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  • PAPER EXCELLENCE

    Success Stories

    PAPER EXCELLENCE

    Paper Excellence

    Paper Excellence is a diversified manufacturer of pulp and paper, including printing and writing, packaging, and specialty papers. We believe in the enduring value of wood-based products in global markets and have built a large network of mills and chipping plants to produce them competitively. Through our distinct approach to operational excellence, we deliver high-quality and cost-effective products to international customers.

    • Over 2.5 million tonnes of production and over $2.1 billion in annual sales
    • Seven manufacturing facilities in Canada
    • Employs more than 2,100 people and supports another 6,200 indirect jobs
    • Contributes over $4.3 billion annually to the Canadian economy
    • Headquartered in Richmond, BC, Canada

    Transforming Project Management with Autodesk Construction Cloud: The Paper Excellence Success Story

    The Challenge

    Paper Excellence faced the challenge of implementing a Project Management Platform for their recommissioning project in Prince Albert, SK. This ambitious project had the potential to generate 250 direct jobs and support an additional 1,400 indirect jobs upon its restart. To  meet their needs, Paper Excellence evaluated various solutions and found that Autodesk Construction Cloud Solutions, including Autodesk Docs, Build, and Cost, offered the capabilities they were looking for.

    The Solution

    To address the challenge at hand, Paper Excellence worked with SolidCAD to implement a systematic and phased approach. They prioritized gaining a comprehensive understanding of the project’s goals, as well as the specific business and project requirements. This initial phase was crucial in laying the groundwork for a successful implementation.

    Leveraging the insights gathered during the understanding phase, SolidCAD developed an implementation project that focused on configuring the Autodesk Construction Cloud platform to meet the specific needs identified. The aim was to tailor the platform to seamlessly integrate with Paper Excellence’s existing workflows and processes, ensuring its effectiveness and functionality.

    Recognizing that successful adoption relied on proper training, SolidCAD created role-based workshops designed to provide targeted training to different team members based on their specific roles and responsibilities. By customizing the training content to address the unique needs of each role, SolidCAD aimed to enhance the team’s understanding and proficiency in effectively utilizing the Autodesk Construction Cloud.

    To further enhance the learning experience and promote active participation, SolidCAD delivered the end-user training onsite. By conducting the training sessions at the project site, they created an immersive learning environment that facilitated hands-on experience and collaboration among the project team members. This approach allowed for immediate support and clarification of any questions or concerns, ensuring that Paper Excellence team could maximize their utilization of the platform.

    The Outcome

    The implementation of the Autodesk Construction Cloud platform led to several positive outcomes for Paper Excellence. One notable achievement was the significant increase in system usage, extending beyond the Prince Albert Project, indicating that the project team recognized the value provided by the platform.

    The team’s demand for system access necessitated the purchase of additional licenses to accommodate the expanded usage. This increase in demand highlighted the effectiveness and importance of the solution within Paper Excellence’s operations. Another significant outcome was the successful centralization of all project documents within the application. By adhering to the defined workflows and leveraging the user-friendly nature of the solution, the project team ensured the organization and standardization within the Autodesk Construction Cloud. This streamlined document management process greatly improved the efficiency, collaboration, and overall performance of the Paper Excellence team.

    Based on the positive experience and confidence in the Autodesk Construction Cloud along with SolidCAD’s support, the team at Paper Excellence requested ongoing assistance for a second project team as they embarked on a new venture with the build of a state-of-the-art fibre chipping facility. This request demonstrated Paper Excellence’s trust in the solution’s capabilities and their belief that the Autodesk Construction Cloud, coupled with SolidCAD’s expertise, would continue to deliver positive results for their future projects.

    Testimonial

    Introducing a new software platform with revised workflows is never easy. With the support of SolidCAD guiding the Paper Excellence team through the Autodesk discovery and alignment sessions, members were equipped with a clear understanding of current processes, workflows, and prepared for setup of the Autodesk Platform.

    Having taken the time to work through discovery, allowed for the efficient use of time and resources when on site. Once up and running with the Autodesk Platform, our team was able to improve upon existing workflows with increased efficiencies and automation, especially within our approval processes, while at the same time, implement and deliver best practices through an organized document structure. With the setup of roles and access levels of security, our consultants and contractors move seamlessly within our platform and assigned projects, always ensuring we have the most current versions of documents and drawing sets. Further, and for auditing purposes, the tracking logs and alert features tell us what is being done, when, and by whom. SolidCAD provided our teams with support and guidance before, during and after installation, while delivering written guidance documents for all new processes developed. The experience was professional, and we look forward to adopting our next Autodesk application with confidence

    – Michael Pichler, VP, Global Capital Projects & Technology at PAPER EXCELLENCE

    Products & Services Used

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    Quinn Digital

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    Quinn Digital Asset Protection Inc. has been in the business of protecting property, product, and people assets since 2006, but our team of over 30 professionals has many decades of experience in the asset protection…

    Starline Windows

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    Quinn Digital Asset Protection Inc. Customer Success Story

    Success Stories

    Quinn Digital Asset Protection Inc. Customer Success Story

    Quinn Digital
    Quinn Digital Asset Protection Inc. Customer Success Story

    Quinn Digital Asset Protection Inc. has been in the business of protecting property, product, and people assets since 2006, but our team of over 30 professionals has many decades of experience in the asset protection and commercial security industries. With employees and contractors from coast to coast, they deliver cutting-edge security solutions for companies across Canada. Their clients include retail national accounts and chains and leading names in the corporate and commercial property sectors.

    Quinn Digital Asset Protection Inc. also provides analysis, insight and strategy to companies seeking “new technology” solutions (i.e., digital, and Internet-enabled) to enhance their asset protection systems.

    Quinn Digital partners with industry-leading technology providers to give you access to advanced, durable, and reliable products coupled with excellent manufacturers’ support and warranty programs.

    Quinn Digital Asset Protection Inc’s LinkedIn

    The Challenge

    Quinn Digital was in search of a robust and efficient system to enhance the communication between field operations and the office, as well as to streamline the process of tracking assets. They were looking for a solution that could accommodate numerous endpoints and personnel in the field, facilitating the recording of securely installed assets while ensuring precise verification and maintaining a detailed log of all activities. Furthermore, it was imperative for the field crew to have access to an intuitive and visually oriented tool that would simplify their workflow and make it user-friendly.

    The Solution

    To address their needs, Quinn Digital found the perfect solution in Autodesk’s Construction Cloud ‘Build.’ This comprehensive software offered a user-friendly desktop interface and a convenient mobile app, empowering the field crew to effortlessly locate installation points visually and capture and document field verification with precision.

    Although the features of Build seemed promising, Quinn Digital recognized the importance of expert assistance for smooth implementation and effective utilization of the software. Therefore, Autodesk brought in SolidCAD’s Construction Team of experts to collaborate with Quinn Digital. SolidCAD guided the team through the initial setup process, configuring the software according to Quinn Digital’s specific requirements. Additionally, SolidCAD’s team conducted comprehensive training and workflow sessions, equipping the field crew with the necessary skills to maximize the benefits of Autodesk Build’s functionalities.

    The Outcome

    Through the collaborative efforts of Autodesk, SolidCAD, and Quinn Digital, the implementation of Autodesk’s Construction Cloud ‘Build’ was successful. Quinn Digital now had a powerful tool at their disposal, facilitating efficient field-to-office communication, streamlined asset tracking, visual identification of installation points, and accurate documentation of verification records.

    By seamlessly integrating Autodesk Build into their workflow, Quinn Digital experienced an increase in overall efficiency. The user-friendly interface and powerful features of the software saved time and resources by streamlining tasks that were previously labor-intensive and required extensive coordination.

    Moreover, the combination of Autodesk Build and SolidCAD’s services resulted in reduced risk for Quinn Digital. The visual tools in Build ensured accurate documentation and verification, minimizing errors, and enhancing data reliability. This reduction in risk allowed projects to progress smoothly and with greater confidence.

    Overall, the implementation of Autodesk Build, with the support of SolidCAD, significantly boosted Quinn Digital’s operational efficiency and mitigated potential risks. As their collaboration continues, Quinn Digital can anticipate further growth and success in their digital practices across the company.

    Testimonial

    Our experience with SolidCAD has been positive from the start.  They have a good understanding of the Autodesk Build application and lead us to a solution.  Post sale service, training and support has been exceptional.

    – Erik Weide, Operations Manager at QUINN DIGITAL ASSET PROTECTION INC.

    Products & Services Used

    Products

    Services

    • SolidCAD Implementation
    • SolidCAD Training

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    Western University

    Success Stories

    Western University

    Western University

    Western University is one of Canada’s top research-intensive universities, located in London Ontario. With over 9 million square feet of space in 100+ buildings, Western University’s Facilities Management department is responsible for the planning, development, construction, operation, and maintenance of all infrastructure projects within the campus. They are specifically responsible on working with stakeholders to coordinate new construction and renovation projects throughout the university campus.

    Western University

    The Challenge

    As the university continues to grow and improve, the Facilities Planning and Design team was seeing extensive number of projects, clients and potential employees asking about their Building Information Modeling (BIM) strategy. After evaluating their current workflow, they realized that BIM offers opportunities for tighter integration with external and internal stakeholders such as other departments including safety and security, marketing, and maintenance.

    Initially, SolidCAD has been Western University’s Autodesk reseller and has provided support and maintenance for their products such as AutoCAD. Upon evaluating their current technology stack, SolidCAD first helped the university transition their educational licenses to commercial and would further help them implement Revit and help transition them from their previous AutoCAD environment.

    Prior to 2020, Western University’s Design team had no previous Revit experience, and with the amount of work they were receiving, they were unable to take the time to have a team member develop those skills. As they continued to see a need for BIM knowledge, the university hired two people in 2020 with familiarity of Revit but required further assistance on implementing the software, creating standards and templates that met the needs and requirements of the university’s typical infrastructure projects.

    The Solution

    Western University naturally turned to their authorized reseller, SolidCAD, that would assist them in the transition from AutoCAD to Revit. SolidCAD first met and consulted all the other departments that the Facilities Management team often worked with including the: business operations team, trade shops, Institutional planning and budget team and IT to understand their current workflow. After their analysis, SolidCAD developed a BIM Readiness Assessment Report that provided a roadmap to achieve a BIM workflow that met the goals and key industry standards of the university.

    After presenting this to Western University, they quickly realized that SolidCAD offered a holistic approach that considered all internal and external stakeholders’ requirements and agreed to proceed with the implementation.

    The first phase of the implementation began in February 2022 and expanded on the integration of BIM, including the development of new Revit templates and Revit content, standards and processes and more specifically support for the Facilities Management team. In addition to the customized BIM infrastructure delivered, SolidCAD also provided a leading BIM consultant that would manage the implementation with ongoing communication throughout the entire transition to ensure that the BIM implementation was collaborative. SolidCAD produced a training program that covered the fundamentals of Revit.

    After phase 1 was completed in June 2022, SolidCAD quickly proceeded to working on Phase 2 of the implementation. SolidCAD produced a training program that covered the fundamentals of Revit and helped further expand the knowledge of their team through custom training that included in-depth courses that were tailored to the various roles within the team, including Architecture, Interior Design and MEP. Now that all their training has been completed, SolidCAD is working on running a pilot project with the use of new templates and standards developed. SolidCAD continues to work with the Western University through their Revit implementation and further develop their BIM strategy.

    The Results

    Although, Western University is currently in progress of the second phase of the implementation, they have seen immediate results.

    1. BIM Management – Western University saw a positive impact on having a dedicated BIM Manager available to lead the implementation and provide insight and support throughout each phase. This committed BIM technical lead provided expertise and became part of their team with continuous communication. This allowed the Facilities Management team and all other stakeholders aware of deliverables and responsibilities as part of the implementation. This collaborative approach ensured that the BIM implementation would meet all their deadlines and specific needs for the Revit templates and standards that SolidCAD would develop and train their team.
    2. Custom Training – After SolidCAD developed their in-depth training program that was tailored to the specific roles and disciplines within their team, they saw an immediate advantages of having custom training. Each staff member was brought tips and trick specific to their role and provided knowledge on the new templates and standards that SolidCAD developed to maximize the output and efficiency of their designs.

    Testimonial

    SolidCAD is truly, a full-service provider from a technical and a business standpoint, and not just your average software reseller.

    SolidCAD has provided detailed training and a BIM Manager to help see the implementation through during our transition from AutoCAD to Revit.

    – Michael McLean, OAA, MRAIC, LEED AP, Director, Facilities Planning & Design at Western University

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    Société de Transport de Montréal (STM)

    Success Stories

    Société de Transport de Montréal (STM)

    View of city landscape shot
    STM

    Summary

    Public transportation – buses, trains, subways, and more – have a wide range of complex assets that are both mobile and stationary. Upgrades, expansions, and new assets become intricate engineering projects involving a broad array of information and documents.

    Hardcopy and manual methods for managing this information and changes are ad hoc and unreliable – causing engineers to use outdated information. This spawns rework, cost increases, schedule delays, and conditions out of specification. This chaos is brought under control with Accruent Meridian’s software for managing engineering information. As a result, projects are more likely to meet the leading KPIs for on-time, in-budget, and within spec.

    Engineering information management reduces rework and helps assures completion of projects on-time, in-budget, and on-schedule.

    Société de Transport de Montréal uses Accruent Meridian in its engineering teams for information management and business process automation replacing unreliable ad hoc manual methods.

    Société de Transport Montréal (STM)

    Public transportation has existed in Montréal for over 150 years, starting with horse-drawn tramways in 1861. Société de Transport de Montréal (STM) became a public corporation in 1951 with the mission to provide Montrealers with fast, reliable, economical transit service. The company now has over 11,000 employees.

    Large Infrastructure with Complex Assets

    From its beginnings in 1861, STM has grown to include four subway lines with 68 stations and over 1,000 cars. The bus system includes 186 bus routes and over 2,000 vehicles. Its paratransit service has 80 mini-buses and other taxi services for people with mobility issues. The infrastructure is widely distributed throughout the city, including rail lines, switchgear, signaling, rail yards, bridges, ticketing stations, bus stops, depots, garages, offices, and more. STM has a wide variety of complex assets.

    The consultation

    First used in Paris, France in 1951 and then Montreal, Canada in 1966, the passenger trains use wheels containing both rubber tires for improved traction and traditional railway steel wheels for guidance through conventional switches. Montreal has steep hills with inclines beyond the capability of steel wheels alone. Engineering projects and maintenance occur throughout the bus and rail infrastructure. The maintenance shop performs upgrades and repairs for the trains.

    Substantial Investment Plan

    STM’s “Organizational Strategic Plan 2025” provides a 10-year strategy, including many bus and metro projects. The C$8 billion investment plan for 2015 to 2025 focuses on improving customer transit experience. The plan initiates a shift that aims to both qualitatively and quantitatively improve the customer experience. Environmental, social, and governance (ESG) initiatives like converting to electric buses are also included.

    Project Execution Barriers

    The strategic plan involves many projects to engineer the design, procure materials, construct upgrades and obtain new assets. Fundamental to the success of the plan requires an examination of STM’s engineering software tools.

    Engineering Project Execution

    The execution of the plan involves a complex set of timed engineering projects with performance penalties if behind schedule. A study by McKinsey has shown that 98 percent of projects are completed behind schedule and over budget. Obviously, this poor performance would have a serious negative impact on STM’s strategic plan.

    Large Ecosystem for Engineering Projects

    STM engages with multiple contractors across various projects involving trains, buses, stations, and related infrastructure. This ecosystem includes about 20 major contractors, hundreds of smaller contractors, and their subcontractors. Individual engineers and contractors phase in and out of a project over its lifespan of 5 to 8 years.

    STM manufacturing

    Evils of Balkanized Engineering Data

    Storing and managing engineering information using hardcopy documents in file cabinets is problematic. Engineers typically spend 30 percent of their time searching for information, which negatively impacts productivity. Too often, they also end up with older versions. Perhaps a holdover from hardcopy prints in file cabinets, each siloed engineering department stores its copy of drawings with its markups. Unfortunately, older versions of the documents are retained, and the markups are not shared.

    When an engineering department edits a document or makes a change that affects another department’s records, the change stays local and is not known by others. Hardcopy documents and Adobe files in a server do not accommodate automated business processes for synchronization across silos. Manual processes – like remembering to send an email – often fail. This issue gets magnified with the ecosystem of contractors and subcontractors involved in a project. Balkanized engineering data leads to using outdated information, rework, schedule delays, and cost overruns.

    Weak Information Management Compromises Project KPIs

    The key cause of poor project performance involves the use of outdated engineering information and documents. This cascades into many problems, including ordering of wrong materials, fabricating components out of specifications, construction errors, and a variety of other issues. Recovery requires rework that adds costs and creates schedule delays. Sometimes the rework cannot fully bring the work back within specifications causing design compromises. The project KPIs – on-time, in-budget, and within specifications – are compromised.

    Modernization Enabler

    Fundamental to the execution of a project within the common leading KPIs – on-time, inbudget, and within specs – is getting all participants “on the same page” and using current information. This includes the extended enterprise comprising STM’s engineers, suppliers, and subcontractors.

    Common Engineering Information

    Asset information changes many times during an asset’s lifecycle, from asset creation through operations and maintenance and to end-of-life. Data about the asset are handed over numerous times from engineering, procurement, and construction (EPC) firms; supply chain partners; owner-operators; and internally within each of these organizations. Valuable data can be lost, misinterpreted, or keyed in incorrectly. Tag and equipment data are difficult to manage because they are often in differing formats, exist in various applications and systems, and transmitted by different means. Naming conventions and asset hierarchy provide additional avenues for divergence.

    Managing asset information is difficult among balkanized organizations with independent workflows and KPIs. Balkanized data is often found in mutually distrusting and sometimes hostile groups or functions within an organization. This dysfunction commonly involves the design/build process for assets among the engineering, procurement, and construction functions. It also occurs during the operate and maintain phase of an asset’s lifecycle for reliability engineering, maintenance, control engineering, and others. A common repository for asset information breaks through these barriers by connecting silos to provide access to data and information. This enables an integrated view of the asset’s information, documentation, and data throughout its lifecycle across the traditionally siloed functional perspectives.

    Fit Types of Users

    STM organized access to the engineering data via mobility devices along three types of users:

    • Engineering software application user
    • Technician executing a work order
    • Casual user including subcontractors and management

    Each type of user has specific permissions that fit their roles. This includes organization, locations within that organization, physical location, and permission levels. Permissions has two choices i.e., read/write access, or read only which does not permit editing.

    Business Process Automation

    Business process execution involves cross-functional activities. For example, a change in the maintenance strategy for an asset by the reliability team evolves into changes needed in other areas like maintenance or inspections. Manual approaches, such as email, phone calls, or paperwork orders, are unreliable, often leading to lost alerts and continuing with the old way of doing things. Business process automation ensures that the alerts go to the correct people and the needed action can be confirmed. In addition, a dashboard provides visibility to open alerts.

    Meridian Implementation

    SolidCAD has been partnering with STM for the last 20+ years to implement, support and train resources with Meridian.

    Being the largest Autodesk partner and the only Accruent Meridian partner in Canada brought extensive value to STM, as SolidCAD has been able to deliver tailor made configurations to different engineering departments within STM. Software such as AutoCAD, Civil 3D, Inventor or even Revit are heavily used and generated file formats are handled in Meridian.

    When an engineer opens a document in any of these CAD platforms, the file comes from the Meridian server for the engineering information. Saved changes also go into Meridian.

    Conclusion

    STM has been using Accruent Meridian since 2001. With each new project, its use expanded and now encompasses 12 different engineering departments for a wide variety of assets – buses, trains, lines, and infrastructure. It has proven to substantially reduce the use of the wrong document version and the associated rework. This also improved engineering productivity by nearly eliminating searching for information. The reduced rework and improved engineering productivity enables delivery of projects on time, within budget, and within specifications.

    For further information or to provide feedback on this article, please contact your account manager or the author at rrio@arcweb.com. ARC Views are published and copyrighted by ARC Advisory Group. The information is proprietary to ARC and no part of it may be reproduced without prior permission from ARC.

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    How Digital Processes Help Starline Windows Seal the Deal on Construction

    Starline Windows’ digital workflow on a connected cloud platform helps enable it to control its entire process, doing all its own assembly, manufacturing, construction, and installation. Courtesy of Starline Windows.
    • In Vancouver, Canada, window company Starline Windows was an early adopter of digital design and uses lean processes to deliver custom products.
    • The 2008 recession and COVID-19 pandemic both jumpstarted the company’s digital transformation to compete in a packed marketplace.
    • The result is a greener, more profitable, and more responsive business delivering more value to customers, partners, and employees.
    • Starline’s ongoing digital transformation has accelerated the design-to-delivery process by connecting data from various applications.

    If buildings were bodies, the exterior would be the skin, blocking wind and rain while keeping everything inside warm and comfy. But in construction, vents, pipes, doors, and windows repeatedly puncture that outer layer. For a building to sustain the environment inside, those elements have to fit perfectly and seal seamlessly.

    Defects that measure only millimeters become huge headaches if a window doesn’t quite meet spec. It may need to be trimmed onsite or reordered and replaced. Either way, it amounts to time lost and added expense. To get it right the first time, Vancouver, Canada–area window company Starline Windows has embraced digital design, making it the foundation for great industry relationships, profitable growth, and a more sustainable operating model. Starline has become a supplier of choice for many high-profile construction projects, collaborating effectively with internal and external partners.

    Integration for Better Outcomes

    Starline designs and manufactures architectural aluminum window systems for residential and commercial buildings. In business since the early 1970s, the company has delivered thousands of projects in its key California and Canadian (British Columbia and Alberta) markets. In fact, Starline Windows is responsible for making and installing the windows and doors in 25% of the high-rise buildings constructed during the past 50 years of the Vancouver, Canada, downtown core—the area most known for the city’s iconic skyline.

    Starline’s array of window products includes punched, window-wall, curtain-wall, and balcony door. Unlike many manufacturing businesses that opted to outsource in the 1980s, Starline has stuck with a vertically integrated corporate structure in which most of its supply chain is company-owned, including state-of-the-art, fully automated manufacturing facilities.

    “It’s a really special company,” says Catherine Walmsley, virtual construction manager at Starline. “We’re quite unique, and I think that comes down to not just what we do, but how we do it. We own our own supply chain. We do our own assembly and manufacturing. We have in-house IT support, and we do our own installation and construction.”

    Modello building by Boffo Developments, with windows from Starline.
    Starline Windows has made the windows and doors in about 25% of the high-rise buildings constructed in the past 50 years in Vancouver’s downtown core, such as the Modello (pictured) by Boffo Developments. Courtesy of Starline Windows.

    When Starline takes on a job, “we work with our partners to meet their needs as well as our own,” Walmsley says. However, even with the level of control afforded by its integrated structure, the company still faces business challenges common to the envelope trades, including a lack of design collaboration with architects and contractors, poor visibility for field personnel when design revisions happen, and limited data sharing between the office and the field. A lack of cross-department collaboration can also get in the way of efficient logistics.

    In a highly competitive market, working closely with project stakeholders to demonstrate value can be make-or-break. In its 2022 Pulse ReportWindow + Door Magazine found that 62% of contractors were on the hunt for new window suppliers to protect the supply chain and keep up with customer requirements. Issues like flexibility, turnaround time, material availability, and pricing were among the top reasons cited for shopping around.

    Traditional Structure, Modern Challenges

    “When you’re working on a complicated project, you need to be able to work with others,” Walmsley says. “So it’s important for us to be able to understand the process as a whole.”

    Improving end-to-end process clarity benefits every architecture, engineering, construction, and manufacturing business, but rising demand for custom designs makes this goal more challenging. As requirements become more tailored and less standard, better tracking and traceability across the product lifecycle is essential.

    Building featuring windows by Starline.
    The efficiency of Starline Windows’ digital transformation helps make the company both more sustainable and more profitable. Courtesy of Starline Windows.

    Working with architects closely at the outset and ensuring design commitments are being met from manufacturing to installation are necessary to meet custom requirements. The COVID-19 pandemic and its increase of remote working have compelled an industrywide rethink of how tighter collaboration and greater visibility can be delivered to clients.

    But just as it decided early on to stick with a traditional business structure, Starline also became a digital early adopter. That’s put the company on the right footing to meet today’s challenges.

    A Digital Early Adopter

    “We do everything from design to manufacturing, installation, and even shipping,” Walmsley says. “That’s a lot of territory to cover, and anything you can do to virtualize construction information is a benefit.”

    Starline recognized that issue as far back as the early 1980s, when it started the shift from paper drawings to computer assisted design (CAD).

    Civic Plaza with guitar-pick shaped windows from Starline.
    Starline’s all-digital and cloud-connected design-to-delivery workflow makes it easier to deliver bespoke windows for large projects such as Civic Plaza, Surrey, British Columbia’s tallest building. Courtesy of Starline Windows.

    “We were pretty early to embrace CAD,” Walmsley says. “We had an amazing IT guy, and once CAD went open source around 1985, we saw the opportunity to replace paper-based workflow and reuse all the data contained in hand drawings.”

    Things really changed in the aftermath of the 2008 recession, when macro considerations forced the company to find new ways to rationalize costs and downsize—without sacrificing quality or delivery.

    “We were always fans of lean operating principles, but after 2008, we had to go really lean and find ways to deliver the same number of projects with fewer people,” Walmsley says. “But we also had to enable the ones who stayed to work more efficiently. Our people in the field in the buildings were very attached to their pieces of paper, but when we put an iPad in their hands, it was a huge game-changer. Suddenly we could provide change paperwork on the fly without having to call FedEx and have a ream of paper delivered to the site.”

    Along with digitized field operations, the company’s manufacturing facilities are almost completely automated. “Some manual processes remain, but they are few and far between at this point,” Walmsley says. “Most of our manufacturing assembly is now roboticized.”

    Starline’s ongoing digital transformation has accelerated its design-to-delivery process by connecting data from Autodesk Fusion 360, Vault, RevitInventor, and the Autodesk Construction Cloud. Walmsley says those tools, which integrate information from multiple systems and generate 3D designs, help complete the digital operations picture.

    They’ve made it easier to deliver on bespoke design needs for major projects such as Civic Plaza in Surrey, BC. It’s the city’s tallest building and some of its guitar-pick-shaped skylight windows set the bar high for Starline’s capabilities.

    “We could do circular shapes, but we had never attempted something so custom,” Walmsley says of the buildings nonstandard skylights. “They are huge—8 feet—so it was just an incredible feat to be able to put it all together and to coordinate. The lead time was extensive, and it was very challenging to get them to the building and installed on time.”

    Civic Plaza with guitar-pick shaped windows from Starline.
    The Civic Plaza’s guitar-pick-shaped skylight windows put Starline’s capabilities to the test. Courtesy of Starline Windows.

    Sustainable Benefits

    Doing more with less but still doing it better is digital’s core mission. Walmsley says that for Starline, it’s made business planning easier and improved quality control. “Today, I can pull data from Revit, from Inventor, from our ERP and inventory-control systems to track all of the various activities happening and give upper management the information they need. It all adds up so that we know how many windows we can produce, how close we are to reaching project commitments, and when our next sale is due.”

    Going digital has also had green benefits. It’s dramatically reduced the reliance on paper, as well as the volume of toner and other printer consumables the company uses. There’s also much less physical waste for disposal because more accurate design and manufacturing means fewer deficiencies and less cutting and trimming at the building site.

    When deficiencies do occur, they can be captured and tracked to avoid replicating the same mistakes.

    Walmsley says the real test, however, is how well a digital tool helps Starline work more closely with clients, partners, and other stakeholders: “It’s not just about us. It has to be beneficial to the architect, to the developer, and to the customer. In the end, the biggest selling feature is knowing we’re delivering something that’s going to make the building sell, that’s going to make everyone’s life easier, and that’s going to make people want to work with us again.”