Revit MEP HVAC- Complete Course from Udemy

Note: The main difference in this course compared to others is that we have not confined ourselves to explaining simple techniques. Instead, we have conveyed the subject through challenging projects and specific tricks, which are the result of numerous experiences.

1. Want to know what Revit MEP is and how it's used in projects?

2. Looking for how Revit uses BIM for 3D models?

3. Like to learn how Revit helps team collaboration and error reduction?

This course is designed in a way that even if you are not familiar with the Revit (unlike other courses), you can still use it and perform HVAC modeling. All the prerequisite topics are covered in this course, and completing it, you will become a BIM Modeler specializing in HVAC modeling.

Some of the topics you will learn in this course:

1- An Introduction to HVAC modeling in Revit MEP

2- HVAC Settings in Revit MEP Mechanical

3- Duct Elbow, Tee, Connections and all MEP families

4- Estimation in HVAC Projects by Revit MEP

5- MEP Fabrication in Revit

6- Sheet Layout for Shop Drawings

7- BCF and Teamwork in BIM Projects

8- Clash Detection and coordination in BIM Projects

If you are currently a BIM MEP modeler or planning to become one, it is essential not to limit yourself to any form. You should be able to manage any Mechanical design in the BIM process And in the end, you will be the hero of this course. Enroll now and feel free to ask me any questions you have while watching it.

What's inside

Learning objectives

Hvac settings in revit mep mechanical
Duct tools , editing, and settings
Duct elbow family
Duct tee family
Duct connections
Duct take-off in revit
Creating a revit family example based on catalogs
Estimation in hvac projects by revit mep
Mep fabrication in revit
Architectural modeling tools in revit
Sheet layout in revit mep
Bcf and teamwork in bim projects

Autocad file link in revit
Ifc format link in revit
Building parameters in revit
Dwfx link in revit
Point cloud and navisworks link in revit
Coordinate panel tools in revit
Documentation in revit and bim
Clash detection in navisworks
Print in revit
Show more
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Hvac settings in revit mep mechanical
Duct tools , editing, and settings
Duct elbow family
Duct tee family
Duct connections
Duct take-off in revit
Creating a revit family example based on catalogs
Estimation in hvac projects by revit mep
Mep fabrication in revit
Architectural modeling tools in revit
Sheet layout in revit mep
Bcf and teamwork in bim projects
Autocad file link in revit
Ifc format link in revit
Building parameters in revit
Dwfx link in revit
Point cloud and navisworks link in revit
Coordinate panel tools in revit
Documentation in revit and bim
Clash detection in navisworks
Print in revit
Show more
Show less

Syllabus

Introduction

Introduction to HVAC Training

What is Revit software? What are its benefits and uses?

The history of Revit

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Covers clash detection using Navisworks, which is essential for coordinating various building systems in complex BIM projects

Explores MEP fabrication in Revit, which is useful for creating detailed models for manufacturing and assembly

Teaches how to link AutoCAD, IFC, DWFx, Point Cloud, and Navisworks files, which is useful for collaboration and data exchange

Includes instruction on creating Revit families based on catalogs, which is useful for customizing and expanding the Revit library

Uses Revit, which is widely used in the architecture, engineering, and construction (AEC) industries for BIM workflows

Focuses on Revit's tools for HVAC, which is a core component of building design and energy efficiency

Reviews summary

Revit mep hvac practical modeling essentials

According to learners, this course provides a solid foundation in Revit MEP HVAC modeling, focusing on practical applications and challenging projects that simulate real-world scenarios. Students appreciate the step-by-step guidance on core concepts like duct routing, family creation, and project estimation. Many find the course particularly helpful for beginners looking to enter the field. However, some reviewers note that certain sections might be less detailed on advanced topics or that the user interface shown can sometimes appear slightly dated compared to the latest Revit versions. Overall, the course is seen as a valuable starting point for becoming a BIM Modeler specializing in HVAC.

Essential HVAC modeling settings and tools are explained.

"The coverage of duct settings, connections, and basic family creation was thorough and very helpful."

"I learned essential techniques for HVAC system modeling that I can use immediately."

"Key aspects like estimation and sheet layout were explained well."

Course is well-suited for those new to Revit MEP.

"Even with limited prior Revit experience, I was able to follow along and learn effectively."

"This course is a great starting point for anyone looking to get into Revit MEP HVAC."

"The way the basic tools and workflow are introduced is very clear for novices."

Projects help apply concepts to real-world scenarios.

"The projects are quite challenging but really help you understand how to apply the tools learned."

"I found the practical exercises and projects to be the most valuable part, they mimic real design tasks."

"The project-based approach makes learning much more engaging and useful for actual work."

Some content or UI examples appear slightly outdated.

"The version of Revit used for some demonstrations appears older, leading to minor UI differences."

"Updating some videos to reflect the latest Revit interface would be beneficial."

"A few techniques shown might have more efficient modern alternatives now."

Some advanced topics could use more detailed coverage.

"While good for basics, it could benefit from more in-depth discussions on complex systems or advanced optimization techniques."

"I was hoping for more detail on specific complex family creation or advanced analytical features."

"Some topics feel like they were only briefly touched upon, needing external resources for deeper understanding."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Revit MEP HVAC- Complete Course with these activities:

Review HVAC Fundamentals

Show steps

Reinforce your understanding of HVAC principles before diving into Revit MEP. A solid foundation will make it easier to grasp the software's application in HVAC design.

Browse courses on HVAC Systems

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Review textbooks or online resources on HVAC fundamentals.
Practice solving basic HVAC calculation problems.
Familiarize yourself with different HVAC system types.

Revit MEP Step by Step 2022 Metric

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Use this book to supplement the course materials and learn more about Revit MEP's features. Follow the step-by-step instructions to practice different techniques.

View Putting Knowledge to Work on Amazon

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Obtain a copy of the Revit MEP Step by Step book.
Work through the exercises in the book, focusing on topics covered in the course.
Compare your results with the book's solutions.

ASHRAE Handbook - HVAC Systems and Equipment

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Use this handbook as a reference to deepen your understanding of HVAC systems and equipment. Refer to it when you encounter unfamiliar concepts or need more detailed information.

View 2016 ASHRAE Handbook-HVAC Systems and Equipment... on Amazon

Show steps

Obtain a copy of the ASHRAE Handbook.
Browse the table of contents to familiarize yourself with the topics covered.
Refer to relevant sections as you progress through the Revit MEP course.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Practice Duct Sizing in Revit

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Improve your proficiency in duct sizing using Revit MEP. This will help you become more efficient and accurate in your HVAC designs.

Show steps

Create a sample Revit MEP project with a simple duct system.
Experiment with different duct sizing methods and settings.
Compare the results with manual calculations or other software.

Document a Revit MEP Workflow

Show steps

Solidify your understanding of a specific Revit MEP workflow by documenting it. This will help you identify areas for improvement and share your knowledge with others.

Show steps

Choose a specific Revit MEP workflow, such as creating a duct system from scratch.
Record a video or write a step-by-step guide documenting the process.
Share your documentation with other students or on online forums.

Design an HVAC System for a Small Building

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Apply your Revit MEP skills to design a complete HVAC system for a small building. This will give you practical experience and help you identify areas where you need more practice.

Show steps

Obtain architectural drawings for a small building.
Use Revit MEP to model the building's HVAC system.
Perform load calculations and duct sizing.
Create shop drawings and documentation.

Contribute to a Revit MEP Open Source Project

Show steps

Enhance your skills and contribute to the Revit MEP community by participating in an open-source project. This will expose you to real-world challenges and best practices.

Show steps

Find an open-source Revit MEP project on platforms like GitHub.
Review the project's documentation and code.
Identify areas where you can contribute, such as bug fixes or new features.
Submit your contributions to the project.

Career center

Learners who complete Revit MEP HVAC- Complete Course will develop knowledge and skills that may be useful to these careers:

BIM Modeler

A BIM Modeler creates detailed 3D models of buildings and infrastructure, and this course directly prepares you for that role. BIM modelers are responsible for translating designs into accurate, constructible models using software like Revit. This course emphasizes hands-on projects and specific techniques for HVAC modeling in Revit MEP, ensuring that you can effectively contribute to BIM projects. The curriculum includes training in ductwork, connections, and fittings, which are essential components of a BIM modeler's daily tasks. This course's focus on collaboration and error reduction would make it an effective choice for those looking to start a career as a BIM Modeler.

See salaries and explore the career path for BIM Modeler

HVAC Designer

An HVAC Designer develops heating, ventilation, and air conditioning systems for buildings, and this course provides relevant training for that kind of work. This role requires understanding of mechanical systems and the ability to create detailed designs. This course covers HVAC settings and modeling in Revit MEP, as well as essential topics like duct design and family creation. The course also focuses on using Revit for project estimation, which is a valuable skill for an HVAC Designer. The practical, project-based learning is particularly well suited to those who want to pursue a career in HVAC design.

See salaries and explore the career path for HVAC Designer

Mechanical Drafter

A Mechanical Drafter creates technical drawings and plans for mechanical systems, which directly relates to the focus of this course. They use computer-aided design software to produce detailed plans for manufacturing and construction. This course helps mechanical drafters learn how to use Revit MEP for HVAC systems, including ductwork and connections. The course's emphasis on practical techniques and project-based learning helps build a foundation in the creation of accurate shop drawings. This course's focus on team collaboration and documentation makes it suitable for individuals looking to enter the field of mechanical drafting.

See salaries and explore the career path for Mechanical Drafter

MEP Coordinator

An MEP Coordinator is responsible for coordinating mechanical, electrical, and plumbing systems on construction projects, and this course gives you a strong base for that kind of work, especially related to mechanical systems. MEP coordinators require understanding of BIM software and how to resolve clashes in the project. This course teaches clash detection and coordination in BIM projects, as well as how to use Revit for modeling and collaboration. This course prepares one to be able to navigate BIM projects and work effectively with the rest of the construction and design team. The course's focus on team collaboration is also highly relevant for someone looking to enter the field of MEP coordination within a project.

See salaries and explore the career path for MEP Coordinator

Construction Technologist

A Construction Technologist uses technology to improve construction processes, and this course provides tools to help accomplish that. This role requires knowledge of BIM software and the ability to apply it to construction projects. The course teaches the use of Revit MEP for HVAC modeling. The focus on BIM, coordination, and fabrication, helps prepare a construction technologist for modern construction projects. The course focus on collaboration and error reduction should be appealing to anyone who wants to incorporate technology into construction.

See salaries and explore the career path for Construction Technologist

CAD Technician

A CAD Technician creates technical drawings using computer aided design software, and this course provides important skills for that job. CAD technicians use 2D and 3D software to produce detailed plans for construction and manufacturing. This course teaches HVAC modeling in Revit MEP, which aligns directly with the tasks of a CAD technician in the mechanical field. The course’s emphasis on practical, hands-on projects and techniques can be very helpful. A CAD technician would find this course especially useful since it focuses on the use of Revit for real world mechanical drafting and design.

See salaries and explore the career path for CAD Technician

Building Systems Designer

A Building Systems Designer plans and designs the mechanical, electrical and plumbing systems in buildings. This course focuses on the mechanical systems side of this career as it relates to HVAC. This course teaches the use of Revit MEP for HVAC system design, giving an entry point into a career as a Building Systems Designer. The hands-on focus of the course, combined with the training in project estimation, provides you with essential skills for this role. The course's emphasis on teamwork and collaboration also provides relevant experience for a Building Systems Designer.

See salaries and explore the career path for Building Systems Designer

Virtual Design and Construction Engineer

A Virtual Design and Construction Engineer uses BIM and other digital tools to improve the design and construction process, and this course can be a part of that process. A VDC engineer uses software to create virtual models, working to optimize project performance before construction. This course provides useful training in Revit MEP, specifically for HVAC systems, and covers topics like clash detection. The focus on teamwork also aligns with the collaborative nature of VDC. This course may be useful for those looking to enter this quickly-growing field.

See salaries and explore the career path for Virtual Design and Construction Engineer

Project Estimator

A Project Estimator evaluates the costs of a construction project. This course provides relevant training, especially for the mechanical component of these projects. This role requires a detailed understanding of construction processes and the ability to assess material and labor costs. This course teaches how to use Revit MEP for project estimation in the context of HVAC. The specific training in Revit for HVAC modeling and fabrication may be useful for any estimator. The skills built in this course may help one become a successful Project Estimator.

See salaries and explore the career path for Project Estimator

Facilities Planner

A Facilities Planner is responsible for the planning and management of facilities, and this course may be useful to that career. They need to understand building systems, including HVAC, to plan for efficient and effective use of space. This course teaches how to use Revit MEP for HVAC modeling, which provides a basis for understanding these systems. The skills this course teaches, especially related to documentation and BIM, may help a Facilities Planner perform their duties. This training can help a Facilities Planner understand and manage the mechanical aspects of their work.

See salaries and explore the career path for Facilities Planner

Construction Project Manager

A Construction Project Manager oversees all aspects of a construction project from start to finish, and this course may be helpful in certain contexts. A project manager needs to understand how various parts of a construction project fit together. This course training in Revit MEP, especially for HVAC, can provide insights into the mechanical aspects of a building. The course’s emphasis on team collaboration and error reduction within BIM projects may be helpful to project managers. This course may provide a project manager with a better understanding of the details of a project.

See salaries and explore the career path for Construction Project Manager

Mechanical Engineer

A Mechanical Engineer designs and develops mechanical systems and products, and this course may provide useful, though specialized, training. While this role often requires an advanced degree, familiarity with modeling and design software is important. This course teaches how to use Revit MEP for HVAC system design. The specific skills that the course teaches, namely modeling and fabrication of HVAC systems, may be relevant. The use of Revit for project estimation could also be valuable for the mechanical engineer. This course may be useful for someone looking to enter the field of mechanical engineering.

See salaries and explore the career path for Mechanical Engineer

Architectural Designer

An Architectural Designer plans and designs buildings, and this course may be useful for understanding how design choices impact mechanical systems. While their primary focus is on the building’s overall design, it is important to understand how various systems work. This course teaches relevant skills in modeling HVAC systems using Revit MEP. The course covers team collaboration and error reduction in BIM projects. While this course is not the most direct path for an Architectural Designer, it may be useful to some who are interested in building systems.

See salaries and explore the career path for Architectural Designer

Interior designer

An Interior Designer focuses on the aesthetic and functional aspects of interior spaces, and this course may have usefulness. While interior designers do not directly design mechanical systems, an awareness of how they interact with the built environment may be beneficial. This course teaches how to model HVAC systems using Revit MEP. The course also covers file linking and other BIM tools. Though not a core skill set, this knowledge may assist an interior designer's understanding of building systems.

See salaries and explore the career path for Interior designer

Civil Engineer

A Civil Engineer designs and oversees the construction of infrastructure projects, and this course may have limited usefulness. While civil engineers often focus on large-scale infrastructure, projects may include elements requiring HVAC expertise. This course teaches the use of Revit MEP for HVAC modeling. The course also covers team collaboration and error reduction in BIM projects. Though not a direct fit, this course may be helpful to a civil engineer who sometimes needs to interact with mechanical design.

See salaries and explore the career path for Civil Engineer

Revit MEP HVAC- Complete Course

What's inside

Learning objectives

Syllabus

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Reviews summary

Revit mep hvac practical modeling essentials

Activities

Career center

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