Douglas College students to build AI and virtual reality training simulations for classmates with $500,000 Embark grant
Imagine a student walking into their first veterinary clinic placement and having to talk a worried pet owner through a tough diagnosis. Or picture a geology student suiting up for a field assessment on the side of a steep, rainy cliff.
Before ever stepping into a real clinic, lab or field site, Douglas College students will be able to practise those exact moments in immersive simulations built by their classmates.
Over the next three years, Computing Science students will gain hands-on experience building and maintaining custom AI, 3D, virtual reality and augmented reality applications to help train peers across four science programs.
Thanks to a $500,000 Embark Major Grant, secured through a partnership between the Douglas College Foundation and Alumni Relations team and the Faculty of Science and Technology, the College will launch the Embark Immersive Learning Hub at the New Westminster Campus to support this work.
Read more: World’s biggest video game hackathon levels up at Douglas College for second year

Built by students, for students
Most post-secondary schools buy pre-packaged training software from outside tech companies. Douglas is taking a different route. By having Computing Science students build and maintain the software in house alongside faculty, the College gains training tools tailored to its courses, while Computing Science students gain real software development experience before graduation.
“Our students will use AI and virtual reality to solve real classroom problems for fellow students across campus, putting what they learn in lectures into practice,” says Brian Chapell, Dean of Science and Technology at Douglas College. “Because our students and faculty are building the software themselves, Douglas owns the tools and can keep adapting them as courses evolve. That means this grant can benefit students long after the three-year project ends.”
Putting code to work
For Computing Science students, the project is a chance to see their code make a direct difference for students down the hall.
“Usually in class, you build a project, get your grade and that’s the end of it. Knowing that the AI characters and 3D environments we code will actually help a Veterinary Technology or Biology student feel ready for their first real lab is what excites me most. I think it will feel like working in a real studio right on campus,” says Alison Rempel, a Computing Science Diploma student in the Game Development stream.
Read more: Douglas student develops a drawing robot using Raspberry Pi

A safe place to make mistakes
The hub will give students in Biology, Earth and Environmental Sciences, Sport Science and Veterinary Technology a safe, repeatable space to test their skills and learn from mistakes before entering a real workplace.
- Veterinary Technology: Students will practise tough, emotional conversations with AI-powered virtual pet owners before entering a live clinic.
- Earth and Environmental Sciences: Students will inspect virtual geological sites that remove physical barriers for students with accessibility needs.
- Biology: Students will test and explore interactive 3D anatomy models prior to physical lab dissections.
- Sport Science: Students will analyze human movement and biomechanics in 3D space.

“Confidence comes from practice, and practice takes more than one try,” says Dr. Shahriar Khosravi, project lead and Computing Science instructor at Douglas College. “Real labs and fieldwork are essential, but weather, cost and equipment can sometimes limit those opportunities. This hub will give more students more chances to practise assessments or difficult conversations, learn from mistakes and arrive better prepared for the work ahead.”
Building on earlier research
The new hub builds on earlier Douglas research into augmented reality. A pilot study of 50 undergraduate psychology students found higher test scores among students using an augmented reality simulation that was built by Douglas College Computing Science students to learn how nerve cells send signals, compared with those using more traditional models. The findings were presented at the Canadian Neuroscience Meeting in May.

What happens next
The first nine months of the project will focus on setting up the lab and installing equipment, followed by software development and classroom testing.
“Giving computer science students the opportunity to have hands-on experience, while see the positive impact technology can have on other learners is a game changer,” says Andrew Lo, President & CEO, Embark. “Congratulations to Douglas College for taking this innovative, student-centered approach to learning.”
“The Douglas College Foundation is excited to partner with the Faculty of Science and Technology and Embark to support this innovative initiative and create new opportunities for hands-on student learning,” says Melissa Ren, Director, Foundation and Alumni Relations. “We look forward to seeing the impact of the Immersive Learning Hub and continuing to work with S&T and other departments and faculties to support student success.”
More information about Douglas College’s science and technology programs is available on our website.
The truth about storm drains and fish habitats
By: Naomi Higo and Kevin Chai, Institute of Urban Ecology
On Sept. 25, a chemical spill devastated fish populations in Coquitlam’s Hoy Creek, near Douglas College’s Coquitlam Campus. Two thousand dead fish were discovered along a one-kilometre section of the creek. Most of the salmon in the hatchery’s holding tanks also died.
The City of Coquitlam confirmed that industrial-strength chlorine from a pressure washing job had gone down a storm drain that fed directly into the creek, killing the fish.
On the morning of the 25th, a resident of the Hoy Creek area was walking through the park and noticed dead fish along the creek and the smell of chlorine. This Good Samaritan left a note on the Hoy-Scott Hatchery’s door and later alerted a hatchery volunteer they met on their walk home. Testing done by hatchery volunteers revealed the fish were killed by chlorine.
Many people may be surprised to learn just how many of our local waterways provide habitat for salmon. Across Metro Vancouver, salmon-bearing creeks and streams wind through urban neighbourhoods, parks and residential areas. These waterways are essential to the survival of salmon and other aquatic species, yet they remain vulnerable to pollution from everyday activities.
Sadly, stream pollution incidents are not new:
- In 2019, an estimated 80 percent of the salmon in Hoy-Scott Creek were killed from what was suspected were chemicals from a swimming pool drained into the creek.
- In September 2020, 100–150 fish were found dead in McDonald Creek in West Vancouver. They died from a high-bleach content mixture, meant for power washing, that was drained into the creek.
- In October 2025, two men were filmed dumping canisters of what was believed to be paint into Noon’s Creek in Port Moody, upstream of the Noon’s Creek Fish Hatchery.
- In August 2026, a woman was captured on video dumping garbage into Mill Lake in Abbotsford.
These stories are all examples of the risks that improper disposal of chemicals and other waste can pose to our waterways. They also demonstrate why public awareness, prevention and early reporting are so important.
Storm drains lead to fish habitats

Unlike the sanitary sewer system, which carries wastewater to treatment facilities, most municipal storm drains collect rainwater from streets, sidewalks and other surfaces. That water is sent directly into the nearest river or stream – unfiltered and uncleaned. Waste materials like bleach, chlorine, paint and solid litter often make their way into storm drains, intentionally or not.
Some storm drains in Metro Vancouver are marked with a yellow fish symbol. This is to remind us that fish and other aquatic life live at the end of storm drains. Many storm drains are not marked with yellow fish, but they still empty into fish habitats. The yellow fish are placed there by volunteers. Therefore, many neighbourhoods have simply not been marked yet. Even if the drain does not empty directly into a salmon spawning stream, it is likely that this stream will meet up with a fish-bearing stream somewhere along its journey to the Pacific Ocean.
Keep toxins out of storm drains
Dumping materials other than water into storm drains is harmful to the environment and can result in fines. Be mindful when using harmful fluids like bleach, chlorine or soap mixtures during activities like power washing or washing your car. Here are a few ways to reduce the risk:
- Washing your car on your lawn. The soil and grass roots help filter toxins out of water before it goes down the drain.
- Using soaps free of phosphates, chlorine, artificial fragrances and heavy petroleum surfactants.
- Taking your car to a car wash. Ground water from licensed businesses does go to wastewater treatment plants.
- Recycling paint, flammable liquids and pesticides at one of B.C.’s 200 designated drop-off locations.
- Notifying the city (and nearby hatcheries and stream keeper societies) immediately if you see someone dumping anything into a storm drain or stream or notice high numbers of dead fish. Fast and early reports allow the city and hatcheries to mitigate fish mortality in streams that have had chemical spills.
Get involved: Help protect salmon in your community
Protecting our streams isn’t just about preventing pollution. There are many ways to get involved and make a positive difference in the health of our local ecosystems.
- Join local stream keeper societies. These societies perform a range of activities including stream cleaning, salmon releasing and stream surveys, depending on the society.
- Mark storm drains with yellow fish. Visit the Fisheries and Oceans Canada website to learn more.
- Raise awareness. Host a neighbourhood nature walk and point out any marked storm drains or other signage in your neighbourhood. And please remember to educate with compassion –some residents and newcomers to Canada and B.C. may not have had the time or opportunity to learn about where salmon reside.
- Join a shoreline clean up. Events happen all year in many locations.
- Take part in a salmon festival. These events are a great way to learn more about salmon, the streams they live in and their ecological, cultural and economic value in B.C.
Here are some salmon festivals in the Lower Mainland:
- Salmon Come Home festival (Coquitlam)
- Steveston Salmon Fest (Richmond)
- Coho Festival (West Vancouver)
- Return of the Salmon (Maple Ridge)
Our urban streams are more than drainage channels; they’re living ecosystems that support salmon, wildlife and the health of our communities. By making thoughtful choices about what goes down our drains, reporting pollution and supporting local conservation efforts, we can all play a role in protecting these vital habitats for generations to come.
To learn more about the Institute of Urban Ecology, visit our website.






































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