Revit is the world’s leading Building Information Modeling (BIM) software, and Revit 2027 is its biggest shift in years: a modernized interface, faster graphics, and the new Autodesk AI Assistant.
From the first session, participants begin modeling a small project, and every session adds a layer: setup, envelope, components, data, documentation. By the end, each participant has built a complete, data-rich digital project. Through hands-on sessions, they learn to set up a project, model walls, floors, roofs, and components, control views, and produce coordinated drawings and schedules.
Once participants can judge model output for themselves, the course introduces the Autodesk Assistant, Revit 2027’s built-in AI, and they re-run earlier tasks through natural-language prompts, learning where AI accelerates BIM work and where human judgment stays essential.
COURSE OBJECTIVES
Explain core BIM concepts and how an intelligent model carries geometry and data together
Navigate the modernized Revit 2027 interface with confidence, including its updated dialogs and themes
Set up a project correctly using levels, grids, reference planes, and scope boxes
Model and modify walls, floors, roofs, and openings, and understand how these elements interact
Place and manage component families across disciplines
Control element behavior and data using type, instance, and project parameters
Interrogate the model: query elements, extract quantities, and generate accurate schedules
Use the Autodesk AI Assistant to query the model, automate repetitive tasks, and get in-product guidance
Produce coordinated construction documentation, annotations, schedules, and quantity takeoffs from the model
BIM Fundamentals and the Revit 2027 Interface
Project Setup
Views and Precision Tools
Walls, Floors, Roofs, and Openings
Components and Families
Model Data and Parameters
The Autodesk AI Assistant
Annotations, Views, and Documentation
For more information about the courses, fee structures and dates, or to discuss tailored training programmes, call us on: