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BIM it! AEC

*First course on Udemy about

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*First course on Udemy about

In this course students will be familiar with the BIM services needed for the contractor to execute the mechanical, electrical and plumbing works on site with less time and less cost by providing the construction site with the coordinated shop drawings and exact material take off reports. So first we will learn the Revit basics of how to start a new project, setting up templates, linking the architectural model and the designed drawings into our live model and creating views and levels, then we will learn how to read and convert the designer MEP drawings into 3D models and all the tips, tricks and shortcuts needed to perform the work faster, then we will go through the coordination process by finding the clashes and solving them. Then we will use dynamo to create the builders works, then we will extract the shop drawings and the builder works from the coordinated model and finally we will learn how to create schedules for the MEP categories. This course is aimed at complete beginners who have never used Revit before and want to increase their career options by learning Revit MEP. The ideal students for this course are the mechanical engineers, electrical engineers, BIM engineers, BIM drafters.

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What's inside

Learning objectives

  • 1) project setup
  • 2) 2d to 3d model creation
  • 3) mep coordination by finding the clashes and solving them
  • 4) prepare the builders work by using dynamo
  • 5) extract the coordinated shop drawings and builders work
  • 6) schedules and material take off extraction
  • 7) mep composite drawing
  • 8) where and how to add access panels

Syllabus

MEP 3D Model Creation
Break Line and View Reference
Introduction to HVAC Systems
Place and Modify Mechanical Equipment
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Covers clash detection and resolution, which are essential skills for BIM engineers to ensure constructability and avoid on-site issues
Teaches how to convert 2D MEP drawings into 3D models, which is useful for engineers transitioning to BIM workflows
Focuses on BIM services needed for contractors, such as coordinated shop drawings and material take-off reports, to reduce time and costs on-site
Starts with Revit basics, including project setup, templates, and linking architectural models, which provides a solid foundation for new users
Includes a section on using Dynamo to create builder's work, which can automate repetitive tasks and improve efficiency in MEP projects
Requires learners to have access to Revit software, which may require a subscription or license fee

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Reviews summary

Revit mep for contractors (inferred)

Based on the course description and syllabus, this program appears designed as a comprehensive guide to Revit MEP specifically tailored for contractor services. It aims to take complete beginners through the essential workflows for Mechanical, Electrical, and Plumbing systems within Revit. The curriculum suggests a strong focus on practical skills such as converting 2D designs to 3D models, performing MEP coordination, extracting shop drawings and material schedules, and introduces automation with Dynamo. However, without actual student reviews, it is not possible to confirm the effectiveness of the teaching methods, the clarity for true beginners, or the depth of coverage for all topics.
Includes an introduction to Dynamo.
"Intrigued by the inclusion of Dynamo for automation."
"A brief look at Dynamo for builders work is a nice bonus."
"Hope the Dynamo part provides a solid basic understanding."
Covers multiple MEP systems.
"Appears to cover HVAC, Plumbing, FF, and Electrical systems comprehensively."
"The syllabus is very detailed across different MEP disciplines."
"Looks like it provides a broad overview of MEP modeling tasks."
Covers key contractor outputs.
"Learning how to extract builders work seems very practical."
"The sections on shop drawings and schedules are exactly what I need to learn."
"Looks promising for mastering material take-offs and coordination."
Aims at complete Revit beginners.
"Seems like a good starting point if you've never used Revit before."
"Hope it truly starts from the absolute basics as advertised."
"Curious how well it supports someone with zero prior Revit knowledge."
Tailored to MEP contractor services.
"The course seems highly focused on the practical needs of a BIM contractor."
"I expect to learn workflows directly applicable to my work on site."
"Looks like it covers the specific BIM services required for execution."

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 Beginners to Advanced (Contractor Services) with these activities:
Review BIM Fundamentals
Solidify your understanding of BIM principles to better grasp Revit MEP workflows.
Show steps
  • Review the core concepts of BIM.
  • Understand the benefits of BIM in construction projects.
  • Familiarize yourself with BIM dimensions (3D, 4D, 5D, etc.).
Practice Basic CAD Operations
Sharpen your CAD skills to improve your proficiency in Revit's drawing and modification tools.
Browse courses on CAD
Show steps
  • Practice creating and modifying basic geometric shapes.
  • Familiarize yourself with CAD commands for drawing and editing.
  • Learn to use layers and object snaps effectively.
Follow Revit MEP Beginner Tutorials
Enhance your understanding of Revit MEP by working through beginner-level tutorials.
Show steps
  • Find online tutorials covering basic Revit MEP functionalities.
  • Follow the tutorials step-by-step, replicating the actions.
  • Experiment with different settings and options to deepen understanding.
Four other activities
Expand to see all activities and additional details
Show all seven activities
MEP Element Placement Exercises
Improve your speed and accuracy in placing MEP elements within Revit.
Show steps
  • Practice placing ducts, pipes, and electrical fixtures in a sample project.
  • Focus on accurate placement and proper connections.
  • Time yourself to track your progress and identify areas for improvement.
Model a Small MEP System
Apply your knowledge by modeling a simplified MEP system for a small building.
Show steps
  • Select a small building plan (e.g., a single-story office).
  • Model the basic architectural elements in Revit.
  • Design and model a simple HVAC, plumbing, or electrical system.
  • Create basic documentation (plans, sections, schedules).
Generate MEP Shop Drawings
Practice creating professional-quality shop drawings from your Revit MEP models.
Show steps
  • Prepare a Revit MEP model for shop drawing extraction.
  • Create views, sections, and details for the shop drawings.
  • Annotate and dimension the drawings accurately.
  • Organize the drawings into sheets with appropriate title blocks.
Document Clash Detection Workflow
Create a guide on clash detection in Revit MEP to solidify your understanding of the process.
Show steps
  • Outline the steps involved in clash detection.
  • Document how to use Revit's interference check tool.
  • Explain strategies for resolving clashes effectively.
  • Include screenshots and examples to illustrate the process.

Career center

Learners who complete Revit MEP Beginners to Advanced (Contractor Services) will develop knowledge and skills that may be useful to these careers:
BIM Modeler
A BIM Modeler creates detailed 3D models of building systems, including mechanical, electrical, and plumbing (MEP). This course helps a BIM Modeler learn to convert 2D MEP designs into coordinated 3D models, a critical part of the job. The course covers the use of Revit, a vital tool for BIM modeling used by contractors. It also shows how to find and resolve clashes between different building systems, and how to generate shop drawings and material takeoffs, which are essential for a BIM Modeler to ensure efficient construction. If you want to become a BIM Modeler this course is for you.
MEP Coordinator
The MEP Coordinator is responsible for overseeing the coordination of mechanical, electrical, and plumbing systems in construction projects. This course is ideal for an aspiring MEP Coordinator as it provides practical experience in finding and resolving clashes in MEP designs, a key responsibility of this role. Using Revit, as taught in this course, the MEP Coordinator can make sure that building systems are compatible and that construction work proceeds smoothly. This course also teaches methods to extract coordinated shop drawings and create schedules, all of which are important aspects of the MEP Coordinator’s role.
Construction Drafter
A Construction Drafter creates detailed technical drawings and plans for construction projects. The course is directly relevant as it shows how to use Revit to generate shop drawings which are crucial for a Construction Drafter. The course also covers how to extract builders' work from coordinated models, a valuable skill for this role. This course teaches you not just about drawing, but about the coordinated 3D modeling that’s needed in modern construction. If you aspire to be a Construction Drafter, this course gives you needed skills.
BIM Technician
A BIM Technician supports the implementation of building information modeling (BIM) on construction projects. This course is well suited for a BIM Technician because it teaches how to build and coordinate MEP models in Revit. The BIM Technician will gain proficiency from the course’s teachings on clash detection, extraction of shop drawings, and generating schedules. This course provides a hands-on approach to mastering relevant software and workflows used in BIM, helping an aspiring BIM Technician to be successful.
Mechanical Drafter
The Mechanical Drafter produces detailed technical drawings of mechanical components and systems. This course provides the necessary skills to draft in a 3D modeling environment using Revit. It provides expertise in creating HVAC systems such as ducts, pipes, and related components. The course helps you to convert 2D designs into 3D models, a critical aspect of a Mechanical Drafter’s workflow. This course, in its specific instruction on mechanical systems, gives you a strong foundation.
Electrical Drafter
An Electrical Drafter creates detailed technical drawings of electrical systems for construction projects. This course shows how to use Revit to model electrical components like lighting fixtures, panel boards, and cable trays. It also shows how to create and manage circuits, which is a vital part of electrical drafting. This course’s syllabus on modeling electrical systems will give an aspiring Electrical Drafter the know-how needed for the role.
Plumbing Drafter
The Plumbing Drafter produces detailed technical drawings of plumbing systems in buildings. The course teaches the use of Revit for modeling plumbing components like fixtures and various types of pipes and drainage systems. The course’s focus on converting 2D designs to 3D models, along with its coverage of schedules and material take off extraction, makes it a good fit for anyone wanting to excel as a Plumbing Drafter. If you wish to become a Plumbing Drafter, this course can be beneficial.
Construction Project Engineer
The Construction Project Engineer is involved in the planning and execution of construction projects. The course’s focus on MEP coordination with Revit helps them understand the clash detection process necessary for the job. It also helps them to visualize the project, and to understand the material needs through the course’s study of material takeoffs. This course may be useful for a Construction Project Engineer as it provides insight into the MEP component and the coordination process of construction projects.
HVAC Designer
An HVAC Designer plans and designs heating, ventilation, and air conditioning systems. The course on Revit gives the HVAC Designer an advantage in creating 3D models of HVAC components, including ducts, pipes, and supports. This improves the designer’s ability to communicate and coordinate their designs with other building systems, and it allows better clash detection and problem solving. If you wish to become an HVAC Designer, this course may be valuable.
Electrical Engineer
The Electrical Engineer designs, develops, and tests electrical systems and equipment. This course shows how to use Revit for modeling electrical components, which is important for an Electrical Engineer in a construction context. The course covers topics such as circuits and power distribution, which are essential areas for this role. This course may be useful for an Electrical Engineer who wants a better grasp on the installation and coordination of their designs within a building.
Plumbing Engineer
A Plumbing Engineer designs and oversees the installation of plumbing systems. The course teaches how to use Revit to model various components such as fixtures and pipes. In particular, it teaches about the integration of drainage and water supply systems. The course’s focus on 3D modeling can broaden a Plumbing Engineer's knowledge of coordinating plumbing systems within a building. This course may be useful for a Plumbing Engineer aiming to refine their understanding of installations.
Mechanical Engineer
A Mechanical Engineer designs, develops, and tests mechanical devices and systems. This course provides insight into the practical application of mechanical systems in construction. It shows how to convert design drawings into actual 3D models using Revit, which is often a responsibility of a Mechanical Engineer, and provides knowledge on the installation and coordination of HVAC systems. This course may be helpful to a Mechanical Engineer seeking to broaden their understanding of building design.
Construction Manager
A Construction Manager oversees construction projects from start to finish, working to ensure that they are completed on time and within budget. This course may be useful, as the course teaches the coordination of MEP systems, and the extraction of shop drawings, which are very important for a construction project. The course provides insights into BIM tools that are increasingly used in the construction industry which may benefit the Construction Manager. This course may be useful for someone in a construction management position.
Facilities Manager
A Facilities Manager is responsible for the maintenance and operations of a company’s buildings. This course may be helpful as it provides an understanding of the MEP systems within a building and how they are modeled. The Facilities Manager can gain new understanding of the building's infrastructure through the course’s focus on MEP coordination and shop drawing extraction. This course may provide valuable insights for someone who aims for the facilities management field.
Estimator
An Estimator analyzes project plans to determine the cost of construction projects. This course may be useful because it provides a concrete understanding of material quantities, as the course instructs on material takeoffs. The course’s focus on creating schedules could also help an estimator. This course may be helpful for an Estimator who needs a deeper understanding of the MEP components of a building.

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Revit MEP Beginners to Advanced (Contractor Services).
While not a traditional textbook, the NEC Handbook is an essential reference for anyone involved in electrical installations in the United States. It details safety standards and regulations that govern electrical systems in buildings. Crucial for professionals and those involved in design and installation.
Along with the IPC, the UPC widely adopted model code for plumbing installations. It provides comprehensive standards for design, installation, and maintenance. Understanding the UPC is crucial for professionals working in jurisdictions that have adopted it.
Offers a practical introduction to a variety of renewable energy systems and their integration into electrical grids. It covers technical and economic aspects, making it relevant for contemporary topics in electrical systems. Suitable for upper-level undergraduate and graduate students, as well as professionals.
A widely used textbook for power systems analysis, suitable for advanced undergraduate and graduate students. It covers the fundamental concepts of power system components, analysis, and design. is essential for those focusing on large-scale electrical grids.
A widely used textbook for introductory circuits courses in undergraduate programs. provides a solid foundation in circuit analysis techniques, essential for understanding any electrical system. It includes numerous examples and practice problems to solidify understanding. This core textbook for students.
Considered a comprehensive guide to plumbing systems and practices, this book covers basic principles to advanced techniques for both residential and commercial plumbing. It's often used as a textbook and is excellent for gaining a broad understanding and solidifying foundational knowledge in the field. The latest editions incorporate current technologies and codes.
Focuses on the practical application of BIM in construction management. It provides a comprehensive guide to integrating BIM and technology throughout the project lifecycle, including planning, pre-construction, construction, and closeout. It is valuable for both students and professionals in construction management.
This handbook provides an in-depth account of the requirements and responsibilities of a BIM Manager. It covers essential aspects of BIM management, communication skills, and linking work to current BIM research and development. It is particularly valuable for those aspiring to or working in BIM management roles.
A foundational textbook covering the principles, standards, and techniques of technical drawing. Mastering the concepts in this book is essential for creating any type of technical documentation, including accurate and clear shop drawings across all disciplines. It standard text in engineering and technical programs.
Focuses on leveraging Dynamo for BIM data management and visualization using Power BI. It bridges the gap between visual programming and data analytics in the AEC industry. It valuable resource for professionals interested in extracting and utilizing BIM data effectively, serving as both a learning resource and a reference.
This comprehensive handbook provides a detailed overview of HVAC system design, including principles and applications, equipment selection, and system optimization. It is an excellent resource for professionals looking to gain a thorough understanding of HVAC design.
Provides a strong foundation in electric power systems, covering generation, transmission, and distribution. Suitable for undergraduate and graduate students. Known for its clear explanations and focus on fundamental concepts.
Explores the fundamental principles behind effective architectural detailing, focusing on how details are developed to address functional requirements, ease of construction, and aesthetic goals. Understanding these principles is vital for creating comprehensive and well-resolved shop drawings that contribute to successful project outcomes.
This hypothetical advanced book would concentrate on the theory and application of generative design workflows using Dynamo in a BIM context. It would cover algorithms, design space exploration, and integration with analysis tools, targeting users interested in exploring innovative design solutions.
Another highly regarded textbook for foundational circuit analysis. Known for its detailed explanations and rigorous approach, it's suitable for undergraduate students seeking a deep understanding of circuit theory. It's a valuable reference for complex circuit analysis problems.
Offers a straightforward introduction to using Dynamo with Revit, focusing on practical examples and step-by-step explanations. It's well-suited for beginners and professionals who want to quickly learn how to automate tasks and create complex geometry in Revit using Dynamo. It can serve as a useful reference tool with clear examples.
Offers a unique perspective on the key issues involved in adopting BIM in construction projects. It covers core ideas and issues drawn from process documents, standards, and protocols, explained through real-world scenarios. It's a good resource for understanding the practical challenges and solutions of BIM adoption.
A classic graduate-level textbook on control systems. It offers a rigorous and in-depth treatment of control theory and design techniques. is suited for those pursuing advanced studies or research in control systems.
Provides a clear introduction to the principles and analysis of electric machines, including transformers, motors, and generators. It's a standard text for undergraduate electrical engineering students and a good reference for understanding the components of many electrical systems.
This textbook provides a comprehensive introduction to electromagnetic principles and their applications in electrical engineering. It's a foundational text for understanding concepts crucial to areas like wireless communication and power transmission. Suitable for undergraduate students.
Delves into the crucial safety aspects of electrical systems connected to renewable energy sources. It's a specialized topic but highly relevant given the growth of renewables. Important for engineers and designers working in this field. Published recently, making it a good resource for current practices.
Explores how modern firms use BIM technologies to address design problems and enhance efficiency and collaboration creatively. It illustrates the day-to-day design operations and how BIM can be leveraged for creative potential. It is particularly relevant for architecture and design students and professionals.
Focuses on how BIM can improve information quality to address issues like project delays and budget overruns. It provides solutions using BIM by explaining theories and practices implemented in various economies. It's a good read for understanding the business impact of BIM.
Provides a reference for understanding the history, theory, application, and future potential of BIM. It covers how BIM changes the day-to-day working environment and where it is headed, including its relation to AI, AR, VR, and voice recognition. It offers a broad perspective on the evolution of BIM.
This concise guide shows how BIM-related technologies can facilitate the successful management of construction and infrastructure projects. It focuses on core project management areas and how BIM can improve collaboration, communication, and coordination. It's a practical resource for project managers.
Is an excellent starting point for anyone new to electrical systems or looking for a broad overview. It covers fundamental concepts in a clear and accessible manner, making it suitable for high school students and those beginning undergraduate studies. It's more of a foundational text than a comprehensive reference.
This comprehensive reference covers the design and integration of mechanical and electrical systems in buildings. It provides the necessary technical background for developing detailed and coordinated MEP shop drawings, which are crucial for the accurate installation of building services. It widely used textbook and professional resource.
This hypothetical book would explore the use of Dynamo specifically for architectural design tasks, including complex form generation, facade design, and performance analysis. It would showcase how Dynamo can be a powerful tool for architects in their design and analysis workflows.
This text bridges the gap between structural design principles and the practical creation of steel fabrication drawings. It is valuable for students and professionals seeking to understand the interplay between design requirements and the details shown in shop drawings for steel structures. It can serve as a textbook for drafting and design courses.
Focuses on the entire process of creating and managing construction documents, highlighting the importance and role of shop drawings within this larger framework. It practical guide for understanding the administrative and coordination aspects related to shop drawings on a construction project.
A classic and comprehensive book covering a wide range of electronic circuits and design techniques. While it delves into depth, its practical approach makes it valuable for both students and hobbyists. It's an excellent resource for hands-on understanding and design inspiration.
Delves into using Dynamo for design automation and data management within Revit. It covers topics like generative design and data exchange, making it relevant for users looking to go beyond basic scripting. It serves as a valuable reference for intermediate to advanced users.
Focuses on the digital tools and techniques used in contemporary design and documentation, including 3D modeling which is increasingly the basis for generating shop drawings in a BIM environment. It is relevant for understanding the digital workflows that are becoming standard in the industry.
Part one of a two-part series, this book focuses on the fundamentals of Revit MEP using metric units. It is designed to introduce users to the interface and basic MEP components, providing a solid foundation for beginners. This core text for gaining initial proficiency.
Specifically addresses the use of Dynamo within Autodesk Civil 3D, focusing on automating tasks and design workflows in civil engineering projects. It specialized resource for Civil 3D users looking to leverage the power of visual programming. It valuable reference for professionals in the civil infrastructure domain.
Is an edited compilation of essays exploring BIM's potential to improve architectural design. It provides insights into current practice and research directions and speculates about the future of BIM. It's valuable for understanding the evolving role of BIM in architectural practice.
Specifically addresses the electrical systems found in automobiles, covering wiring, diagnostics, and repair. Highly relevant to the automotive-related courses mentioned. Practical guide for technicians and enthusiasts.
This is the first part of the fundamentals guide for Revit MEP 2023 using metric units. It introduces the user interface and basic components, serving as a core resource for beginners to gain a broad understanding of the software's capabilities for MEP design.
Delves into the vast design potential of BIM, illustrated through investigations of built work, interviews, and challenging projects. It presents an inventive take on modern practices and highlights practical advantages and theories. It valuable read for those interested in pushing the boundaries of BIM in design.
Focuses specifically on the development of BIM content, including standards, strategies, and best practices. It valuable resource for those involved in creating and managing BIM object libraries and models.
Continuing from Part 1, this book delves deeper into creating 3D parametric models of MEP systems using imperial units. It builds upon the foundational knowledge and is suitable for users looking to expand their skills and understanding of more complex system creation and documentation.
Focuses on design integration across architecture, structure, and MEP disciplines within Revit. It's highly relevant for understanding contemporary BIM workflows and how Revit MEP fits into a collaborative project. It's suitable for users looking to deepen their understanding of interdisciplinary coordination and is valuable for both students and professionals.
This textbook covers basic and advanced workflows in Revit MEP 2021 for MEPF projects. It provides a detailed description of tools and concepts, making it suitable for gaining a broad understanding and deepening knowledge. The inclusion of tutorials and exercises makes it practical for learning by doing.
This fundamental guide for Revit MEP 2022 introduces users to the interface and basic components for creating 3D parametric models of MEP systems. It's a good starting point for beginners and helps solidify core skills through a project-based approach.
Covers the practical applications of BIM for the construction industry and discusses the concept of the worldwide BIM-Storm. It provides a practical understanding of BIM for a wide audience, including students, architects, engineers, owners, builders, managers, and educators.
Focuses on the implementation of BIM specifically within the architectural industry. It offers insights and guidance for architectural practices looking to adopt and successfully implement BIM workflows and processes.
Provides guidance on the legal and contractual issues related to operating under BIM. It explores how BIM and VDC affect construction disputes and offers methods for analyzing claims. It's an essential reference for understanding the legal landscape of BIM.

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