Moving towards MEP from architecture feels like starting from zero. MEP is a rigorous landscape of systems, ranging from intricate electrical loops to the complex mechanics of heating and cooling. Initially, it might seem that the skills developed through rigorous effort in design wouldn’t translate well to such a technical system. However, it becomes clearer with time that the coordination and problem-solving skills acquired in architecture can be well utilized in every field, including the complex world of MEP.

In the current landscape of modeling and coordination, particularly within Italian offices, the primary toolkit revolves around Revit, Dalux, Navisworks, Solibri and Revizto. For the management of common data environment, tools like GeoWEB, Autodesk Construction Cloud, are standard. While there are many options available, Solibri remains a go-to for monitoring and handling coordination on the ground..

While in the beginning, struggle can become natural to getting into basic MEP capabilities, Suddenly, design intuition isn’t enough, you’re dealing with systems, data, and coordination issues that don’t forgive mistakes.

The good news is: you don’t need to figure everything out manually. A few tools can remove a huge amount of friction especially in Revit workflows.

Here are the ones that actually made a difference for me.

1. For repetitive elements Tagging

Repetitive tagging can be one of the most tedious parts of the job.There are several tools in the market that can help with tagging elements, the one that stood out recently is the tool developed by JOTools. It allows the user to set parameter names and initials, then automates the tagging of similar elements in ascending or descending order. It ensures that the documentation is as precise as the model itself without the manual exhaustion.

2. Bridging the gap within Dynamo

Integrating Dynamo for repetitive tasks isn’t always easy, but it is indeed becoming more accessible. While it is wise to remain cautious of the accuracy of large language models like ChatGPT or Gemini for complex scripting, they are immensly useful to get adjusted to the world of scripting.

Starting with modelling and coordination, specially through Revit, scripting with linked models can prove to be a challenge. working with linked models and trying to tag elements within those links sometimes is a major struggle. The two plugins integrated with Dynamo to help with this are:

a. Clockwork

Clockwork is a comprehensive collection of over 450 custom nodes that enhance the capabilities of Dynamo. It extends Dynamo’s built-in features by offering a wide range of nodes for list management, mathematical calculations, string manipulation, geometric operations, and paneling. One key advantage of Clockwork is its ability to extract information from linked models something Dynamo’s native tools struggle with. Clockwork provides specialized nodes that simplify selecting elements and retrieving data from loaded linked models, making the workflow more efficient and user-friendly.

b. Datashapes

Datashapes is a popular plugin often used in Dynamo. Although its version is not available in the Dynamo Package Manager web, you can access and utilize this package along with its custom nodes directly within the software.

Note that these tools were primarily tested in the Revit versions 2023 to 2025.

3. Bringing AI into the Revit Workflow

There are ready-to-use tools available in the market for integrating LLM primarily with Revit. Most of these tools require a subscription fee, but free demos are often available, allowing people to try them before investing their hard-earned money. Some of the tried and tested options are listed below:

a. Archilabs

Listed on their website as Copilot or ChatGPT for Revit, the Archilabs team presents a tool designed to replace Dynamo and PyRevit within Revit, streamlining the BIM modeling workflow. It enables users to interact using natural language.

How it works: By integrating a large language model (LLM) within the Revit API, this ready-to-use plugin requires you to create an account through its user interface before proceeding. Once logged in, you can easily input your commands via the interface. The plugin has multiple applications but is especially effective for automating repetitive tasks such as creating multiple views and sheets with simple prompts. The clearer and more precise your prompts, the better the results you will achieve.

b. BIMLOGIQ

This has quickly become a personal favorite for MEP modeling because of its ease of use and quick learning curve. It uses the Revit API and local files to create workflows based on prompts.

How it works: BIMLOGIQ utilizes the Revit API alongside your local system files to create custom workflows through AI prompts. The key is simplicity; give instructions as clear and straightforward as if explaining to a child, leaving no room for misunderstanding.

With its built-in commands, BIMLOGIQ enables precise automation with just a few clicks. While its capabilities are extensive, the primary focus is on automating view and sheet creation. Tasks like annotation and drafting often consume valuable time needed for creative and critical design. By automating these repetitive modeling and coordination tasks, BIMLOGIQ helps all disciplines, not just MEP, reclaim that time.

Conclusion:

Annotation and drafting frequently take up valuable time that could be better spent on creative and critical thinking. Tools like these enable professionals to automate the repetitive tasks involved in building models across various disciplines. As the digital construction industry embraces AI and machine learning, staying informed about these innovations ensures that more time is dedicated to what truly matters: the analytical and creative core of building design.