This Electrical Building Design Show looks at Time-Current Curves and how they are used in software.

For the latest installment in our Induction Motors series, we explore overload protection and detail how important it is for electrical engineers to understand.

Although BIM wasn’t created with electrical engineers in mind, it is an extremely useful framework. But what if BIM was tailored specifically for electrical engineers?

Revit is a key tool for electrical engineers, and the ability to perform single-line diagrams directly in the software is equally key. Join us as we review the 2024 Revit sample project.

Understanding arc-flash and the label requirements is the focus of this Electrical Building Design Show.

This post brings to a close our reviews of various BIM software packages using the Electrical Engineering BIM Scorecard to aid in the selection process by electrical engineers. We close on ElectroBIM, an add-on to Revit that improves functionality.

This Electrical Building Design Show looks at best practices for using single-line diagrams in Revit for electrical engineers.

Using the Electrical Engineering BIM Scorecard, we look at Design Master Electrical and review its potential for electrical engineers as a replacement for AutoCAD.

This post covers the fifth part of our Induction Motors series; focusing this time on the differences between brake and rated horsepower.