Revit 2026 introduces a long-overdue transformation to wire sizing, giving electrical designers a more flexible, globally adaptable framework for defining conductors and cables. While this foundational shift is a major step forward, is it enough?
Ever wonder how fast the industry shifts from one Revit version to the next? Usage data from ElectroBIM reveals the steady rhythm of adoption and decline across Revit releases. Understanding this lifecycle can help electrical engineers align their upgrade strategies, minimize coordination headaches, and keep projects running smoothly.
The release of Revit 2026 came with a number of updates and improvements, but it is the quiet removal of one long-time feature that is most interesting.
This Electrical Building Design Show looks at the features available in the recently released Revit 2026 for electrical engineers.
Fire alarm design is often overlooked in BIM discussions but presents a major opportunity for improved efficiency and collaboration. By integrating the 3D model, riser diagram, calculations, and operations matrix into a workflow, designers can ensure every change updates automatically across the system.
AI is entering the MEP industry, creating a mix of curiosity and concern among design engineers. The question on many minds is, will AI take engineering jobs? To understand this, we explore where AI excels, where it falls short, and its potential to reshape engineering work.
For anyone interested in learning Revit, the supplied electrical sample project is an important part of the educational process. This post looks at the Revit 2023 sample project to examine its structure and explore how ElectroBIM can enhance its single-line diagram workflows.
Whether you are a beginner or an experienced electrical engineer, mastering Revit can transform your design workflow. This can seem daunting. But with the right strategies and tools, you can master Revit and unlock new efficiencies in your workflow.
BIM (Building Information Modeling) can mean different things to different people. But for electrical engineers, it’s a game-changer—transforming how we design and collaborate in the AEC industry.
Is the AEC industry slow to adopt new technology, or are there logical reasons for its pace of innovation? In this post, we look at the history of technology adoption in Architecture, Engineering, and Construction, from CAD and BIM to AI and generative design.
