Revit MEP is a software application that is used to create and edit models of mechanical, electrical, and plumbing systems. It is used by Engineers and other professionals working within the architecture, engineering, and construction (AEC) industry. In this overview, you’ll learn more about what Revit MEP is, what it can do, who uses it, and how to learn it so you can determine how to add this skill to your professional toolbox.
A Brief History of Revit MEP
Revit MEP is a building information modeling (BIM) application that is specifically designed for Mechanical, Electrical, and Plumbing (MEP) Engineers. It is a specialized version of Revit, which is a more generalized BIM application. Revit was released in 2000 and is widely used within the AEC industry. Architects, Engineers, and Contractors use Revit to design, document, and analyze many different types of structures and systems. The name “Revit” was created from a contraction of the words “revise” and “instantly” and is meant to emphasize the fact that it is very easy for designers to make changes within this application. In 2002, Revit was acquired by Autodesk.
Revit MEP was released in 2006 after the recognition that Mechanical, Electrical, and Plumbing Engineers needed a design application tailored to their needs. It contains tools created specifically for the tasks that MEP professionals need to accomplish, like tools for modeling plumbing pipes, HVAC systems, and electrical wiring. With Revit MEP, Engineers can design a variety of different building systems and analyze functionalities. This application helps them to work more accurately and efficiently, and easily make revisions and analyze costs. Revit MEP also contains a toolset that can be used to create documentation for designs. Another thing that makes Revit such a useful tool is the fact that it facilitates the BIM process, which means that everyone involved in a construction project can easily get a good understanding of how the finished project will look.
Why Learn Revit MEP?
Revit MEP can help users work more efficiently and accurately. It contains many automated tools that speed up the design process, such as tools that automatically generate layouts and tools that automate calculations and placement of elements. In addition, it allows users to see detailed representations of their designs, which can be analyzed for functionality and to catch any problems before construction begins. Users can also create comprehensive and accurate documentation with Revit MEP. In addition, this application allows easy design revisions and lets designers see how their changes will affect the complete design. Revit MEP also makes cost estimation quicker and easier. Users can easily calculate the materials and equipment that are needed to complete the project.
Learn Revit MEP
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- Free student software
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- Authorized Autodesk training center
Another benefit of using Revit MEP is that it makes collaboration easy. Multiple users can work in the same model at the same time. They can share and receive changes at any time, by syncing with a central model. This allows MEP Engineers to coordinate with other designers and also helps reduce potential errors and miscommunication. For example, Revit MEP can help users find and resolve conflicts between MEP elements and other building elements. In addition, this easy collaboration ensures that all stakeholders have a complete understanding of the design.
Revit MEP also facilitates building information modeling (BIM), which has become increasingly important in the AEC industry. In an article titled, “What Are the Benefits of BIM?” Autodesk explains that BIM is beneficial to every stage of a project, from planning to design to building to operation. It says, “Using BIM gives you greater visibility, better decision-making, more sustainable options, and cost-savings on architecture, engineering, and construction (AEC) projects.” It argues that the focus on BIM is likely to increase further in the future.
What Tools and Skills Will You Need to Learn Revit MEP?
To work with Revit MEP, you’ll benefit from some engineering experience, specifically in the fields of mechanical, electrical, or plumbing engineering, since that’s what this application is designed for. Plumbing engineering is the design and maintenance of plumbing systems for buildings, such as bathroom plumbing or stormwater drainage. Mechanical engineering is focused on machines and other systems that have moving components. Electrical engineering involves the design and maintenance of electrical equipment and systems.
Knowledge of building information modeling (BIM) is also helpful since Revit MEP is a BIM application. Some classes even require this, as a prerequisite. Autodesk explains BIM on its website. It says, “Building information modeling (BIM) is the holistic process of creating and managing information for a built asset. Based on an intelligent model and enabled by a cloud platform, BIM integrates structured, multi-disciplinary data to produce a digital representation of an asset across its lifecycle, from planning and design to construction and operations.” If you don’t have any BIM skills, the Virtual and Design Construction Institute offers a number of different BIM courses.
Working with Revit also requires soft skills. For instance, in any Revit-related job you’ll likely work as part of a team, which means you’ll need strong communication skills, both written and verbal. You’ll also need teamwork skills such as the ability to deal with conflicts and the ability to understand how to best contribute to the team. Some people are naturally good at communication and teamwork, however, these skills can also be developed through education and practice.
What Are the Benefits of Learning Revit MEP?
Revit MEP can help you create and edit designs more quickly, accurately, and efficiently. For instance, this application has many automated tools, such as tools that automate calculations and placements of designs, and tools that automatically generate layouts. Once your design is complete, you can see a detailed visualization that will allow you to analyze it for functionality and find potential problems before you start construction. It also makes revisions easy, and allows you to see how your changes will affect the completed design. In addition, Revit MEP has tools that allow you to easily calculate the materials and equipment needed to complete a project, making cost estimation easy. Finally, this application allows you to create comprehensive and accurate documentation.
You can also collaborate easily with a team through Revit MEP. The application allows multiple users to work in the same model at the same time, syncing all changes with a central model. This means that MEP Engineers can easily coordinate with other team members and it also helps keep everyone on the same page--including stakeholders--reducing miscommunication or potential errors.
Revit MEP’s BIM capabilities are another benefit of working with this application. Revit MEP is designed for building information modeling (BIM), which has become increasingly important in the AEC industry because of its many benefits. In an article titled, “What Are the Benefits of BIM?” Autodesk explains that BIM is beneficial at every stage of a project, from planning, to design, to building, to operation. It says, “Using BIM gives you greater visibility, better decision-making, more sustainable options, and cost-savings on architecture, engineering, and construction (AEC) projects.” In addition, it argues that the focus on BIM is likely to increase further in the future because of all these benefits.
Level of Difficulty, Prerequisites and Cost to Learn Revit MEP
Revit MEP is a technical application that can be relatively difficult to learn to use. One thing that many beginners find challenging is the sheer number of complex tools that need to be mastered. Another is mastering 3D modeling. Traditional drafting is done in 2D, where a designer makes a flat representation of their design. Revit is a 3D modeling application, and involves different tools and methods, and a different way of thinking. Ultimately though, with time and practice, almost anyone can master this application.
Many beginner Revit MEP classes have no prerequisites. More advanced classes may require existing experience with Revit. Even if there are no prerequisites, most people find that with some understanding of the standard version of Revit, the learning process is significantly easier. It is also likely to be easier to learn Revit MEP if you have engineering experience, particularly in mechanical, electrical, or plumbing engineering, which are what Revit MEP is designed for. Some knowledge of building information modeling (BIM) is also likely to be helpful, and may even be a prerequisite in some more advanced classes, since Revit is A BIM application.
Revit MEP is a specialized module of Revit, which is offered by Autodesk. Students and educators can get free access for one year. Additionally, if you take a class, you may get access through the class. Autodesk also offers a free trial of Revit. After that, to access the application you’ll need to subscribe. Autodesk offers monthly or yearly subscription options. It also offers a flex plan where you can buy tokens that can be used to access Civil 3D for 24 hours at a time. Another cost associated with learning Revit MEP is the cost of taking a class. Class prices vary, but they can be between several hundred dollars--for a basic class--to several thousand for a more comprehensive course like a certificate program. You’ll often receive free access to Revit MEP while you take a class.
Revit MEP Careers
Revit MEP is used by a variety of professionals within the architecture, engineering, and construction industry (AEC), however, it is specifically designed for Mechanical, Electrical, and Plumbing (MEP) Engineers. Plumbing Engineers design and maintain plumbing systems for buildings. They may focus on a specific type of plumbing such as bathroom plumbing or stormwater drainage, or they may be skilled in numerous aspects of plumbing. According to Indeed, the average yearly salary for a Plumbing Engineer is $95,000.
Mechanical Engineers design and maintain machines and other types of systems that contain moving components. According to the U.S. Bureau of Labor Statistics (BLS), between 2023 and 2033, mechanical engineering jobs will increase by 11 percent, which is much faster than the average job growth rate of 4 percent. More than 19,000 job openings are projected each year on average. The agency says, “Employment of mechanical engineers is expected to increase as automation and innovation create demand for these workers to design, develop, test, and maintain a variety of products and systems. As manufacturing processes incorporate more complex automation machinery, mechanical engineers are expected to be needed to help integrate this equipment into existing systems.” It finds that the median pay for this role is about $99,000 per year.
Electrical Engineers design and maintain electrical equipment and systems. BLS predicts 9 percent job growth for Electrical and Electronics Engineers over the next decade, with about 19,000 job openings per year. It says, “Employment growth is expected as companies increasingly utilize the expertise of engineers for projects involving electrical and electronic devices, systems, and infrastructure. These engineers are expected to have key roles in developing sophisticated consumer electronics, solar arrays, semiconductors, and communications technologies.” BLS reports that the median pay for this job is $109,000 per year.
Comparable Applications
AutoCAD is often used along with Revit in the construction industry. Both are Autodesk applications. AutoCAD is a computer-aided software design (CAD) program that is used for creating and editing 2D and 3D drawings and models, but it is primarily a 2D drafting tool. In contrast, Revit MEP is primarily used for 3D modeling. Like AutoCAD, Revit MEP is also a CAD program, however, it is categorized as a BIM application too, which means it is better suited for 3D modeling than AutoCAD. This makes it a good choice for engineering projects. On its “Revit vs. AutoCAD” page, Autodesk compares the two applications. It says, “While AutoCAD is a general drawing tool with broad application, Revit is a design and documentation solution, supporting all phases and disciplines involved in a building project.”
Some people use the two applications in combination. AutoCAD can be used to create 2D designs and then those designs can be imported into Revit, where they are integrated into 3D models. AutoDesk explains, “AutoCAD and Revit are interoperable and can be used together. They are commonly used together to incorporate designs created in AutoCAD within a Revit project. Firms may use AutoCAD on certain projects or components of a design and use Revit to generate BIM deliverables and to enable collaboration with other design disciplines.”
How to Learn Revit MEP
Revit MEP classes come in a number of different formats. The most common are in-person, live online (virtual), on-demand, and self-paced learning, each of which has its own unique advantages and disadvantages. For an in-person class, an instructor and a group of students meet face-to-face, at a specific time, in a classroom that is dedicated to learning. The instructor leads the class through the curriculum, answers questions, and offers feedback on student progress. Students interact with one another through group discussions and exercises. Benefits of in-person learning include the engaging and interactive nature of this format, the ability to receive immediate attention from the instructor, and the opportunity to create networking relationships with students. A disadvantage is that you’ll have to commute to class, which can be expensive, inconvenient, and/or stressful for some people. Additionally, if you want to learn in person, you’ll typically have access to a limited number of classes, since your only option will be classes that you can physically get to.
Live online classes are another popular learning format. This type of class has many things in common with in-person learning; you learn in real-time, you can ask questions and get immediate feedback, and you can interact with classmates. Rather than travelling to a classroom, however, with a live online class you attend remotely through Zoom or a similar platform. Since you don’t have to commute, you’ll probably have access to more class options if you’re willing to learn virtually. Some students also say that virtual classes tend to be more diverse since they often contain students from all over the country. A potential downside to live online learning is that you’ll need to supply your own equipment. Additionally, some students find that they have to solve technical issues like internet connection problems or challenges setting up software.
For students who can’t--or don’t want to--attend class at a specifically mandated time, another learning option is to take an asynchronous class. This type of learning is not live like an in-person or virtual class, so you won’t be able to interact with an instructor in real-time. Instead, when you enroll, you receive access to a series of lessons and exercises that you can work through at your own pace, without a live instructor. Asynchronous learning provides a lot of flexibility; not only can you learn when and where you want, but you can control how quickly, or slowly, you progress through the material. Additionally, you can start your course whenever you want to; you don’t have to wait for a session to begin. An on-demand class is one common type of asynchronous learning. On-demand classes tend to be the cheapest type of asynchronous class, but they usually don’t include much interaction or feedback with an instructor.
Self-paced learning is another asynchronous format. Like an on-demand class, a self-paced class is made up of pre-recorded material that you can work through as quickly, or slowly, as you want. The biggest difference between these two formats is that self-paced classes usually come with regular communication with an instructor who will grade your work and offer feedback. Many self-paced classes also include interaction with other students, such as through online discussions. A potential downside to self-paced learning is that because you create your own learning schedule and move at your own pace, it can be easier to procrastinate or get side-tracked.
Learn Revit MEP with Hands-on Training at VDCI
If you want to learn Revit MEP, the Virtual Design and Construction Institute (VDCI) offers a number of training options, with course offerings for beginners and for students with more experience. This school is specifically focused on providing comprehensive training for professionals in the AEC (architecture, engineering, construction) industry. It is nationally accredited by the Accreditation Council for Continuing Education and Training (ACCET), and its classes are approved by Autodesk, Adobe, Trimble, and the American Institute of Architects (AIA) for eLearning. VDCI’s online, self-paced classes allow you to start learning right away and to create a personalized learning schedule that fits your needs. You’ll also be able to get advice and feedback on your submissions and projects and interact with peers in discussion forums.
Revit Mechanical is one popular VDCI offering. This is a multi-week course designed to help you gain expertise in managing mechanical systems within Revit MEP. As with all VDCI courses, your work will be graded and you’ll be able to communicate with your instructor whenever you need to. In this class you’ll learn configuration, coordination, and workflows. Covered skills include creating, aligning, and replicating mechanical systems; ensuring proper airflow; and coordination across floors. You’ll also learn to resolve system clashes. In addition, you’ll practice creating detailed mechanical sheets, refining tags, and adjusting view ranges. If you want to take this class, you should have some existing Revit experience.
Revit Plumbing is focused on creating and managing plumbing systems. This is also a multi-week course. You’ll learn to set up sections, create efficient piping layouts, and determine points of contact for hot and cold water systems. Covered skills include adjusting pipe sizes, detailing piping systems, refining system layouts, and adding connectors for fixtures. This course also requires prior knowledge of Revit.
VDCI also offers a Revit MEP Certification Course. This class covers fundamental mechanical, electrical, and plumbing design skills and prepares you to pass the exam for Autodesk Certified Professional in Revit for Mechanical Design. It starts with fundamental Revit and BIM skills, then focuses specifically on Revit MEP skills. You’ll also learn to use Navisworks to integrate Revit and other compatible programs into a 3D model. The course includes access to Revit and Navisworks software and the Revit Certified User Exam with a retake. You’ll also get a one-on-one bonus training session.
If you need to learn the basics of Revit, another option is the Revit Fundamentals Course, which covers fundamental 3D modeling, architectural design, and project documentation skills. This course starts with an introductory unit, where you’ll learn about the interface and workflow. You’ll also learn about building information modeling (BIM). After that, you’ll learn how to design a 3D building model, and you’ll work on a project that includes floors, windows, ceilings, stairs, and other elements. In addition, you’ll create architectural graphics. This course also includes an intermediate unit that covers more advanced skills including using the family editor, scheduling building components, and refining graphics. A one-on-one bonus training session is included.
Another VDCI offering is the Essential Skills Course, which can be beneficial in any Revit-related career. This bundle is a great way to improve your communication, teamwork, collaboration, and self-management skills. Three classes are included. In Communication and Connection, you’ll learn a variety of communication skills including negotiation and conflict management. You’ll also work on your emotional intelligence and learn about diversity, equity, and inclusion. Self-Management Skills covers skills such as prioritizing, improving efficiency, focusing on ethics and integrity, and setting goals. Finally, in Teamwork, Collaboration & Leadership, you’ll learn to build collaboration, conduct meetings effectively, inspire other people, and make decisions as a group.