Architecture Tutoring with Revit, Rhino, and SketchUp Training

The Student and Tutor reviewed a building design project, focusing on a comparative carbon analysis between a base-case and an optimized design using Revit and carbon analysis software. They discussed key settings for accurate energy modeling and material property modifications to achieve design case improvements. The session concluded with planning the final presentation, including generating specific architectural detail drawings and populating the presentation with analysis charts.

Student and Tutor reviewed the optimization of an architectural design project, focusing on energy use intensity and operational carbon. They collaboratively troubleshooted issues with embodied carbon calculations in design software and practiced creating detailed architectural sections in Revit using 2D drawing tools and AI as a reference. The Student was assigned to complete these architectural details and run further systems analyses.

Student and Tutor focused on preparing a Revit model for energy analysis, troubleshooting issues with room and space definitions to ensure accurate analytical model generation. They practiced running solar, operational energy, and embodied carbon analyses for a 'base case' building. The Student's follow-up task is to create a 'design case' model and modify building material properties and system settings for a comparative sustainability analysis.

Student and Tutor collaborated to integrate a Revit building model into Autodesk Forma for environmental performance analysis. They focused on troubleshooting the import process, accurately positioning the building on its site within Revit, and syncing the refined model back to Forma. The Student was assigned to perform initial 'base case' analyses in Forma for a presentation, with plans to develop a 'design case' in a subsequent session.

The Student and Tutor troubleshot a Revit model issue involving a floating terrain chunk and an incorrectly offset wall. They then focused on setting up an energy analysis model in Revit, including assigning locations, defining spaces and zones, and configuring detailed energy and material properties. The session concluded with troubleshooting issues encountered during energy model generation and planning to continue the analysis in an upcoming session or via Forma.

The Student and Tutor worked on refining a Revit architectural model, focusing on fixing roof geometry, adjusting floor levels, and ensuring airtight connections between elements using specialized cutting tools. They also installed and discussed the application of various energy analysis plugins for future assessments. Follow-up tasks include further model tightening, strategic window placement, and initiating the energy optimization setup.