Rounding the Corner Towards a Circular Economy in Canada

Metal Tech Alley, a case study in

"Rounding the Corner: Towards a Circular Economy in Canada"

The Canadian Standard Association recently released a Circular Public Policy document titled "Rounding the Corner: Towards a Circular Economy in Canada" and Metal Tech Alley is proud to be spotlighted as a case study. To read the full document click here



Innovative Leaders Develop New Model for Circular Economy

Innovative Leaders Develop New Model for Circular Economy

LCIC's Supply Chain Study Provides Data for New Online Tool

Imagine if you knew exactly what resources were in a community before deciding whether launching your venture there was a good fit. A new online interactive tool is providing that insight in the West Kootenay.

Metal Tech Alley, an industrial and tech think tank leading circular economy development strategies, recently launched the West Kootenay Supply Chain, a digital feature that markets the region's existing industry. It highlights the potential for more development, and models the supply chain through a circular economic lens.

“For Metal Tech Alley to be most effective at investment attraction, we need to show clearly and in detail the companies operating in the region,” explains Rebecca Richards, director of the Lower Columbia Initiatives Corporation (LCIC), the economic development organization that drives Metal Tech Alley. “This model allows outside parties to see at a glance what industry exists here and its supply chain reach. It also helps us understand how the region's industry may be impacted by future global supply chain events.”

The model was triggered by a Regional Supply Chain Study, undertaken by the LCIC and funded by Columbia Basin Trust, Economic Trust of the Southern Interior of BC, and CanExports Community Investments.

“COVID-19 made us realize just how dependent we are on supply from outside Canada,” Richards explains. “The model provides the basis for us to take on projects, which will create resilience in local companies, especially with respect to supply chains.”

Using the compiled data, Kootenay-based web development and GIS analytics company TruGIS built the research-based tool that organizes industry data into an interactive visual network. TruGiS’ Managing Director Colin Jaeck says the goal is to provide an accessible way to view and build grassroots supply chains.

“We knew we could help remove some of the fundamental barriers communities face when understanding local supply chains or implementing circular economy strategies by providing real examples,” explains Jaeck. “There needed to be a ‘bridging of silos’ — a collaboration between governments, industries, nonprofits, and companies of all sizes using a common platform.”

The result is a visual representation of how goods move into, within, and out of local industry sectors. Once populated, the regional model will be integrated into a growing national model to show the supply chain in a larger context.

“We're focusing on creating local bubbles, which hasn't really been done until now,” says Jaeck. “Essentially, we're trying to minimize the impact of external influences beyond our control such as inflation, political instability, and supply chain disruptions with proper planning made possible by these models.”

Take Fenix Advanced Materials for example, a company specializing in the manufacturing of ultra-high purity metals for use in the solar energy, telecommunications, and commercial markets. The clean technology company uses some of Teck's by-products to produce high purity metals. The goal is to facilitate other similar business partnerships, where waste can be diverted and value-added products created.

“The West Kootenay Supply Chain model will be able to connect companies, reducing environmental impact, lowering production costs, and increasing competitive advantage for businesses,” says Jaeck. “It's an excellent research tool for finding new opportunities and connections.”

As more data is entered, the model has the capacity to further demonstrate a closed-loop circular economy, according to Metal Tech Alley Director Jacomien van Tonder. She invites organizations and businesses to enter their details into the intuitive model housed on the Metal Tech Alley website to help the region gain a more comprehensive understanding of the economy.

“Our intention is that this map will foster new development and strengthen the circular economy, especially in the battery manufacturing and recycling industry,” van Tonder says. “In the future, we'd like to explore whether this model can be linked with similar models in other areas, so that Metal Tech Alley continues to be a leader in forwarding the circular economy movement in Canada.”


The Silicon Review names Metal Tech Alley in list of 50 Best Companies to watch in 2022



Metal Tech Alley presented with Best Eco-Friendly Battery Metal Producer Award

In 2021 Jacomien van Tonder presented at the World Circular Economy Forum on Rural and Remote Communities. Jacomien brought Metal Tech Alley to the world stage as the only presenter from a rural community in North America - and it did not go unnoticed. Following that presentation Metal Tech Alley was nominated for a Global Green Business award for their work in sustainable business practices and circular economy leadership.  

Jacomien van Tonder is the Director for Metal Tech Alley, a successful regional marketing strategy from the Lower Columbia Initiatives Corporation (LCIC) based in Trail BC.  After 4 years running the Metal Tech Alley program, the LCIC is considered a leader in economic development best practices through creating a circular economy hub in small rural area. The considerable success of Metal Tech Alley rests on embracing industry of all sectors and supporting innovation for companies that are engaging with circular practices and doughnut economics.

"We represent metals producers, recycling and metallurgical facilities in the area and share this recognition with each one of them" - Jacomien

In December of 2021 Metal Tech Alley was chosen to receive the award for Best Eco-Friendly Battery Metals Producer and proudly displays the trophy in their office to remind them of what hard work and progressive thinking can accomplish.

About the Global Green Business Award:

"This year we seek to commend and bring exposure to those companies that have worked to ensure sustainability is at the very core to their business. The Global Green Business Awards 2021 will therefore place emphasis on applauding innovation in corporate sustainability and seek to reward those have proven themselves to be pioneers capable of providing solutions to meet a vast array of demands." - Acquisition International

Acquisition International also featured each winner in their Global Green Business Award 2021 magazine. You can read the full page article on Metal Tech Alley below, or for a full copy of the magazine and all the winners click here


Metal Tech Alley Achieves Recognition For Its Work Towards Circular Economy

The Council of Canadian Academies recently released a report, Turning Point – The Expert panel on Circular Economy. 

In this report Metal Tech Alley was recognized for its work towards a circular economy in industrial areas such as metallurgy, digital fabrication, industrial recycling and clean technology. 


Click here for the full PDF of Turning Point: The expert panel on circular economy


Jenn Wilson, Managing Partner, Austin Engineering

Engineering Remote Communication

The ability to run a team meeting remotely is a skill that Jenn Wilson has mastered. The Golden, BC resident is the Managing Partner at Trail’s Austin Engineering and is a leading example of a thriving remote-working professional. After a career in communications and public affairs, Jenn pivoted and leveraged her entrepreneurial acumen to begin working for a brand-new engineering firm. Her friends Roger and Mary Austin knew they needed a professional writer’s skills when they launched their company, and Jenn elevated the company’s reputation and best practices in no time. Devoted to continuous learning and providing maximum value, she studied project management and began overseeing projects before more recently taking on the strategic Managing Partner role. Jenn leads with distinction and precision but also incredible warmth; she’s a consummate professional who pours her heart into her work and genuinely values the firm’s exceptional clients. Austin Engineering has built a team culture where diversity and communication are vital attributes, and everyone is encouraged to share their perspective. Together, the team is leading dam safety engineering at an international level, and has been recognized for their advancements, winning the Clean Energy BC Operational Excellence Award in 2017 and 2018; they also continue to present research findings and develop innovations that are changing the engineering landscape. Jenn is immersed in the big picture as she leads Austin Engineering into the future.

What does Austin Engineering specialize in?

Austin Engineering offers civil, structural, hydrotechnical, and geotechnical engineering, but we specialize in dam safety and hydro power. A lot of our work is supporting municipalities, BC Hydro, FortisBC, and dam owners across the province and country. We approach dam safety engineering with our clients in mind by finding them the best, most innovative solutions. We blend a lot of different goals depending on the client and their needs, including helping our dam owners optimize designs, making sure dams are safe, and addressing environmental concerns. That might be innovating a design to reduce concrete or rock blasting in order to reduce costs, or it might be supporting our clients’ sustainability requirements. We also work on fish ladders or park development, always keeping in mind what’s ideal for the community or municipality. We also help clients get feedback from their communities by 3D printing models they can use to better engage stakeholders.

We 3D print dam models at our in-house dedicated hydraulics lab, so if a municipality, for example, wants to build a new dam we could do multiple design versions, 3D print them, and test water flows to see which design has the best flow and function. The models can also help project how we might be able to save on materials. For example, because we modelled Prince Rupert’s Woodworth Dam in our lab, we optimized a design that reduced their cost by $1.5 million. Technology helped us figure out how best to blend some traditional design with the natural on-site setting. On another dam—Idlewild—we were able to reduce the concrete used by 40%, and for Fortis’ Corra Linn Dam our 3D modelling helped their stakeholders prioritize future repairs and designate where they wanted to spend their money.

We also conducted research with industry partners using a shake table that investigated how the Corra Linn and other dams in China and India would respond to earthquakes. We test how they’d react during different earthquake scenarios so we can identify where to best make repairs or shore things up. With approximately 5,000 large dams around the world, many of which are getting 50+ years old and reaching the end of their life span, safety is fundamental.

What makes Austin Engineering different from other engineering firms and where do you fit in?

First of all, our approach to dam safety is pretty unique; then there’s also our team culture. I think we have a really nimble work culture and team that brings their ‘A’ game every day. We are thorough and diligent, and we pride ourselves on our ability to work closely with different groups. We also really value education and sharing best practices with our clients. We have a lot of brilliant minds around the table that bring unique and different perspectives, which is one of the things that makes us such a strong team. We’re really collaborative and receptive; everyone is so open. Our senior engineers obviously have the final stamp on things, but we value different perspectives and skill sets. It’s that culture of support, paired with striving to be the best, that sets us apart.

I recently moved into a Managing Partner role, which has me moving away from working on the projects and leading Austin Engineering in a strategic way. That means I’m responsible for making sure we have all of the necessary systems in place. It’s definitely a big picture position—I’m simultaneously supporting our clients, taking care of our team, and looking at how Austin Engineering can continue to grow and innovate. I think it’s where I can really provide value.

We understand you live in Golden, BC and work remotely; could you elaborate on how that works?

It’s interesting. First of all, I’ve been working remotely since 2008; I’m one of those people that can work really well remotely because I’m very focused and I don’t get distracted by being at home. There are still times throughout the year I go back to the Trail office to have a few weeks with the team, though. When I started with Austin Engineering in 2014, I lived in Rossland and was coming into the office every day. I was able to develop relationships and gain operational knowledge for about three years before we moved; it gave me a really firm understanding of how the company and team worked. I think those connections have been really important for me to successfully work remotely. There are pros and cons, of course; one of the pros is that I am slightly removed. So in my position, I can sit back and think about the direction that we’re taking and if it aligns with where we want to go. As for cons, I do miss the face-to-face interactions and the ability to just quickly chat over my shoulder with colleagues.

Obviously with COVID-19, our office has changed and most people are working remotely. Because I’ve been doing it for so long, I was able to help support a few of our team members in transitioning to remote work when the pandemic hit. I shared tips, like creating a dedicated workspace—the kitchen table next to the kids doing their schoolwork is not a good option. And closing the door in that space—a lockable door if you can—is a good idea, too. That way you can keep those, “Can I just show you one thing?” kind of questions out. I also think making sure you have an organized desk area that’s set up in a permanent rather than temporary way is important.

How else did Austin Engineering pivot during COVID-19?

We focused on our clients and on our team; teamwise it was making sure that everybody was set up to work remotely and had what they needed—all the equipment and technical support. That was a very quick transition. And then it was about reassuring our clients that we were still working, that we had protocols in place so that we could still safely do site visits, and that we were willing and able to support them and get all the work done within the new parameters. A lot of our clients put their own systems and protocols in place, too, which we obviously had to learn and follow—things like declarations on health and symptoms. Even with the changes COVID-19 brought, I think we actually had our busiest summer on record.

The biggest takeaway from the transition both internally and externally has been the importance of communication. We don’t have those opportunities to be together in the office like we used to, so communication has been really critical.

How does a communications professional end up in engineering?

It’s a bit of a funny story, and my background can be really hard to explain to most people in engineering. I have an undergrad in political science, and a masters in communications. I’ve since also done some training at the University of Victoria in project management. But I’ve always worked in communications; my main career was with the provincial government, where I was what’s called an order-in-council, which is where you work for the government of the day doing speech writing, press release writing, and communications planning. That was my everyday for years. In 2008 I decided to leave full-time government work and go out on my own to do some consulting. Instead of working for one government ministry, I started working for a number of them. Then we moved to Rossland and I continued to do that, but also added various other clients. My husband and I met Mary and Roger Austin as friends. Roger worked at Fortis at the time, but one day we went to their house for a big barbecue they were calling “Roger’s Retirement Party.” None of us really understood what was going on, but he’d left Fortis to start his own engineering company. I, of course, knew nothing about engineering but Roger knew I was a writer; he asked if I could help him write a couple of reports for his clients. I agreed and the couple of reports turned into full-time writing and marketing, so I guess the rest is history!

I think Roger is unique in the sense that he realized from the outset that his company needed clear, polished writing and communications, and that engineers are not necessarily the best people for that job. It was important to him that his clients have well-written and easily understandable reports. I don’t think that’s always recognized; not just in engineering, but in lots of fields where people who have the background and experience in those skills can really make a big difference. And I like the engineering world; it’s so concrete. It has its rights and wrongs and dos and don’ts, but it also has a lot of artistic attributes to it through the design work. I think it’s really neat how those two things marry. There are definite math equations and regulations and the numbers have to be what they have to be, but there’s a bit of an art form to how the designs come about.


Why position the company and your career in Metal Tech Alley?

We’re really lucky because where we are in Trail we have the confluence of the Kootenay and Columbia rivers; it’s amazing for our dam safety and hydrotechnical work. The region supplies incredible opportunities to support dam safety and hydropower, and it also gives us some really unique opportunities for looking at environmental and green initiatives. There’s a lot of cutting-edge industrial work in the Metal Tech Alley area as well; we support industrial and civil structural projects for some really innovative local companies, like KC Recycling, and, of course, Teck. So we feel quite fortunate to be located in Trail, where there’s such a neat crossroads and blending of different industries. Some people might view it as a small town, but there’s so much happening in Trail! I think people are starting to catch on that what’s going on is pretty spectacular.

On a personal note, after university, I left Ontario and moved to Banff to pursue a mountain lifestyle. I wasn’t sure how I’d do in a small town, but I quickly realized I loved it. Once I had a taste of living and working in a mountain town, I knew it was the right fit. There are some sacrifices required to make it happen, but for me, the benefits definitely outweigh them! It gives me a healthy balance; I can do the things I’m passionate about every week, I like the vibe and culture, and I like being relaxed and not wearing makeup. When I return to Trail for in-person work at the office, I make a point of getting coffee at the Grind in Rossland, visiting with friends/colleagues and running up KC (Kootenay Columbia trail). In Golden it’s much the same; I value a run or bike on the local trails, being able to work from home, and a great ski day with some après if possible.

What work are you most proud of?

I’m really proud of our dam safety work. Our research and innovation has positioned Austin Engineering as one of the best dam safety companies in Canada, and we’ve presented and been recognized at international conferences. Being regarded as experts in the field is pretty amazing for a small team, and garnering international recognition in the first six or seven years of the company’s life is fantastic. I’m also really proud of the culture and the diverse team that we’ve created. I love that we have people working with us from around the world. Those perspectives have been cultivated in our open culture; I think that’s what I’m most proud of from an internal point of view.

Austin Engineering is determined to keep innovating and supporting our clients so they can be successful. What we do has a direct impact; if we’re working with a municipality, for example, our work could affect the town’s water supply. We’re humbled by the importance of those impacts; our safety work is especially critical, and because we know what’s at stake, it drives us to keep getting better.


Technology and the Circular Economy: Selkirk Technology Access Centre

By Val Rossi and Kyla Girling of Writers Block Solutions

Whether it’s reviewing a start-up idea sketched on the back of a napkin or working with an industry leader automating long-standing processes, the Selkirk Technology Access Centre (STAC) is lending its advanced manufacturing expertise to Lower Columbia professionals and helping take concepts from prototype to market.

The rural technology centre is one of 60 Technology Access Centres (TACs) across the country assisting Canadian businesses—particularly small-and-medium-sized enterprises—by providing applied research and innovation services. These centres help build new prototypes and solve unique business challenges, and provide specialized training on the latest equipment and emerging technologies. Their goal is to enhance productivity, competitiveness, and innovation for their industry partners.

There’s no doubt that STAC in Trail is driving circular economy innovation, facilitating the more rapid development of cleantech, and changing the business landscape in the Lower Columbia and beyond. When it comes to training students for the jobs of tomorrow, fostering and retaining qualified local talent, and manufacturing goods this is especially apparent.

“One of the first questions we ask is: how can we help manufacture parts utilizing reclaimed or renewable resources?” explains STAC’s Chair and Lead Researcher Jason Taylor. “We look at byproducts from companies’ processes to see if there are opportunities. And we’re very much a part of the local ecosystem, so sometimes those opportunities are finding ways to keep work local. We know who provides what services, and it cuts down on excessive transportation and outsourcing when we can provide certain services and then also act as a conduit for area referrals.”

STAC boasts a suite of services designed to build competitiveness in research and development, specifically for companies exploring technical expertise and specialized equipment to advance product design and manufacturing or optimize a process or system. The centre offers 3D printing, 3D scanning, rapid prototyping, data specialist expertise, reverse engineering, metrology, customized advanced technology, and training. Another important facet of their operation is offering referrals to existing businesses in the region, as they are committed to supporting local companies rather than competing with them.

Rural Tech Centre Upskills Local Talent

Local manufacturing has become even more prevalent since the pandemic exposed how much Canada relies on foreign supply chains. Examining this has increased the desire to close the loop closer to home, supporting STAC’s mission to strengthen the economy by giving local professionals the tools to do the work here. This open, collaborative approach is growing STAC’s network, as the team continues to welcome qualified experts to the Metal Tech Alley region, which is known for technological and metallurgical advancement.

As a launch pad for innovation, the centre’s presence in the region is helping attract more tech professionals, upping the area’s already substantial reputation. Further highlighting the need to support the local manufacturing sector, Selkirk’s new Digital Fabrication & Design program is now turning out qualified professionals, upskilling the local talent pool and supporting the established companies recruiting for advanced manufacturing and process operations.

“STAC is creating deep ties between business development and academic research, and fostering greater collaboration between local businesses,” says Lower Columbia Initiative Corporation (LCIC)’s Economic Development Coordinator Rebecca Richards. “These factors promote innovation and the use of tech in industry, which will be important for regional economic growth and long-term stability.”

Reverse engineering makes up about half of STAC’s current workload and the future looks to be much the same, with industry giants like Kalesnikoff and Mercer Celgar changing their processes to look at more automation and just-in-time manufacturing and less warehousing of parts and machine equipment.

There’s no project too small for STAC, which is more about customization than mass production and lends its expertise to individuals as well as companies; for example, a mechanic restoring a vintage car may turn to the centre for a discontinued part. The STAC team truly supports a broad range of projects that touch every industry or need imaginable.

STAC as a Metal Tech Alley Conduit

While acquiring and testing equipment to determine if it’s really what a client may need normally can cost hundreds of thousands of dollars, STAC facilitates the process and provides individuals and businesses with significant cost savings. Their specialized staff also provide consultation and recommendations.

As awareness around its services grows, Taylor says the centre continues to gain further support, with close to $400,000 in new equipment secured this past year alone.Their efforts are supported by provincial and federal government funding, and those engaging STAC’s services may either pursue possible research grant funding opportunities themselves or pay direct fees-for-service.

LCIC is working diligently on improving the circular economy framework in the region by establishing public policy and built-in business cases and investigating a possible industrial park. The organization is also hosting the Industrial Circular Economy Conference (ICE) online from June 8 – 10, 2021. The team behind Metal Tech Alley is proud that their movement towards a more sustainable economic structure aligns with STAC’s mission. Working alongside industry leaders like Taylor and leaning on the natural resources and expertise already readily available in the region helps build a more robust future for all.

“STAC makes it possible for businesses to improve process efficiency and find solutions more easily by providing a designated facility for innovation and testing, as well as on-site support,” explains Richards. “STAC is already helping businesses subvert their reliance on manufacturers for spare parts, which reduces the environmental impact and makes repairs cheaper and easier. Because companies are now better able to close loops in their supply chains locally, this is a positive step towards circularity.”

For more information on STAC’s projects click here


From Concept to Prototype: STAC Delivers on Recent Projects

Project Client: Ekati Diamond Mine

Industry: Mining

Problem: Needed an effective way to show indigenous and other local communities what the mine site would look like in the future after closure.

Solution: STAC worked with an environmental monitoring agency to provide an interactive portable map application, showcasing the current and future status of the mine. For consultation purposes, STAC built a 3D terrain model of the entire site—which is over 40 kilometres wide—and used a data projector to project imagery, like a caribou migration path, onto the model. This made it more interactive to help facilitate the discussion with people impacted by the mine.

Project Client: 9dot Engineering Inc. and Aqua Diversities Waterworks Inc.

Industry: Municipal

Problem:  A critical plastic fitting for the UV water treatment system in Nakusp was damaged due to the heat and UV in the system. The parts were discontinued and the small, rural village would be looking at a very large unplanned capital expense during a difficult economic time.

Solution: Working together with the Village of Nakusp’s contractors, STAC 3D-scanned and reverse-engineered the part, then 3D-printed test pieces to ensure proper fit. Prototypes fit but were brittle, so one of STAC’s researchers (a millwright machinist) reviewed and further improved the design by using a UV-resistant plastic that was precisely CNC machined. This new part was strong and functional. The client was able to use the files they own to work with another local machine shop for larger orders.

Project Client: Association des francophones des Kootenays Ouest (AFKO)

Industry: Community

Problem: Needed a way to effectively showcase the French culture in the region. The association had a concept design they’d created with a local artisan, but were looking for assistance with production and/or implementation.

The six-foot-tall, free-standing wooden tree was designed to have laser-cut leaves featuring bilingual writing. The local contractor working on the project was using his small laser, which didn’t have suitable capacity to make approximately 175 leaves.

Solution: STAC reviewed the proposed concept design and the milled tree’s purpose: to travel West Kootenay communities as a public art installation to help educate people on the French culture. STAC milled the plywood on their CNC machines as the contractor didn’t have this equipment, and assisted further by using their larger laser and student person-power to help produce the laser cut leaves quickly and efficiently. The installation is now touring the communities in the region. 

Project Client: Kalesnikoff Mass Timber

Industry: Value-added Wood Products

Problem: Required help with a new automated production line they were installing in their new mass timber facility in South Slocan; this was a time-sensitive issue.

Solution: STAC was able to facilitate this project locally (rather than contracting to a company outside of the region) in-house and on time, while simultaneously teaching student apprentices about the machines and process. They expedited material delivery and production by using their new waterjet cutter for a total of 60 apprentice hours over two weeks.

---

Read more on STAC, technology, and the circular economy.

For more information on STAC click here


Championing School Engagement: Chris Derochie, Account Manager, Thoughtexchange

Like many from smaller communities, Chris Derochie was eager to leave his hometown after graduating from high school. Seeking a larger centre, he left Rossland and landed in Michigan, where he played college hockey and obtained a Bachelor of Business Administration. While there, he also discovered his passion for working with tech startups, and after realizing the Lower Columbia has its own burgeoning technology industry—with an especially interesting company headquartered in Rossland—his interest was piqued. Thoughtexchange was arming leaders with data from their communities to help inform large decisions and solve problems, and the company looked poised for rapid growth. Today, Chris represents Thoughtexchange as an Account Manager on their Education Team. He feels privileged to be back in the Kootenays, where he enthusiastically indulges in the mountain lifestyle he grew up loving. He’s proud to contribute to a company that gives young people a voice in decision-making and helps educational leaders make positive change in their communities. Chris is also involved in the Capstone Project, a collaborative venture between Metal Tech Alley-affiliated companies and School District 20 that links Grade 12 students to work experience with local innovative companies that support a balanced lifestyle. It’s no surprise that Chris’ clients are receptive to his contagious smile and sunny outlook, as he continues to excel at bringing people together in the educational sector.

What does Thoughtexchange specialize in, and how do you contribute?

It’s a crowdsourcing platform that leaders and/or organizations can use to give their stakeholders a voice in making decisions that affect them. It’s a really powerful way to understand the thoughts and sentiments of a group ranging from five people to 50,000 people, with insights generated in real-time. Where it’s really different from your traditional sort of engagement is that people are able to actually share what’s in their hearts and minds in their own words—in an exchange of thoughts. There are no confines like those that are inherent to a survey or something of that nature. Through the prioritization of thoughts that happen in the star step, which is one of the three steps within the exchange process—share, star, and discover—participants can see what other people are saying. That creates a space to generate learning and build empathy. In many cases, perspectives evolve as people are exposed to others’ thoughts. From a leadership standpoint, you’re getting a very crisp understanding of what the group’s priorities are, so you can make more thoughtful decisions.

As an account manager, I monitor what’s going on within our accounts to make sure that we’re up to speed on any exchanges and answer any questions our partners have about running exchanges. It’s a fair bit of checking in with senior leadership at the district level, and also checking news, because with the nature of school districts most everything important happening is in the local news. On our Zoom calls, we mostly coach our partners through ideas and share suggestions. We’ve attracted quite a unique subset of the education community; a lot of the people we work with are very like-minded, and we get along extremely well.

Why is it important for school districts to use Thoughtexchange?

Right now, it’s especially important because of COVID-19; districts are tasked with a really challenging prospect: safely bringing kids back to school. They’re making really high-impact decisions that have a lot of emotion tied to them. Ultimately it has a pretty huge effect on the whole community: families, staff, and kids as well. Getting an understanding of what’s important and what matters to everyone is vital. Everyone’s feelings about new education models and deliveries are valid, and there’s obviously a lot of weighing on the surrounding decisions. By using Thoughtexchange to source ideas and better understand sentiments, pain points, concerns, and fears, leaders in education are able to make decisions that are more inclusive and more considerate of the stakeholders’ priorities. What that generally looks like is supporting the operations—the more logistical pieces—and also the emotional and social well-being part. For example, a district may use an exchange to help figure out what students—and families and teachers—need to feel safe and supported in a remote education situation.

We’re always blown away by how thoughtful and articulate the input is in every single student engagement. It’s excellent to give the students the opportunity to share their voices, but an exchange is also a commitment from the schools to their students. It helps accelerate decision-making and encourages implementing changes based on the results. Plus, I think diverse groups and perspectives inherently lead to better decisions; it’s just smarter. Bringing in a variety of different thought processes, ways of thinking, and backgrounds helps support people’s ideas and the ways they process information. I also think it’s a little dated to think that decisions can or should be made by a single person or a small group of people, especially when those decisions affect such a variety of stakeholders. Inviting and reviewing thoughts from a wider range of people allows for groups to not only be smarter and more efficient, but for the process to be more fair and equitable.

Do you have an example of work you’re particularly proud of since you’ve been with Thoughtexchange?

What comes to mind immediately is working in education and being part of the conversation happening right now around equality and equal opportunity. Two years ago we were working with a New York school district with a demographic that was primarily Caucasian and middle-class, but that also had a minority of African American students. This was following the Parkland shootings, so the district board decided to enhance the feeling of safety and security for staff and students by bringing armed police into the school for regular walk-throughs. Immediately after starting this, the superintendent started to hear some rumblings—amongst the Black students in particular—that the practice was causing discomfort. It totally makes sense, given some experiences Black people across their country—and ours—have had with police.

So the superintendent wisely ran an exchange, asking for people’s thoughts and feelings about the new practice; what rose to the top were the perspectives from Black students in particular: the walk-throughs made them feel uncomfortable. Again, that goes back to the generational trauma that’s been cultivated around their relationship with police. The primarily white school was therefore exposed to those perspectives and the idea that an experience for a Black student is quite different than that for a white student. It really helped create empathy across the district. Ideas were being shared that wouldn’t have normally come to light in a more traditional conversation, and especially not in an engagement where there’s no interaction, like a survey. And in addition to some really powerful learning, dialogue, and empathy-building across different groups, it led to the superintendent changing the police walk-through practice.

How did Thoughtexchange pivot during COVID-19?

Near the beginning of the pandemic, we opened up our software to any organization or group that wanted to connect with their stakeholders on the topic of COVID-19. That, in combination with us being well-positioned to help districts and organizations make important decisions remotely, meant our usage went up over 600 percent from the middle of February through to August. It brought on a number of new clients and really helped us to develop our thinking and identify the needs of organizations and districts. We’re proud to offer a platform like Thoughtexchange that allows for a variety of stakeholders to provide really meaningful feedback to help our clients navigate something so unprecedented.

We’ve also added a couple of super exciting product features in the last couple of months that help make our platform better and more usable, especially in light of more and more people being remote and more meetings and gatherings happening in remote settings. That’s been big for us. We’ve been strengthening our commitment to being a conduit for ideas and approaches and cultivating a community of thought leaders.

What attracted you to working for Thoughtexchange and what keeps you committed now?

I grew up here in Rossland. I was back east—I went to Adrian College in Michigan to study business and was living and working there—but I was really just looking for a way to come back to the Kootenays. For me, all of the things that I really love to do are here: being outdoors, biking, skiing, and enjoying the mountains. The community aspect that many of the towns in this region have is really important to me and something I didn’t quite find back east.

Three years ago Thoughtexchange was less than a hundred employees; now we’re well on our way to 200. When I joined the company, it had a kind of hidden-gem-startup feel, which was where my experience was up to that point. So it was basically those two major factors: it was a really neat-looking company that was poised to grow quickly, and it was located in Rossland.

It’s such a privilege to be doing work that has such a positive impact; it means a lot to support organizations and districts that are ultimately on the front lines of providing education and serving kids. That mission is really important to me. And then the other thing that keeps me committed is our team. They’ve done a wonderful job of building a super unique, diverse, thoughtful, fun team; coming to work and getting to interact with these people every day is a real joy.

How did you get to where you are today with Thoughtexchange? Was it a strategic move?

I knew I wanted to work in some sort of dynamic business environment, but in terms of getting into tech and startups, that happened without a ton of intentionality on my part. I got connected with a couple of entrepreneurs at college, and I started interning and then working full-time at their digital analytics company, Oopgo. We gave companies and websites insights that were orders of magnitude more in-depth than what you could get from just tracking clicks and interactions on your page through something like Google AdWords. Much like Thoughtexchange, the process provided insight for clients to make better decisions.

As for Thoughtexchange, it had elements that I enjoyed— like the startup environment and a relatively small team—but also it looked like it had a fair bit more structure. It also offered me an opportunity to learn from really well-established people who had a lot of experience growing businesses from relatively early on in their growth phase.

As someone originally from the area who’s fairly recently returned, what do you see happening here in the next five-to-ten years?

I definitely see co-working spaces becoming more popular as individuals continue to relocate here and the number of remote workers increases. I think the companies that are already here in the Kootenays, like Thoughtexchange, Traction on Demand, and a few other ones in Nelson and elsewhere, are showing that having a headquarters in a small, rural town is more than feasible. Demonstrating that a remotely distributed workforce can work and that companies can still grow super quickly lays a foundation. It definitely has more people flocking to this area to get access to all the recreational stuff—plus get away from some of the challenges that come with living in the big city. I think we’re all noticing the increase in people moving here, even in the last six months, and it feels like that’s only poised to keep going.

Along with the growing number of remote workers and companies. I think we’ll see an increase in community diversity too, which is awesome. When I was growing up, I didn’t really think there would be opportunities like this here, so staying wasn’t on my radar. Our options were either work at the school district, the hospital, or in another traditional industry. There definitely didn’t seem to be a ton of diversity in the job options, but that has changed. Now that I’ve integrated into the regional tech community, I’m not surprised the industry’s growing here.


Collaborative projects like Capstone are also opening up further opportunities for young people to build their careers here, which will definitely have an impact on the future business landscape. We’re working with Stanley Humphries Secondary in Castlegar to place 25 Grade 12 students in job shadowing or internship positions this semester. This will be the initial trial to gauge interest from students and the ability of companies like Thoughtexchange to provide meaningful opportunities as part of their senior capstone/work experience; we’re hoping to expand from there. I want young people to be aware that there are great and diverse opportunities available in this area; they don’t necessarily need to go to Vancouver or Calgary or Toronto to find meaningful, inspiring work. You can have it all here!

Interested in learning more about Thoughtexchange? Visit thoughtexchange.com

https://youtu.be/YvfI926WOjs


Innovating Economy Through Tech: Jason Taylor – Chair / Lead Researcher, Selkirk Technology Access Centre.

Digital arts professional Jason Taylor felt a new sense of intrigue and purpose when he held his animated character in his hand for the first time. That tangible moment of experiencing a design leap from concept to physical model spurred his career at Selkirk College into some radical shifts, and before long he was hooked on deeply investigating advanced manufacturing. Jason has been a respected and beloved instructor and researcher in Applied Research and Innovation at Selkirk College for over 20 years. He’s dedicated to growing the circular economy in Metal Tech Alley and acts as a mentor to many business people in the community, many of whom learned how to use technology under his guidance at the MIDAS Lab turned Selkirk Technology Access Centre (STAC). As Chair and Lead Researcher at STAC, Jason helps industry professionals optimize their operations by investigating and recommending solutions. While supporting professionals from design to manufacturing, Jason has discovered a need for digital fabrication and design specialists and is now filling that void by offering a new program at the college. Jason is hands-on and in the middle of a connected network of professionals as he helps promote and grow the region as an area his kids can learn, work, and live in. He attributes his great lifestyle to the people he surrounds himself with: his family, lifelong friends, and industry partners who have generously supported his ideas. It’s never work when you get to play, innovate, and learn from other professionals who are equally excited about technology’s future.

As STAC’s Chair and Lead Researcher In Advanced Manufacturing, can you tell us more about the new suite of services designed to build competitiveness in research and development?

Absolutely; Selkirk College took over ownership of the former MIDAS (Metallurgical Industrial Development Acceleration Studies) Lab, previously managed by KAST (Kootenay Association for Science and Technology) in April. The main goal of STAC is to help companies look toward the future of manufacturing. What we do is apply new technologies in workflows, help companies prototype new designs, or even come up with manufacturing processes, such as automating safety procedures. We use technical expertise and specialized equipment to advance product design and development through 3D printing and rapid prototyping, 3D scanning and reverse engineering, metrology, and customized advanced technology training; we also provide referrals to existing business services in the region.

I conduct research and work directly with companies on providing solutions. Over the last two years, the college has been granted close to $4 million for research in advanced manufacturing. In May, the Federal Government announced that Selkirk College was part of more than a dozen new technology access centres across the country. The STAC received $1.75 million in NSERC funding as part of the College & Community Innovation Program. This is in addition to the $2 million in federal funding secured last year to support productivity and innovation in advanced manufacturing companies.

How is STAC different from the former MIDAS lab?

STAC is more specialized in the equipment, rather than being somewhat of a generalist facility. We used to have a little bit of everything at the former MIDAS, but now we have staff on site that are ready to help industry and are truly specialists. Specifically, I have a tool and die maker, a machinist, a designer, and then myself—I do a little bit of everything. We have new metrology equipment here as well, which is high-end equipment for the science of measurement. It’s not only for 3D scanning, which we had before; it has a much higher level of tolerance and precision.

Are some industries already benefiting from using STAC?

Absolutely. The pandemic has had some fairly traumatic effects on industry; a lot of industries in BC—tourism, for example—saw a huge downturn. However, there are also huge opportunities. A lot of the smart people that are working in affected industries spent time at home thinking about how they’re going to do something new. We’ve seen a huge increase in industries and companies looking for help bringing new ideas to the market. So we’re busy! We have four really cool manufacturing process projects that will probably be completed at the prototype stage by late September. We’re doing several cannabis industry projects, a project focusing on the outdoor sports industry, and one for the fishing industry. It’s been amazing, and those aren’t even a part of our bigger, longer-term research projects.

Well before COVID-19, engineering firms utilized our staff and our facilities quite a bit; that’s been awesome, and having reciprocal access to their skill sets has been a great resource for us as well. Austin Engineering, for example, initially used our technology and resources to create dam models they hydraulically and seismically tested. We helped I/O Design & Engineering move into VR and augmented reality, which they took to another level. Redwood Engineering is currently looking at the 3D scanning and reverse engineering services we provide. We’re also working with Teck, Celgar, and Fortis—all the big players—but what really excites me is the smaller companies in the region that are doing mind-blowing things. There’s a company outside of Nelson called Twente that has a massive 3D printer that’s printing concrete; they’re building retaining walls and stairs and already have half a building 3D printed—it’s unbelievable!

Jason Taylor using scanner

Can you describe a pivotal moment in your career?

There have been several moments in several careers. As a computer animator, getting hired on with the animation studio Mainframe and working on a project called ReBoot in the early 90s was a big one. Then there was getting hired by Selkirk College and given several million dollars to start the Digital Arts and New Media program 20-some-odd years ago. Helping build the MIDAS lab five years ago was such an amazing moment, too. The forethought or insight into what’s possible from the team at KAST at that time—people like Erin Handy, Amber Hayes—was a game changer. The college allowing me to be part of the early decision-making process was a huge opportunity. I was asked to provide insight in regards to some of the equipment, software, programming, and access to the building. I also helped install and commission a lot of the equipment and machines at the very beginning, which was a great opportunity to learn and then share my knowledge.

I’ve always been very fortunate to be surrounded by really smart people; we share learnings and ideas and methodology and workflows all the time. I have incredible bosses, Rhys Andrews (Vice President, Education) on the academic side and Terri Macdonald (Director of Applied Research and Innovation) on the research side—she is amazing. Everyone talks about lifestyle—and I think lifestyle is a part of it—but really it comes down to the people. When I was a kid, I couldn’t wait to get out; now I definitely like to visit Vancouver or other bigger centers, but I can’t wait to get back home. There are just some really amazing people that I work with every day, and how generous the industry partners are to the community is really key for me. I don’t work, I come here to play every day. When you’re learning and you don’t know that you’re learning, it’s a pretty amazing thing.

Jason Taylor at the Selkirk Technology Access Center (STAC)

How does your work in research and education contribute to community retention?

It’s all about how to keep really smart and talented people here. I look back to growing up in Rossland, and like I said, everyone I grew up with left—we couldn’t wait to leave! But if there were programs or opportunities like there are now, there’s no way we would have left. It’s a no-brainer when you have access to a facility like STAC and can be trained in technologies and equipment that you never dreamed would be here. Like a 3D metal printer in Trail? Really?

I think I’ve been very lucky to be able to focus my energy on what I see as very worthy causes. Pitching ideas that I knew were going to help this community, and primarily students in this area, has led to amazing opportunities. At the college we’re paid to keep up with professional development, which is a huge asset for me. When we’re looking at new technologies and programming without a lot of available training, we’ve been fortunate to be able to create it. That’s why we’re starting a new Digital Fabrication & Design program in September; there aren’t many programs like it worldwide.

Over the life of MIDAS and now STAC what we’ve seen is the need for these jobs, and for these trained people to provide industry partners with a very, very specific skill set. A lot of time challenges arise between an engineer’s design and a company’s manufacturing, so this new program really takes the opportunity to make somebody that’s the in-between, someone that understands design and fabrication and can help alleviate a lot of those bottlenecks. By offering education in this fast-growing field, we’re developing young professionals here as well as attracting others to the region.

How did your work pivot during the pandemic? And what kind of long-term impact do you think COVID-19 will have on education?

Right from the beginning, the college was deemed an essential service, so we were mandated to help in any way we could. While that was probably a little difficult for a math instructor, we had a fantastic lab at our disposal. At that time, we only had one student on-site so there were literally only three of us in that first month when everything was shut down. We sent the equipment home with our staff and student. We were lucky to hook up with the team at Austin Innovation to help make face shields and other medical and PPE equipment. So that was a good start to at least keep us busy! After that first month, we were able to set up protocols and procedures so we could safely come into the lab as well as work remotely.

The impact of COVID-19 on education is being felt across the province and the country already, primarily due to a significant drop in international students. That will be a big impact for us. But teachers and students are very quickly finding new ways to learn and to share their ideas. Having a program completely go online in one week was amazing. It was amazing that the college IT department could handle that and roll it out. It wasn’t perfect, but if somebody asked me 10 years ago or even five years ago if it was an option, I would have said no; but they did it!

There is still a lot of learning to do, but I live with that every day; in rapid prototyping, it’s all about does it look perfect? No. Did it work? Yes. Then while we’re testing it or making iterative design changes, we have a chance to perfect it. But it doesn’t have to be perfect to start. It sounds bad, but it’s really all about failure, and whether you can take the failure and learn from it and make it better. You know life is all a bunch of (hopefully) small failures and trying to get past those and just keep going and learning. That’s what we do here every day.

Work happening at the STAC

How will further technological advances impact the economy?

Well a big one here is having a trained, highly skilled workforce. Now that workers are getting paid more, they’re wanting to be at work rather than having the “it’s just a job” mentality. There are new opportunities in manufacturing, too; things that are currently manufactured in China are being moved to local manufacturing processes. That cuts down on transportation, hires more local people, and often produces a higher quality product. At some point the almighty dollar takes over, but getting away from that and making it more like the almighty person or community is a goal for me. It would be amazing to be able to produce and manufacture essential goods and services locally, and not rely so much on shipping and transportation.

Our job here at STAC is offloading initial startup costs, like those associated with bleeding-edge technology. Getting equipment and testing it out to see if it’s really what you need costs hundreds and hundreds of thousands of dollars, but if we can facilitate that, and we’re supported by provincial and federal government research funding, we can help with the leg work. We help companies like XL Quality Industrial Services, for example, by providing digital fabrication services and training while they support larger fabrication services the STAC cannot handle. Testing for the right technology for businesses to invest in is going to help with hiring more trained people and reducing manufacturing costs. That’s what we’re here for: to do the initial heavy lifting.

Visit STAC: