Mastering Revit 2023 (Civil & MEP) – Professional Building Design
Duration: 6 Months | Daily: 2 Hours | Sunday: Off
Module 1: Introduction & Setup
Objective: Get familiar with Revit’s interface, setup, and project environment.
Topics Covered:
- Overview of Building Information Modeling (BIM) and Revit’s role in industry
- Installing and configuring Revit 2023
- User interface and navigation tools
- Template setup and project organization
- Understanding levels, grids, and units
Outcome: Students will be able to confidently set up Revit projects for architectural, civil, and MEP work.
Module 2: Architectural & Civil Modeling
Objective: Create detailed architectural and civil structures using Revit tools.
Topics Covered:
- Creating walls, doors, windows, and floors
- Modeling roofs, stairs, railings, and ceilings
- Topography and site modeling for civil design
- Structural elements: columns, beams, foundations
- Linking AutoCAD drawings for reference
Outcome: Students can produce complete civil and architectural layouts ready for documentation.
Module 3: Families & Components
Objective: Learn to create and manage custom Revit families for professional projects.
Topics Covered:
- Introduction to families and component hierarchy
- Creating parametric families and shared parameters
- Managing furniture, fixtures, and equipment families
- Loading and editing external Revit families
- Using annotation and detail components
Outcome: Students can build flexible, reusable components for any project type.
Module 4: Mechanical (HVAC) Systems
Objective: Design and simulate HVAC systems for building projects.
Topics Covered:
- Introduction to Revit MEP interface and system families
- Ductwork design and layout principles
- Air terminals, diffusers, and equipment placement
- Creating HVAC zones and system connectors
- System analysis and coordination
Outcome: Students can model and document complete HVAC systems for real-world applications.
Module 5: Electrical Systems
Objective: Design and manage electrical layouts and power distribution.
Topics Covered:
- Lighting and power system fundamentals
- Placing lighting fixtures, switches, and panels
- Creating electrical circuits and load analysis
- Wiring paths and cable tray layouts
- Panel schedules and documentation
Outcome: Students can produce full electrical plans integrated with architectural and MEP models.
Module 6: Plumbing & Fire Protection Systems
Objective: Develop complete plumbing and fire protection layouts in Revit.
Topics Covered:
- Plumbing system families and connectors
- Water supply and drainage system layout
- Pipes, fittings, and fixture connections
- Fire protection system design (sprinklers, pumps, risers)
- System testing and coordination
Outcome: Students can model efficient plumbing and safety systems for commercial and residential projects.
Module 7: Coordination & Clash Detection
Objective: Integrate architectural, civil, and MEP models for coordination and clash detection.
Topics Covered:
- Linking multidisciplinary Revit models
- Using Copy/Monitor and Coordination Review tools
- Running clash detection with Navisworks
- Model revisions and issue management
- Team collaboration and worksharing
Outcome: Students can ensure seamless collaboration between civil and MEP teams.
Module 8: Annotation, Schedules & Documentation
Objective: Prepare detailed drawings and schedules for construction documentation.
Topics Covered:
- Adding dimensions, tags, and callouts
- Creating legends and annotation styles
- Generating quantity takeoffs and schedules
- Sheet creation and layout design
- Printing and exporting construction documents
Outcome: Students can produce full construction-ready drawings and reports.
Module 9: Rendering & Visualization
Objective: Visualize your project with realistic materials, lighting, and camera views.
Topics Covered:
- Applying materials and textures
- Setting up lighting and daylight simulations
- Creating walkthroughs and camera paths
- Rendering with Revit and Enscape
- Exporting final presentation visuals
Outcome: Students can produce professional visualizations for design presentation and client review.
Module 10: Project Management & Final Assessment
Objective: Apply all Revit skills to complete a full multidisciplinary project.
Topics Covered:
- Collaborative project workflow from concept to documentation
- Integrating architectural, civil, and MEP systems
- Model review and revisions
- Exporting IFC and BIM data for coordination
- Final project submission and evaluation
Outcome: Students complete a professional BIM project showcasing full Revit expertise.
Final Outcome
By completing this course, students will be able to:
- Model and coordinate architectural, civil, and MEP systems
- Produce full construction documentation and 3D visualizations
- Perform clash detection and interdisciplinary coordination
- Deliver Revit-based projects for clients or companies using BIM workflows
- Build a strong Revit portfolio suitable for professional or freelance opportunities