MARCH - APRIL 2026CONSTRUCTIONTECHREVIEW.COM9planning, logistics and installation methods, including 3D scanning of anchor positions before steel column placement.By enhancing collaboration and streamlining information flow, BIM has significantly reduced friction across projects. For drafting teams, this translates to greater efficiency, with structured, standardized and easily accessible information shared across all stakeholders.Demystifying BIM: More Than Just 3D ModelingIn recent years, Canam's drafting services have implemented a process that imports the progress status of each individual steel member into a centralized data environment. Accessible to clients and project stakeholders through a BIM 3D viewer platform, this system provides real-time visibility into every stage of the steel manufacturer's responsibility, from procurement and drafting execution to approval, fabrication, delivery and on-site installation. By offering a clear, up-to-date snapshot of project status, the platform enables informed decision-making and timely interventions and ultimately contributes to cost savings and smoother project execution.Despite these advancements, one of the most persistent misconceptions about BIM is that it's merely a 3D modeling tool. In reality, Building Information Modeling is a comprehensive methodology for managing project data throughout its entire lifecycle. It is a collaborative process that promotes better coordination, transparency and efficiency across all phases of a project.As Senior Director of Drafting Services at Canam and a Board Director for the Building Transformations organization, I actively participate in numerous events, workshops, and roundtables. These platforms allow me to help demystify BIM and encourage its broader adoption, contributing to the digital transformation of the construction industry.The Digital Horizon of Steel FabricationWith ongoing advancements in technology, particularly artificial intelligence, many current `steel detailing' tasks are expected to become significantly less time-consuming. This shift will enable teams to refocus their efforts on planning, value engineering, collaborative project execution, sustainability and other evolving demands within the construction industry.Much like the transition in the 1990s from drawing tables to 3D software, the 2030s are poisedto mark another major turning point for steel manufacturing drafting and engineering services. As automation takes over routine tasks, the traditional role of the `steel detailer' may fade, with 2D drawings becoming largely obsolete in modern fabrication environments.Instead, LOD400 data from 3D models will feed directly into robots, CNC machines and augmented reality tools used on the shop floor. In this future, drafters will likely evolve into technical data specialists who focus more on managing and optimizing digital workflows than producing conventional drawings.Advice for BIM-Driven LeadershipMy advice is simple: embrace change, stay curious and take it one step at a time. No matterwhere you are in your BIM journey, maintaining momentum is key. Digital transformation inconstruction and the growing adoption of BIM in steel fabrication aren't just trends; theyrepresent the future. Adopting the right mindset will make all the difference. As automation takes over routine tasks, the traditional role of the `steel detailer' may fade, with 2D drawings becoming largely obsolete in modern fabrication environments.
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