1 | Architectural History & Styles; Fundamentals of Design; Scales & Measurements | Explore major architectural movements, basic design principles (line, form, proportion), and how to apply scales/measurements in drawings. Introduce Revit interface, project setup, levels, and grids.
2 | Drafting Conventions; Intro to CAD | Learn industry-standard symbols, line weights, and notations, plus the basics of computer-aided design. In Revit, create walls, doors, and windows while applying drafting conventions digitally.
3 | Environmental Design Factors | Understand how site orientation, climate, and environmental conditions influence design. In Revit, set up sites, add toposurfaces, and conduct basic sun path studies.
4 | Site Development Plans; Designing Floor Plans | Develop site plans considering zoning, access, and landscaping. Learn principles of space planning and circulation. In Revit, create room separations, area plans, and apply spatial constraints.
5 | Drawing Floor Plans | Produce accurate and clear floor plans with all required symbols and annotations. In Revit, add dimensions, tags, and detail components to finalize floor plan layouts.
6 | Designing & Drawing Elevations | Explore how exterior elevations communicate building form, proportion, and materials. In Revit, create elevation views, adjust materials, and refine façade designs.
7 | Sectional & Detail Drawings | Learn to cut through a building to show vertical relationships, structural systems, and interior detailing. In Revit, generate section views, detail callouts, and add annotations for clarity.
8 | Pictorial Drawings & Renderings | Understand perspectives, axonometric, and isometric drawings. In Revit, create 3D views, assign materials, and produce basic renderings for presentation.
9 | Architectural Models; Principles of Construction | Discuss the use of physical and digital models for design communication. In Revit, use massing tools, create conceptual forms, and link construction assemblies to design.
10 | Structural Systems – Wood, Masonry, Concrete | Learn basic structural design principles for different materials. In Revit, place structural components and integrate them into the architectural model.
11 | Framing Drawings – Floor, Wall, Roof | Develop framing plans that illustrate load paths and structural logic. In Revit, use framing tools to model structural systems for floors, walls, and roofs.
12 | Drawing Management; Schedules & Specifications | Organize construction documents and manage views in Revit. Create door/window schedules and produce title blocks, legends, and sheet layouts.
13 | Codes, Legal Documents, Planning | Understand the role of building codes, legal requirements, and project planning in design. In Revit, annotate code compliance and update documentation.
14 | Final Review & Portfolio Presentation | Complete and present final building project, including plans, elevations, sections, renderings, and schedules. Prepare professional drawing sets and walkthrough presentations in Revit.