Students can either work in teams or solve the challenges on their own. Additionally, grading rubrics for the challenges found in the course are provided. We’ve provided an instructor guide for teaching the course content in the classroom, with discussion prompts, learning objectives, and estimated times for demonstration and practice. It is recommended that you watch the videos and familiarize yourself with the course before delivering this content in the classroom. Resources just for educators Teach this course in the classroom. Create and assign materials to objects.Work with both area and volume data for rooms.Work with room bounding objects, room data, schedules, and color schemes.Develop an area scheme, area plans, and area boundaries.Create mass families, edit masses, and develop the model using model by face tools.Create a building pad in a toposurface and add site components.Create a toposurface from a linked CAD file.Place railings in the model and edit railing types.Create multi-story and u-shaped stairs, edit stair types.Model advanced roofs such as glazed and mansard, place fascias and gutters, and create dormer windows.Use shape-editing features of floors and assign thickness to floors.Create ceilings, place lights, and create floor upstands.Create and adjust curtain walls, work with curtain wall panels, and place families in curtain walls.Create slanted and tapered walls, and work with architectural columns.Create wall types, embed walls, and create sweeps and reveals.

Round out your skills with lessons on topography, mass families, rooms, areas, and materials.Īfter completing this course, you’ll be able to:

You’ll create and work with architectural elements, such as walls, floors and ceilings, roofs, stairs, and railings. Dive into these essential features using an industry-standard workflow for modeling. Revit offers many tools for creating production-level BIM models with speed and efficiency.

Revit 3d