At 29 years old, it took courage and determination to overcome challenges and return to school. She had always wanted to study engineering, but limited resources and the lack of professional guidance were barriers to overcome. After more than a decade in finance and administration, she was able to pursue this goal.

“The field remains male-dominated, and stepping into it later in life came with doubts and fears, but I refused to let those barriers determine my future,” says Mishka.

Explaining her connection to the 14 women who lost their lives 36 years ago in Montréal, Mishka says she found strength in the stories of women who dared to dream beyond societal expectations.

“The story of one woman in particular, Maud Haviernick, deeply resonates with me,” she says. “Like me, she was 29 years old and already held a degree when she chose to return to her dream in engineering. I believe we shared similar struggles in making that decision, though she faced even greater gender barriers in 1989 than I do today; nonetheless, she still persevered. Her courage continues to inspire me, as she was never able to achieve her dream, but for both of us, I am determined to achieve mine.”

Engineering students tackle real-world medical challenge in hybrid hackathon

First-place team

Second-place team

Third-place team

When 18 undergraduate students from Saint Mary’s University and Dalhousie University joined a week-long engineering hackathon this September, they weren’t just tackling a school project, they were helping shape the future of cancer care.

Through the Experience Ventures program at the Arthur L. Irving Entrepreneurship Centre, students took part in a hybrid Engineering Hackathon in partnership with Qalam Health Solutions, an Atlantic Canadian startup developing a product called the Osteoprobe: an AI-powered medical device that helps surgeons detect remaining bone cancer tissue in real time. The innovation could one day help reduce unnecessary amputations and lower relapse rates.

From September 19–26, students worked in small teams to design creative solutions for Qalam’s challenge — developing ways to improve their AI-powered medical device that helps surgeons detect bone cancer tissue in real time during surgery. Guided by Qalam’s founder and CEO, Haitham Shoman, the teams brainstormed, tested ideas and presented their final pitches at the end of the week.

One team stood out for more than just their idea. The winning team impressed Qalam so much that they were offered the chance for a future internship, a powerful reminder of how meaningful connections can be built.

“This program has been valuable to Qalam Health Solutions,” said Qalam’s founder and CEO, Haitham Shoman. “Students dove into real technical challenges mechanical, electrical and design to came up with solutions worth exploring.”

For many students, the experience was their first chance to apply classroom learning to real-world problems, working side by side with industry mentors.

“This hackathon helped me connect theory with practice,” said Aweer Yuang, a second-year Engineering student at Dalhousie. “It taught me to think like an entrepreneur and to keep finding solutions, even when things didn’t go as planned.”

The event was organized by Experience Ventures, which serves as the regional lead for Atlantic Canada. The program focuses on making hands-on opportunities accessible to all students. Over 80% of its experiences are offered virtually, allowing learners from across the region to participate and build valuable industry connections.

If you want to be a part of the Experience Ventures program or learn more, click here.

Meet Bert, Engineering’s Chief Morale Officer

Bert makes school more fun—and lowers the stress levels of students with a wag of his tail

A key figure in the new Engineering Building at Saint Mary’s, the Chief Morale Officer has an important role in brightening the days of students and faculty.  

Bert, Chief Morale Officer in Engineering

Bert, a four-year-old Havanese-Poodle mix, rushes through the door to see his favourite students when he arrives on campus. On the third floor, he makes a beeline out of the elevator to classrooms and labs, where he provides emotional support.

“Bert is a calming presence for students, and he loves to be here,” says professor Don MacNeil, who is Bert’s owner. “Many of our students are living away from home for the first time and they’re missing home and adjusting to a new school environment. Bert really brings down the stress levels of students.”

For some students, meeting Bert is their first positive interaction with a dog.

“Several people have told me that Bert is the first and only dog they have ever petted,” says MacNeil. “They say they’re scared of all dogs—except Bert.”

Always ready for a party, Bert joined the students in dressing up for Halloween—sporting a vampire costume that matched Prof. MacNeil’s—as the students designed and 3D-printed pumpkin candle holders.

Don McNeil and Bert on Halloween

Bert supervising the robotics design competition

On a busy day near the end of term, Bert watched as second-year students raced to finish their final design assignments. As the designers worked on their remote-controlled robots to earn class points and bragging rights, he was the centre of attention—and in the centre of the track—as ping pong balls flew from the robots in the friendly competition. Adding to the excitement, a group of visiting elementary students watched the competition…and Bert, who stole the show.

Emma Smith with Bert

Bert enjoyed meeting family and friends at a gathering in the Engineering Building after convocation in the spring, and it was a chance for one last belly rub from students who will be moving on to other educational opportunities and careers.

“Even if you place last, Bert will be there; after exams, he’s there,” says Emma Smith, who recently graduated with a Diploma in Engineering. “He’ll do some zoomies and then fall asleep under a desk. We’ll be back to see him.”

Fellow graduate James Nowell agreed: “He’s an absolute legend.”

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Flexible education, personalized support and a contemporary learning environment—learn why the Diploma in Engineering Program at Saint Mary’s might be right for you!

Alaagi is one step closer to $1 million

SMU sustainable business advances to the next stage of the Hult Prize Competition

Sheheryar Khan, Vaishali Sachdeva and Tyler MacLean

Alaagi, a company created by recent SMU graduate Sheheryar Khan BSc’25 DipENG’25, is disrupting the plastic industry. Launched in July 2024, Alaagi is redefining the future of packaging.

The Alaagi team, comprised of Khan, Vaishali Sachdeva and Tyler MacLean, competed against 56 international teams in the Hult Prize Competition and is one of 22 to advance to the next round.

The Saint Mary’s University student-led initiative has created a durable, fully compostable bioplastic made from seaweed. This innovative material can be used to make items like sandwich wrap and grocery bags. Additionally, the plastic film can be heat sealed to preserve freshness.

Khan demonstrates how the bioplastic is made at the Alaagi lab space on SMU campus

Alaagi bioplastic sample

Now, Alaagi is creating the world’s first bioplastic film that meets the industry-standard 10K Oxygen Transmission Rate. This bioplastic film, suitable for meat and seafood packaging, is an innovation with enormous commercial potential.

The team was named National Champions after competing against 19 other Canadian teams at the Hult Prize Competition in March, allowing them to advance to this latest round of competition.

“Being a part of the Hult Prize Global Accelerator is a dream come true,” says Vaishali Sachdeva, Saint Mary’s University arts student. “The incredible mentorship through the Arthur L. Irving Entrepreneurship Centre and the Hult team has helped us accelerate our business. I am so excited to represent Alaagi and Saint Mary’s University in London this August.”

The Hult Prize competition consists of five stages. Alaagi now moves on to Stage 4: the Global Accelerator, held in person in London this August. There, 22 teams will receive intensive mentorship, strategic guidance and networking opportunities. Of those, only eight will be selected to compete in the Global Finals in September, pitching their ventures to a distinguished panel of judges for the $1 million prize.

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Watch: Saint Mary’s University students transforming seaweed into compostable plastic (CTV News)

AI-Powered Animation: Enhancing Creativity—One Frame at a Time

Juan Cruz Baldassare, CEO of Moonshot Rights, Dr. Jason Rhinelander, and Michael-Andreas Kuttner (standing)

Animation is evolving, with artificial intelligence (AI) playing a pivotal role in shaping its future.

Founded in 2021, Moonshot Rights Inc. is a Canada/UK-based animation company on a mission to revolutionize content creation. By harnessing the latest technology and working with top industry talent, they’re creating content for kids and family at a higher speed demanded by today’s digital platforms.

To achieve this, Moonshot Rights partnered with Dr. Jason Rhinelander, an Associate Professor in the Division of Engineering and Head of Technology and Innovation at the David Sobey Retailing Centre at Saint Mary’s University. Dr. Rhinelander specializes in AI, focusing his research on applying machine learning and optimization to embedded, real-time system development in hardware and software.

Together, they are pioneering a new approach to animation by accelerating the generation of Ultra-High-Definition (UHD) computer-generated frames. Their process takes existing animation assets as training data and then fills in the gaps between key events, allowing for a more efficient animation workflow.

“In today’s technology environment, where breakthroughs are announced weekly, it’s incredibly valuable to have a partner like Dr. Rhinelander to help us distinguish between what’s hype and what’s genuinely transformative,” said Juan-Cruz Baldassare, CEO of Moonshot Rights. “Collaborating with Saint Mary’s University has been instrumental in advancing our work on algorithmic upscaling, ensuring that we’re not just adopting new technologies, but truly understanding and leveraging them to create outstanding content faster.”

With AI-driven innovation and Dr. Rhinelander’s expertise, Moonshot Rights is improving visual quality, speeding up production, and expanding the possibilities of digital storytelling in animation.

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The Office of Innovation and Community Engagement (OICE) at Saint Mary’s University facilitates research partnerships between the University and companies, government departments and community organizations. OICE is the initial point of contact for faculty members and external partners wishing to collaborate. The office assists with finding suitable expertise, contract development and advising on funding opportunities.

This project highlight is from the 2025 OICE Report, which features researchers from Saint Mary's University and their external partners.

Mia Makhlouf receives 2024 Montreal Women’s Memorial Scholarship

Engineering student Mia Makhlouf.

Congratulations to Mia Makhlouf, the recipient of the 2024 Montreal Women’s Memorial Scholarship. This award was presented at a National Day of Remembrance and Action on Violence against Women ceremony at Saint Mary’s University. Mia is a first-year student in the Diploma in Engineering program.

Presented each year to a female Engineering student, the scholarship honours the memory of the 14 women who were killed on December 6, 1989 in an anti-feminist attack at the École Polytechnique, the engineering school at the Université de Montréal.

The event was part of 16 Days of Activism Against Gender-Based Violence at Saint Mary’s, commemorative days that served as a prompt to contemplate our collective past, celebrate our accomplishments, and work towards a better future for all.

Engineering students embrace entrepreneurial thinking at Experience Ventures Hackathon

Engineering students pitch their ideas at the Hackathon

Entrepreneurial thinking is not just for business students—it’s a valuable mindset that transforms every field, as demonstrated by the Experience Ventures Hackathon. Hosted by the Arthur L. Irving Entrepreneurship Centre in partnership with The Hunter Hub for Entrepreneurial Thinking at the University of Calgary and the Government of Canada, the recent hackathon brought together 30 engineering students from Saint Mary’s and Dalhousie University to solve a real-world challenge from Payzant Home Hardware. 

What was the challenge? Students were tasked with designing innovative solutions to enhance quality control at Payzant Home Hardware’s roof truss manufacturing facility. Using cutting-edge technologies like AI, robotics, and 3D prototyping, the students worked in teams for a week starting on November 23 and culminating in a compelling presentation on November 30.

“This Hackathon taught me that engineering is not just about solving technical problems—it is about finding creative solutions that make a real impact,” said one student participant. 

Greg Smith, a Payzant Home Hardware representative, praised the students’ ingenuity, calling their ideas transformative for the manufacturing industry. The event highlighted how entrepreneurial thinking can inspire innovation across disciplines, proving that the principles of entrepreneurship are universal tools for progress. 

Experience Ventures, powered by the Hunter Hub for Entrepreneurial Thinking at the University of Calgary, enables post-secondary students to make an impact alongside real-world innovators through entrepreneurial thinking placements. Experience Ventures is funded by the Government of Canada and is delivered nationwide in partnership with post-secondary institutions. Saint Mary’s University’s Arthur L. Irving Entrepreneurship Centre is the Regional Lead Atlantic Canada partner in Experience Ventures. Find out about student opportunities with honorariums available through Experience Ventures.

Sign up now to receive emails about upcoming programs.

Saint Mary's University appoints new Dean of Science

Dr. Sam Veres

Saint Mary's University is delighted to announce that Dr. Sam Veres has been appointed Dean of the Faculty of Science, effective July 1, 2024.  

“Dr. Veres brings a wealth of experience and enthusiasm to this pivotal role, and he will continue to build upon the exciting ventures already underway in the Faculty of Science,” says Saint Mary's University President Dr. Robert Summerby-Murray. “His thoughtful leadership will ensure the continuing growth and success of the Faculty of Science, known for its research and teaching excellence.”   

Having joined Saint Mary’s in 2013 as an Assistant Professor in the Division of Engineering, Dr. Veres has since served as Graduate Program Coordinator for the MSc and PhD in Applied Science programs. In 2019, he assumed the role of Associate Dean, Student Affairs and Supports, and most recently he stepped into the interim Dean of Science role in 2023.   

“The Faculty of Science at Saint Mary’s is an exceptional place—a place filled with exceptional people who are extremely dedicated to delivering the best scientific education available while undertaking impactful, internationally recognized, and locally connected research,” says Dr. Sam Veres, Dean of Science. “I am very excited about what lies ahead—about enabling more students to experience Science and Engineering education at SMU and supporting faculty and staff to see their ambitions become reality. We have a tremendous pipeline of new initiatives—it’s really a very exciting time for the Faculty of Science.”   

Originally from East Dover, Nova Scotia, Dr. Veres has a Bachelor of Engineering in Mechanical Engineering from Dalhousie University and a PhD in Chemical & Materials Engineering from the University of Auckland, followed by a Killam Postdoctoral Fellowship in the School of Biomedical Engineering at Dalhousie University.   

In his research, Dr. Veres investigates structure-function relationships in load-bearing connective tissues like tendons and intervertebral discs, integrating concepts from engineering, chemistry, biology, physics and medicine. His research has provided fundamental insights into healthy tissue performance, as well as tissue development, aging, mechanical damage and disease.

Dr. Veres’ research contributions have been recognized globally. He has received the ISSLS Prize for Lumbar Spine Research three times—one of the top international accolades in spinal research, which is presented annually by the International Society for the Study of the Lumbar Spine (ISSLS). His research has been supported by grants from the Natural Sciences and Engineering Research Council of Canada (NSERC), Canadian Institutes of Health Research (CIHR), and Research Nova Scotia. 

As Dean of Science, Dr. Veres will champion excellence in teaching, learning and research, fostering growth through the development of new programs, facilities and initiatives. 

Loyola integrated solar installation wins Lieutenant Governor’s Award for Excellence in Engineering

Loyola Residence tower

Saint Mary’s University’s solar installation on the Loyola Residence tower has won this year’s Lieutenant Governor’s Award for Excellence in Engineering. It is a fitting tribute to SMU and Dillon Consulting, who, with this project, transformed this 22-storey student residence into the tallest integrated solar exterior in North America.

“This project demonstrates the tangible contribution of Canadian engineers towards solving the global challenge of climate change,” says Dr. Robert Summerby-Murray, Saint Mary’s University President and Vice-Chancellor. “When the opportunity came along, the team at SMU and Dillon Consulting did not hesitate to try something new, something truly innovative. We sincerely hope this is just the first of many similar integrated photovoltaic installations.” 

The project, which began in 2023 and was completed in 2024, involved replacing the worn south-facing exterior wall with new building-integrated photovoltaic cells (BIPVs). Instead of attaching solar panels, the building surface itself generates electricity when in direct contact with sunlight. The project was carried out by DSRA Architects, Dillon Consulting, BMR Structural Engineering, EllisDon, Grey Cardinal Management Inc., Able Electric and Markland. 

“Through the seamless combination of photovoltaic cladding, we redefine not just the skyline in Halifax but also the standards of professional engineering,” said Benjamin Doucet, P.Eng., Project Manager, Dillon Consulting Limited. “This project not only uplifts the image of our profession but firmly establishes Nova Scotia as a leader in adopting out-of-the-box engineering solutions. It encapsulates our commitment to excellence, economic sustainability and the bright future of green technology. Together, we're not just building structures; we're engineering a brighter, sustainable future.” 

The $6-million retrofit project will provide approximately 100,000 kWh of clean energy to the campus annually, including 50 percent of the energy required by the Loyola building, lowering its carbon footprint.

Senior Director of Facilities Management Dennis Gillis said, “We are grateful for the opportunity to make an impact on the environment, to push the envelope and to show people that it is ok to do things a little differently—we must do things differently when it comes to the environment. We are hoping the recognition from this award will further encourage others to take similar steps to help in the area of climate change.” 

A ceremony will be held at the Government House in May 2024. The Honourable Arthur K. LeBlanc, ONS, KC, Lieutenant Governor of Nova Scotia, will present the award to representatives of Saint Mary’s University and Dillon Consulting Ltd.