What you'll learn:
- Configure Revit templates for electrical, plumbing, and HVAC disciplines to prepare projects efficiently.
- Create and analyze electrical lighting and power circuits with load balancing and detailed reporting.
- Link and coordinate architectural models for multi-disciplinary collaboration within Revit MEP.
- Model and route plumbing systems including sanitary equipment, piping layouts, and pressure loss analysis.
- Perform HVAC energy and thermal load analyses to design efficient mechanical systems.
- Develop mechanical systems with duct and piping connectors, equipment placement, and routing schemes.
- Edit mechanical piping and ductwork manually to refine system design and optimize performance.
- Generate comprehensive documentation and reports for electrical, plumbing, and HVAC projects in Revit.
This comprehensive course offers a complete walkthrough of Revit MEP, focusing on electrical, plumbing, and HVAC disciplines for building design and construction. Designed for professionals aiming to learn the fundamentals and advanced skills of BIM design, this course guides learners through practical workflows using Autodesk Revit MEP software.
Throughout the course, you will engage with hands-on exercises and clear demonstrations covering configuration, modeling, coordination, and analysis for mechanical, electrical, and plumbing systems. Starting with electrical design, you will learn to configure templates, work with external architectural models, and develop lighting and power systems with detailed circuit creation and load balancing.
In the plumbing section, you will gain proficiency in placing sanitary equipment linked to architectural models, setting up piping systems, managing pipe routing and slopes, and performing inspection and pressure loss analysis. The course also includes generating detailed reports and tables essential for project documentation.
The HVAC module provides in-depth instruction on mechanical installation design, energy and thermal load analysis, zone creation, and refining mechanical systems including ducts, pipes, and equipment placement. Integration of engineering data and collaborative workflows are emphasized for real-world multidisciplinary projects.
This course maintains a practical learning approach, blending theory with project-based tasks to ensure mastery of Revit MEP for efficient, coordinated, and precise building modeling. The AulaGeo team has crafted this course to support career growth in BIM management, engineering, and architectural coordination, enabling learners to apply their knowledge immediately in professional environments.
Learning Objectives
Gain practical skills and knowledge through focused objectives including:
Configure Revit templates for electrical, plumbing, and HVAC projects
Create and analyze electrical lighting and power circuits
Link and coordinate architectural models within Revit
Model and route plumbing systems and sanitary equipment
Inspect and report on plumbing system pressure losses and components
Perform energy and thermal load analyses for HVAC design
Create mechanical systems with duct and piping connections
Develop routing schemes and manual edits for mechanical piping and ductwork
Collaborate on multidisciplinary BIM projects efficiently
Who Should Take This Course
BIM Managers seeking integrated Revit MEP skills
BIM Modelers and Specialists focused on mechanical, electrical, and plumbing disciplines
Electrical Engineers and HVAC Modelers working with BIM workflows
HVAC Draftsmen wanting to improve Revit proficiency
Civil Engineers involved in building design projects using Revit
Course Structure
Section 1: Revit MEP - Electrical
Learn how to configure electrical templates, link external models, and prepare electrical design elements in Revit MEP.
Section 2: Electrical - Lighting
Master efficient lighting design by modeling, analyzing, and managing lighting fixtures with Revit tools.
Section 3: Electrical - Power
Develop skills creating circuits, electrical components, wiring, and schedules for power systems in Revit.
Section 4: Revit MEP - Plumbing
Understand foundational plumbing principles, templates, and architectural linking for coordinated plumbing design.
Section 5: Plumbing Model Creation
Gain expertise in placing sanitary parts, configuring plumbing setups, building piping systems, and routing pipes within Revit.
Section 6: Inspection, Design and Reporting
Learn to inspect plumbing systems, perform piping design, analyze pressure losses, generate sanitary part tables, and finalize projects.
Section 7: REVIT MEP - HVAC
Become familiar with mechanical installation setup including templates, collaborative links, and starting mechanical modeling.
Section 8: HVAC - Energy Design
Acquire skills to create, modify spaces, build zones and perform thermal and load analyses for energy-efficient HVAC design.
Section 9: HVAC - Design of Mechanical Installations
Master mechanical systems creation including duct and piping connectors, equipment placement, routing design, manual edits, and loss reporting.
Why Take This Course
Revit MEP Complete empowers professionals in building design industries by providing detailed, multi-disciplinary BIM skills essential for effective project delivery. The course supports:
Enhanced design accuracy and coordination across electrical, plumbing, and HVAC systems
Efficient collaboration enabled by linking architectural models and managing updates
In-depth understanding of energy analysis and mechanical system performance
Skills to create detailed documentation and reports critical for construction phases
On completing this course, learners will have confidence in applying Revit MEP workflows for complex projects, optimizing design processes, and improving communication among engineering disciplines.
Professional Context
This course is ideal for building design professionals, engineers, BIM specialists, and facility managers seeking to elevate their expertise in Revit MEP. As integrated BIM workflows become standard in construction and architectural markets worldwide, mastering tools for electrical, plumbing, and HVAC design is crucial for successful project execution. The practical skills developed here ensure relevance in multidisciplinary teams and prepare learners for collaborative, efficient building system modeling and analysis.
