Tyler Finley

(He, Him, His)

Communications Manager

Engineering
Office: EME4241
Email: tyler.finley@ubc.ca


 

Mdes students on the trail at Woodhaven Regional Park

Starting with Curiosity

What was I feeling? Excited? Scared? Hungry? Lost? I had taken a wrong turn somewhere, but I was almost at my destination now. I could see the entrance to the park, and the trailhead just beyond it.

More than anything, I was curious.

In truth, I wasn’t fully sure what to expect when I drove up to Woodhaven Regional Park to meet the inaugural cohort of UBC Okanagan (UBCO) Master of Design students.

As part of a group from UBCO who had been invited to speak about our careers, which ranged from communications to student services, I was there to get to know the people whose stories I’ll have the gift of sharing over the coming year.

People overuse that phrase, but as the years go by, I’ve come to appreciate more and more what a gift it is to help people share their stories.

As I pulled into the gravel lot, the group was already on the trail.

Was I late? No. Right on time.

Finding focus

With a camera slung over my shoulder, I caught up and fell into step beside a few students. They were talking about their hopes, their goals, and also their worries: for one another, their communities and a world that feels increasingly uncertain.

We agreed it was a world where change was still possible. We talked about what it might take to turn that possibility into action at scale on a more regular basis.

The conversation moved as we did. On the rocky stretches, we spoke less and listened more. We watched our footing and made room for one another to pass. I caught my toe on a root more than once. On we went. Walking in Woodhaven required me to pay attention to where I was—and to concentrate on my next steps.

I was reminded of what the poet Mary Oliver wrote in Upstream: “The work itself is the adventure. And no artist could go about this work, or would want to, with less than extraordinary energy and concentration.”

I’ve spent much of my career working with designers and creative teams. In this line, it’s easy to focus on the finished product: a campaign, a space, a service, an experience. The walk reminded me of the questions that come before any of that.

Asking questions

Who is this for?

What do they need?

What might we understand differently if we slow down, listen and spend time together?

When we reached the cabin and studio where the students will spend part of their time over the coming year, we thought about these questions and more. We had tea and talked about where and how we grew up. The conversations varied, from the finer points of foraging for mushrooms (don’t look too hard) to the satisfying timelessness of Tetris to the best place in town to grab a slice (hello, Jackknife).

It reminded me of the wonderfully chaotic conversations that most creative teams have before we get near to the wild heart of it—before we say, OK, it’s time to set off for this far-flung new place, and figure out how, under the same old stars, we will navigate.

We talked a lot about the changing world, and changing the world. We talked about how hard it is to really make an impact that helps our colleagues, our neighbours, our systems, our organizations… but also, how important it is to try.

That energy is something you can’t put into words. You can’t manufacture it. It has to flow from people who care deeply about the work, who are nervous because they don’t yet know where it will lead, or if it will be fuel enough to get there, but who are willing to find out.

It is in that moment, when we’re all curious and scared and excited and hungry and a little lost, that we are truly ready to make something together. Whether we are early, late, or right on time, it doesn’t matter. What matters is getting to that point along the way: where we know we can create something more than good, it is worthwhile.

I was beginning to understand what the Master of Design is for. It brings people from different fields together to build their practice through design, engineering and community engagement. To translate their skills with care.

Exploring what is possible

I can’t claim to know yet what each student will take from this program. That’s part of what I’m looking forward to finding out. But on that spring morning, I saw people bringing their questions and care for the world into the same conversation. I left thrilled to see what each of them will do next. How they will use their year in this program.

This September, when I stepped into the cohort’s first project showcase on campus, I saw that the feeling—that fuel—is still there. Only now it’s propelling the group forward. Ideas are sprouting. What is possible is more probable.

Inspired and shaped by the region, their projects hold broad applicability for communities far and near. From finding creative ways to illustrate the true cost of wildfires in Canada to exploring how we can make our own students feel a sense of belonging and inclusion before they arrive in the Okanagan.

Something different is happening here. By design.

As a creative professional who has spent years on the trail—sometimes wandering alone, sometimes lucky enough to have a team beside me—I’ve thought a lot about the MDes program since it launched. It fills me with pride to get to play a small role, adjacent to the magic that is happening in the classroom. To watch the designers, builders, and storytellers of today find the tools they will use tomorrow.

So, if you’re a creative type, a designer, a problem solver, an engineer (really, a human from any discipline who wants to make a difference), and if you are looking for a way to do that, consider this an invitation:

Come meet the people and places shaping the MDes, and bring your own questions.

Being curious is a good place to start.

 

Tyler Finley
Communications Manager, School of Engineering
UBC Okanagan

3MT Finals participants

Earlier this year, School of Engineering PhD students Rubaiya Rumman and Fatemeh Niknahad took the stage at UBC Okanagan’s Three Minute Thesis (3MT) Finals. Their presentations are now available to watch in full.

Rumman showed how wood ash could help make lower carbon concrete. She presented just hours after successfully defending her PhD thesis, earning runner up and the Alumni UBC People’s Choice Award. “It was an incredible day, and I was honoured to be part of the 3MT competition,” she said afterward. Watch Rumman’s presentation, Turning waste into strength.

Niknahad introduced a microwave sensor designed to detect black ice as it begins to form. “Instead of looking at the road, I sensed it,” she shared with the audience in framing her innovative idea. Watch Niknahad’s presentation, Microwave Ice Sensor.

Read our original story to learn more about both researchers and their work.

EME building at UBCO

The Green Construction Research & Training Centre (GCRTC) welcomes bridge engineer Saqib Khan to UBC Okanagan for “Seismic Analysis and Design of Bridges per S6:25—An Introduction,” part of its Beyond the Blueprint guest seminar series.

This seminar will explore the principles and practical application of seismic bridge design under CSA S6:2025, including key changes from the 2019 edition. Khan will cover design fundamentals, code requirements, analysis methods, and performance and damage objectives, followed by a discussion and Q&A.

Event details

Tuesday, September 29, 2026
11:15 a.m.–4:45 p.m.
EME 4218, School of Engineering
UBC Okanagan, Kelowna

A lunch break is scheduled from 1:15 to 2:15 p.m.

Register for the seminar

About Saqib Khan

Saqib KhanSaqib Khan, P.Eng., S.E., P.E. is the Principal and founding partner of Spannovation Consulting Limited, with more than 26 years of experience in bridge engineering. He is a registered Professional Engineer in British Columbia, Alberta, and Ontario, a licensed Structural Engineer and Professional Engineer in Washington State, and a Professional Engineer in California and Michigan. His extensive experience includes the analysis, design, assessment, and delivery of complex bridge and transportation infrastructure projects. He is also part of the Canadian Highway Bridge Design Code’s (CSA S6) subcommittee for Chapter 6 – Seismic design.

Mohammad Reza Khodoomi with trees and mountains behind him.

Mohammad Reza Khodoomi is a PhD student in the School of Engineering at UBC Okanagan.

How can communities plan for a more sustainable energy future when resources are limited and conditions keep changing? For UBC Okanagan mechanical engineering PhD student Mohammad Reza Khodoomi, the answer lies in using operations research to turn complex challenges into practical decisions.

Working with Drs. Babak Mohamadpour Tosarkani and Eric Li, Khodoomi studies sustainable supply chains, renewable energy and resilient energy systems. His research uses mathematical modelling and data to help decision-makers weigh options and understand trade-offs.

Read the College of Graduate Studies Q&A to learn what inspires his work and how the UBC Public Scholars Award is helping him connect it with the needs of communities and municipalities.

UBCO Engineering community gather to paint the E orange for Orange shirt day.

UBC Okanagan Engineering faculty and staff paint the E for Orange Shirt Day.

The School of Engineering invites the UBC Okanagan campus and surrounding communities to help paint the E orange in recognition of Orange Shirt Day and the National Day for Truth and Reconciliation.

Observed on September 30, the day is a time to remember the children who never returned home and honour Survivors, their families and communities. We invite you to gather with us on September 28 for this shared act of remembrance.

Event details

  • Date: Monday, September 28, 2026
  • Time: 1:30–2:30 p.m.
  • Location: The E (cairn), between the EME and Administration buildings, UBC Okanagan Campus, 1137 Alumni Ave., Kelowna, BC

Paint and supplies will be provided. All are welcome. You are invited to wear an orange shirt if you have one.

Learn more about Orange Shirt Day at UBC Okanagan or view the event listing.

Camille Leclerc at UBCO

Camille Leclerc is completing his PhD in engineering at UBC Okanagan.

Antibiotics save lives, but with antibiotic resistance on the rise, traces left behind in water and food are a growing environmental concern—one that can be difficult to detect and monitor.

UBC Okanagan School of Engineering doctoral student Camille Leclerc is developing a potential solution, small enough to fit on a microchip. His research uses microfluidic systems to separate and detect individual antibiotic residues in water samples measuring only a few hundred picolitres—approximately 10,000 times smaller than a human tear.

Now, that promising work has earned Leclerc a 2026–27 Wall Research Award, one of UBC’s most prestigious graduate research awards.

Made possible through the Peter Wall Legacy Fund, the awards support outstanding UBC graduate students whose research advances sustainability in areas including urban development, water, energy, transportation infrastructure, environmental protection and resource-intensive industries.

Leclerc will receive $30,000 to support the continued development of his microfluidic system. Ultimately, the technology could help improve how pharmaceutical and other environmental pollutants are identified and monitored.

“Antibiotic resistance is rising and it’s incredibly important that we are able to detect these pollutants in our water sources,” explains Leclerc. “Current detection methods can be expensive and time intensive, requiring transporting samples and testing them off-site. My research is focusing on developing sensors that allow for testing and detecting these threats in the field, using very small samples.”

Leclerc said the Wall Research Award will provide important support as he completes his doctoral degree, while creating new opportunities for academic collaboration.

“This award brings tremendous motivation and financial support as I continue this work,” says Leclerc.

Dr. Will Hughes, Director of the School of Engineering, congratulated Leclerc on the recognition.

“Camille’s work reflects the thoughtful, solutions-focused research we are proud to see emerging from our graduate student community,” said Dr. Hughes. “This award recognizes the quality of his scholarship and the potential of his research to make an impact in an area of great importance to human health and our environment. On behalf of the School of Engineering, we proudly congratulate Camille on this well-deserved achievement.”

Originally from Tiny, Ontario, Leclerc was drawn to graduate studies in engineering at UBC Okanagan by a desire to apply and expand upon the theory he encountered during his undergraduate studies at the University of Guelph.

“I met my supervisor, Dr. Chris Collier, there and joined the Collier Research Group at UBC Okanagan to complete my graduate studies,” explains Leclerc. His research was subsequently supported through an NSERC Alliance grant.

“Congratulations to Camille on this impressive accomplishment and thank you to the Peter Wall Legacy Fund,” said Dr. Collier, Associate Professor of Electrical Engineering at UBC Okanagan. “Camille’s antibiotic sensors are innovative, integrating microfluidic and electronic filtering techniques, and I am continuously impressed with Camille’s dedication and contributions to this field of research.”

The Wall Research Awards support graduate research connected to sustainable development and environmental protection in British Columbia, with potential applications across Canada and internationally. The awards are intended to help recipients focus on their research and complete their degrees.

Read about other UBC Wall Research Award 2026 awardees.

Dr. Ayse Alemdar Thomson

Ayşe Alemdar Thomson recognized for her leadership contributions at UBC Okanagan.

UBC Okanagan School of Engineering congratulates Dr. Ayşe Alemdar Thomson, Manager, Research and Strategic Initiatives, on receiving the Principal’s Staff Award for Emerging Leadership.

The Principal’s Staff Awards celebrate outstanding contributions that go beyond regular responsibilities and make a meaningful impact on the university community. The Emerging Leadership award recognizes individuals who demonstrate leadership through their actions, initiative and voice, positively influencing others and advancing shared goals.

Through her skill, dedication and collaborative approach, Ayşe is helping advance research partnerships and strategic initiatives across the School of Engineering. She works closely with researchers, colleagues and partners to strengthen connections, develop opportunities and move complex projects forward alongside Colin Wilson, Director of Research and Industry Partnerships.

“Simply put, Ayse is invaluable to the business development efforts here at the School,” said Colin Wilson. “She is tenacious, intelligent, persistent, and patient all at the same time. What a privilege to have her on the team.”

“Ayşe brings tremendous care, initiative and purpose to her work,” says School of Engineering Director Dr. Will Hughes. “Her ability to bring people and ideas together is helping us build stronger research partnerships and increase the impact of engineering research at UBC Okanagan. This recognition is richly deserved, and we are very proud to have Ayşe as part of our School community.”

The award reflects Ayşe’s commitment to collaboration and her growing leadership within the School and across UBC Okanagan.

“Receiving the Principal’s Staff Award for Emerging Leadership truly means a lot to me. This recognition reflects the strength of our School’s collaborative and cohesive culture, and I’m appreciative of the support and contributions of my colleagues across UBC,” said Dr. Thomson.

Congratulations, Ayşe, and thank you for everything you do to support our researchers, partners and community!

Learn more about the UBC Okanagan Principal’s Staff Awards.

EME building at UBCO

As communities across British Columbia confront the growing impacts of wildfire, building resilience requires knowledge and collaboration across disciplines, professions and lived experiences.

The Green Construction Research & Training Centre (GCRTC) at UBC Okanagan invites the campus and broader community to an upcoming panel discussion:

Indigenous Knowledge, Land-Use, Planning, and Engineering Perspectives on Wildfire Resilience: Building Resilient Communities in a Changing Climate

The session will examine past and recent wildfire experiences in British Columbia, with particular relevance to wildfire-prone communities and the wildland-urban interface.

Five panelists will explore wildfire resilience through distinct but interconnected perspectives, including Indigenous knowledge, land-use planning, emergency response, risk management and engineering. The presentations will be followed by an interactive question-and-answer session.

Panelists

  • Dr. Jeannette Armstrong, Professor, UBC Okanagan — Living with fire
  • Adam Cseke, City Planner, City of Kelowna — Planning with fire
  • Dennis Craig, Assistant Fire Chief, City of Kelowna — Fire response
  • Shelley Kayfish, Director, Campus Operations and Risk Management, UBC Okanagan — Risk management
  • Dr. Kh Md Nahiduzzaman, Associate Professor, Mohammed VI Polytechnic University, Morocco — Land use

The discussion will be moderated by Dr. Shahria Alam, Director of the Green Construction Research & Training Centre at UBC Okanagan.

Event details

Date: Monday, September 14, 2026
Time: 3–4:30 p.m.
Location: UNC Ballroom, UBC Okanagan
Cost: Free; registration is required

Register for the panel discussion

Students, faculty, staff, professionals and community members are welcome to attend and take part in this timely conversation about strengthening wildfire resilience in a changing climate.

three pieces of artwork

Artwork by UBCO Engineering students (L to R): Oliver Hale, Kalina Mehta, Morteza Nahvi now hangs in the EME building.

The summer of 2026 brought another challenging wildfire season to the Okanagan, with smoke and poor air quality affecting communities across the region. 

Against that backdrop, a made-at-UBC innovation is offering a creative approach to cleaner indoor air. Developed at UBC Okanagan and brought to life through student ingenuity, three handcrafted air-filtering art installations have been installed in the School of Engineering’s EME building—bringing together art, applied science and cleaner air. 

The Aerosol-Removing Tapestry (ART) is a low-cost, quiet and customizable alternative to traditional air filtration systems. Led by Dr. Sunny Li, Professor of Mechanical Engineering, and Dr. Jonathan Little, Professor of Health and Exercise Sciences, ART is an interdisciplinary collaboration between the Airborne Disease Transmission Research Cluster, Interior Health, and the Faculty of Creative and Critical Studies. 

While ART installations look like ordinary paintings or photographs, the technology behind them is both elegant and effective. Hidden behind each canvas, electrostatic filters and quiet fans continuously remove airborne particles and bacteria, helping improve indoor air quality without disrupting the surrounding space. 

“Research has its greatest impact when people experience it in their everyday lives,” says Dr. Li. “ART takes engineering innovation and embeds it into the spaces where we learn, work and connect.” 

Three installations, built by UBCO Master of Design student Asana Hues, were recently added to the fourth-floor foyer, a high-traffic area for School of Engineering faculty, staff and students. Rather than using stock artwork, the School of Engineering chose to feature original artwork created by its own students. 

Art hanging in the EME 4th floor foyer.

Artwork at work: filtering air in the EME building.

“It’s incredibly rewarding to see something we’ve spent so much time developing installed in the very building where so much of our research happens,” says Jake Winkler, PhD student and Research Coordinator for the Airborne Disease Transmission Research Cluster. “From building the units and testing their performance to seeing student artwork become part of the finished installation, this project brought together engineering and the creative arts in a really unique way.” 

From the more than 25 submissions received, the school selected pieces by three student artists for the first installation: 

  • Oliver Hale 
  • Kalina Mehta 
  • Morteza Nahvi 

For Oliver Hale, a fourth-year mechanical engineering student, creating art is a way to step away from schoolwork and exercise a different part of his brain. 

“I think creativity is something we’re all born with as children, and developing it as adults is largely about letting go of the fear of making mistakes or chasing a perfect outcome,” says Hale. “That mindset has shaped not only my artwork but also the way I approach engineering design, where novel ideas are just as valuable as they are intimidating.”  

Hale’s piece, titled “Souvenir”, had a unique journey that speaks to the process of discovery and reinvention that excites him about art and music. 

Oliver Hale

UBC Okanagan engineering student Oliver Hale turns to art to inspire creativity inside and outside the classroom.

“This piece began as a painting of a tree, but I wasn’t satisfied with it,” he explains. “Instead of starting over, I painted directly over it, only to become dissatisfied again. I repeated that cycle of reinvention over and over until I finally arrived at this piece. Beneath the finished painting are countless hidden compositions, each one becoming part of the final work rather than a mistake to erase.”  

The installation was intended to be both timely and timeless. The air filtering pieces were installed as wildfire smoke continues to plague the region, while the frames’ flexibility to easily swap in and display new pieces will provide an ever-green space for SoE creativity to flourish.  

“We know our students are incredibly creative, but we were absolutely amazed by both the response and the quality of the submissions,” says School of Engineering Communications Manager Tyler Finley. “Congratulations to Oliver, Kalina and Morteza, and thank you to everyone who shared their work. These installations showcase what makes our School special—learning, research, creativity and community coming together to make the world a better place.”  

Art has also been a life-long passion for Kalina Mehta, a second-year electrical engineering student whose piece “Beauty in Passing” conveys a stunning Okanagan winter vista at Big White Ski Resort. 

“Through this photograph, I hope to remind people that beauty already exists all around us—we just have to take a moment to notice it,” says Mehta. “In a world that often encourages us to look for the next destination or achievement, I hope this image inspires people to appreciate where they are, because the grass is already green where we are.” 

As a future engineer, Mehta says she constantly finds ways to bring creativity into her academic pursuits. 

“I am always looking for opportunities to think creatively, whether that’s in the way I approach and solve a problem or through the extracurricular activities I choose to pursue,” she says. “Whether I’m designing a solution for an engineering project or composing a photograph, I’m driven by curiosity and the desire to see things from a new perspective. For me, art and engineering aren’t opposites—they complement one another, and together they’ve changed the way I solve problems and see the world.” 

The next call for artwork—open to School of Engineering students, faculty, staff and alumni—will take place in early 2027. 

Alumni homecoming event banner

There’s nothing like the start of a new school year to bring people together.

It’s a time to celebrate where we’re going, how far we’ve come, and, most importantly, the people who make it all possible.

UBC Okanagan’s School of Engineering is inviting alumni, industry partners, current students, faculty and staff to join us on September 15 for a special evening of celebration and connection.

Held as part of UBC Homecoming 2026, the SoE’s Alumni and Industry Appreciation Reception will recognize the people and organizations whose mentorship, collaboration and support continue to create opportunities for students, advance research and strengthen the engineering community across the Okanagan.

Event Details

Tuesday, September 15, 2026
4–6 p.m.
Lower Foyer, Richard S. Hallisey Atrium, EME Building
UBC Okanagan campus

For more information and to RSVP (required):

Register to attend

“Our alumni and industry partners are closely woven into the culture and evolution of our School,” says Dr. Will Hughes, Director of the School of Engineering. “Their experience, ideas and commitment enrich our students’ education, strengthen our research, and help us respond to the opportunities and challenges facing our region. This is an opportunity to thank our community and celebrate what we are building together.”

Students in engineering jackets walk toward EME at UBCO.

Guests will have an opportunity to reconnect with former classmates and colleagues, meet current students, faculty and staff, and learn more about developments underway at the School of Engineering. The reception will also create space for conversations about engineering, innovation and entrepreneurship in the Okanagan—and the role UBC engineers and their partners can play in shaping the region’s future.

For Hughes, welcoming alumni back to campus is an especially meaningful part of the gathering.

“One of the great privileges of our work is seeing where life takes our graduates and the many ways they contribute to the engineering profession and the world around them,” he says. “Whether they visit often or have not been back to campus for some time, they remain valued members of our School of Engineering community.”

The free event is open to School of Engineering alumni, students, faculty, staff, industry representatives and community partners. Light refreshments will be served.