Revit Mechanical Course
- Format
- Live or Self-paced
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Book live on Noble DesktopSummary
Master the essentials of creating and managing mechanical systems in Autodesk Revit with our Revit Mechanical Course. This comprehensive program is tailored for design and construction professionals who want to elevate their Building Information Modeling (BIM) expertise in mechanical systems design. Whether you are an experienced professional or just beginning your Revit Mechanical learning journey, this course provides the tools and techniques needed to excel in real-world applications. This course focuses on equipping students with the ability to design, analyze, and document mechanical systems efficiently.
- Understanding and implementing Revit’s tools for HVAC and plumbing system design
- Creating and managing 3D mechanical components, families, and system types
- Laying out equipment and ductwork while maintaining system accuracy and connectivity
- Coordinating mechanical systems with other disciplines in a collaborative BIM environment
- Producing high-quality construction documents and schedules for mechanical systems
- Navigating advanced workflows to solve system design challenges
Curriculum
What you'll learn
- Use Revit’s design tools for projects requiring HVAC and plumbing system design
- Create and manage 3D mechanical components, families, and system types for a variety of functions
- Lay out equipment and ductwork while maintaining system accuracy and connectivity
- Coordinate mechanical systems with other disciplines in a collaborative BIM environment
- Produce high-quality construction documents and schedules for mechanical systems
- Navigate advanced workflows to solve system design challenges
What's included
- Revit software (30 days)
- Free course retake within one year to refresh the material and gain practice.
- Class recordings
Stated by the provider. Confirm what your tuition covers before enrolling.
Live classes
Choose dates and book your instructor-led class on nobledesktop.com.
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In-person or live online
Starts at 10:00 · America/New_York (EST); final session ends at 17:00 EST
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–
In-person or live online
Starts at 10:00 · America/New_York (EDT); final session ends at 17:00 EDT
-
–
In-person or live online
Starts at 10:00 · America/New_York (EDT); final session ends at 17:00 EDT
-
–
In-person or live online
Starts at 10:00 · America/New_York (EDT); final session ends at 17:00 EDT
Confirm current dates and availability on Noble Desktop before booking.
Self-paced course
Learn through recorded lessons on your own schedule.
This course is available for 30 days. You can choose when to start your access period. Once you activate, you will have 30 days to complete it (access the course materials, quizzes, projects and videos). You may request one extension of seven (7) days. Other extension requests will be evaluated on a case-by-case basis. Videos are not downloadable.
- Tuition
- $579
- Course length
- 12 hours
- Schedule
- On your schedule
Master the fundamentals of creating and managing mechanical systems in Autodesk Revit at your own pace with this self-paced Revit Mechanical course. Designed for design and construction professionals at any experience level, the course builds practical BIM skills for mechanical systems design, analysis, and documentation through guided, real-world workflows.
- Use Revit tools for HVAC and plumbing system design
- Create and manage 3D mechanical components, families, and system types
- Lay out equipment and ductwork while maintaining system accuracy and connectivity
- Coordinate mechanical systems with other disciplines in a collaborative BIM environment
- Produce professional construction documents and schedules for mechanical systems
- Apply advanced workflows to solve mechanical system design challenges
Self-paced curriculum
What you'll learn self-paced
- Apply Revit design tools to projects that involve HVAC and plumbing system design
- Create and manage 3D mechanical components, families, and system types for multiple applications
- Lay out equipment and ductwork while maintaining accurate system connections
- Coordinate mechanical systems with other disciplines within a collaborative BIM environment
- Generate professional construction documents and schedules for mechanical systems
- Use advanced workflows to address complex system design challenges