1. The Basics

• Introduction to Revit interface and tools.
• Understanding BIM for MEP design.
• Setting up projects and templates.
• Navigating views, levels, and grids.

2. Mechanical Design

• Designing HVAC systems, including ducts and air terminals.
• Using system families for mechanical components.
• Analyzing airflow and load calculations.

3. Electrical Design

• Placing electrical fixtures and wiring systems.
• Creating electrical circuits and distribution boards.
• Performing electrical load calculations.
• Generating single-line diagrams.

4. Plumbing Design

• Designing plumbing systems for water supply and drainage.
• Adding pipes, fittings, and fixtures.
• Calculating pipe sizes and flow rates.
• Detailing fire protection systems.

5. Reports

• Generating schedules for MEP components.
• Analyzing system efficiency and performance.
• Customizing reports for project requirements.

6. Check Systems

• Conducting interference checks between MEP systems.
• Ensuring compliance with design standards.
• Verifying system connectivity and functionality.

7. Energy Analysis

• Performing energy simulations for HVAC systems.
• Integrating sustainable design practices.
• Calculating energy consumption and efficiency.

8. Fabrication

• Exporting MEP designs for prefabrication.
• Detailing parts for manufacturing.
• Integrating with fabrication tools and software.

9. Documentation

• Creating 2D and 3D documentation for MEP designs.
• Preparing sheets for construction and permit approval.
• Adding annotations, tags, and legends.

10. Quantities

• Extracting quantities of MEP components.
• Estimating materials and costs for construction.
• Generating takeoff reports for procurement.

11. Entrepreneurship

• Understanding MEP industry trends and opportunities.
• Developing project management and bidding skills.
• Building a portfolio to attract clients and employers.