Revit MEP- Heating and Cooling Pipework- HVAC from Udemy

Note: This is a project-based Course where all the topics covered have been examined on real-world projects.

Do you have familiarity with the Heating and Cooling system of buildings?
Do you have knowledge of the implementation details of the Heating and Cooling system?
Do you know what method to use for modeling the Heating and Cooling system?

This course covers technical, modeling, and implementation aspects simultaneously, making it practical for mechanical and architectural engineers. It guides you through project settings and modeling from scratch, allowing you to easily handle any project with existing architectural and code plans. The training is project-oriented, taking you from start to finish, and includes modeling HVAC equipment. Upon completion, you'll be proficient in heating and cooling pipe modeling, ready to tackle various projects.

Headlines:

Definition of Fittings
Identification and Interferences
Valves Placement
Modeling VRF and Fan Coil Families
Resolving Various Warnings
Adjusting Project Browser Palette
Defining New Fittings
Configuring Autocad drawings
Heating and Cooling Pipe Modeling

Please watch this course and feel free to ask me any questions you have while watching it. Additionally, during learning Heating and Cooling System, ask me questions so that I can guide you. Enroll now for being professional in BIM and MEP.

What's inside

Learning objectives

Definition of size and fittings
Identification and resolution interferences
Valves placement
Modeling vrf and fan coil families
Resolving various warnings

Adjusting project browser palette
Defining new fittings
Configuring linking autocad drawings
Heating and cooling pipe modeling

Definition of size and fittings
Identification and resolution interferences
Valves placement
Modeling vrf and fan coil families
Resolving various warnings
Adjusting project browser palette
Defining new fittings
Configuring linking autocad drawings
Heating and cooling pipe modeling

Syllabus

Project Browser Window

Plan Reading

Parking Project (Cooling and Heating Pipes)

Pipe Setting

Drawing Pipelines

Clash Detection

Parking Project (Drain Pipes)

Modeling Drain Mainline

Modeling Drain Branches

VRF Family

Choosing Right Template

Modeling Family (Part 1)

Modeling Family (Part 2)

Duct & Pipe Connector

Family Types

Fan Coil Family

Family Parameters

Family Modeling (Part 1)

Family Modeling (Part 2)

Creating Family Types

Family Placement

Connecting Pipes to Fan Coil

Connecting Duct & Pipes to Fan Coil

Bonus Section

Bonus Lecture

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Covers technical, modeling, and implementation aspects simultaneously, making it highly relevant for mechanical and architectural engineers seeking practical skills

Guides learners through project settings and modeling from scratch, enabling them to confidently handle projects with existing architectural and code plans

Focuses on heating and cooling pipe modeling, which is a core skill for professionals working in BIM and MEP fields

Includes adjusting the project browser palette, which can improve the workflow and efficiency of Revit users

Requires familiarity with heating and cooling systems, suggesting it is designed for those with some existing knowledge in the field

Involves configuring AutoCAD drawings, implying that learners should have access to and familiarity with AutoCAD software

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- Heating and Cooling Pipework- HVAC with these activities:

Review HVAC Fundamentals

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Reinforce your understanding of HVAC principles to better grasp the Revit MEP modeling process.

Browse courses on HVAC Systems

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Review basic thermodynamics concepts.
Study different types of HVAC systems.
Familiarize yourself with HVAC components.

Revit MEP Step by Step 2022 Metric Edition

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Study Revit MEP Step by Step to learn the software's interface and tools, improving your modeling efficiency.

View Putting Knowledge to Work on Amazon

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Obtain a copy of Revit MEP Step by Step.
Work through the exercises in the book, focusing on HVAC-related topics.
Experiment with different settings and options to deepen your understanding.

ASHRAE Handbook - HVAC Systems and Equipment

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Consult the ASHRAE Handbook to gain a deeper understanding of HVAC systems and equipment, enhancing your modeling accuracy.

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

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Obtain the latest edition of the ASHRAE Handbook.
Review relevant chapters on HVAC systems and equipment.
Take notes on key concepts and design considerations.

Four other activities

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Show all seven activities

Model a Simple HVAC System in Revit

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Practice modeling a basic HVAC system in Revit to solidify your understanding of the software's tools and workflows.

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Create a new Revit project using the appropriate template.
Model the basic architectural elements of a building.
Add HVAC equipment and connect them with pipes.
Run clash detection to identify and resolve interferences.

Follow Advanced Revit MEP Tutorials

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Explore advanced Revit MEP tutorials to learn specialized techniques and workflows for complex HVAC systems.

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Search for tutorials on advanced Revit MEP topics.
Follow the tutorials step-by-step, pausing to understand each concept.
Apply the learned techniques to your own Revit projects.

Create a Presentation on HVAC Pipe Sizing

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Develop a presentation explaining the principles of HVAC pipe sizing to reinforce your knowledge and communication skills.

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Research HVAC pipe sizing methods and best practices.
Create slides with clear explanations and visuals.
Practice presenting the material to a peer or colleague.

Design HVAC System for a Small Building

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Undertake a project to design an HVAC system for a small building using Revit MEP, applying the knowledge and skills gained in the course.

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Obtain architectural plans for a small building.
Design the HVAC system, including equipment selection and pipe layout.
Model the HVAC system in Revit MEP.
Perform clash detection and resolve any interferences.
Generate construction documents for the HVAC system.

Career center

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

BIM Modeler

A BIM modeler creates detailed 3D models of buildings and their systems, often working closely with engineers and architects. A BIM modeler will benefit from the material in this course to model HVAC systems. This course's comprehensive approach, from project settings to the modeling of HVAC equipment, provides a practical background for real-world projects. Learning to resolve warnings and understanding project browser palettes allows a BIM modeler to integrate their work into various types of projects. This course is especially beneficial for improving practical skills in BIM for those wishing to become BIM modelers.

See salaries and explore the career path for BIM Modeler

Mechanical Engineer

A Mechanical Engineer designs, develops, and tests mechanical devices, including heating, ventilation, and air conditioning systems. This course helps a mechanical engineer build a foundation in the modeling and implementation of heating and cooling systems, particularly with project-based training using Revit. The course's focus on real-world projects and modeling elements such as VRF and fan coil families is especially relevant, allowing them to efficiently plan and optimize designs for various projects. A mechanical engineer should take this course to gain expertise in the practical side of HVAC system modeling with a focus on pipework.

See salaries and explore the career path for Mechanical Engineer

HVAC Designer

An HVAC designer specializes in creating efficient and effective heating, ventilation, and air conditioning systems for buildings. This course may be useful to an HVAC designer in providing hands-on experience in heating and cooling pipe modeling within a BIM environment using Revit. With practice in identifying interferences, placing valves, and configuring autocad drawings, this course will help an HVAC designer work confidently on projects and make use of practical knowledge. Those wishing to become an HVAC designer should enroll in this course to learn the practical aspects of implementation of pipework.

See salaries and explore the career path for HVAC Designer

MEP Coordinator

An MEP Coordinator oversees the planning, design, and coordination of mechanical, electrical, and plumbing systems in construction projects. An MEP coordinator will find this course helpful as it provides knowledge of heating and cooling system modeling, specifically with focus on pipework within a BIM environment using Revit. The course includes topics such as clash detection, resolving warnings, and configuring autocad drawings. This course helps an MEP coordinator better manage the complexities of integrated building systems. This is particularly useful to those wishing to become MEP coordinators.

See salaries and explore the career path for MEP Coordinator

Building Services Engineer

A Building Services Engineer designs and oversees the installation of building systems, including HVAC, and has a particular focus on the technical aspects of this work. This course may be helpful to a building services engineer by offering practical experience in the modeling of HVAC systems, specifically heating and cooling pipework. The course covers crucial aspects such as clash detection, and the modeling of VRF and fan coil families, providing a direct enhancement to practical skills. By taking this course, a building services engineer can increase their skills with practical modeling.

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Architectural Engineer

An Architectural Engineer integrates architectural design with engineering principles, often focusing on building systems. This course may be useful to an architectural engineer providing hands-on experience with modeling HVAC systems. By examining real-world projects, you can quickly grasp how pipework is implemented. The course also focuses on the practical aspects of implementation by looking at project settings and the modeling of HVAC equipment. An architectural engineer may take this course to be more well-versed with practical implementation.

See salaries and explore the career path for Architectural Engineer

Mechanical Drafter

A Mechanical Drafter creates technical drawings and plans for mechanical components and systems. This course may be useful to a mechanical drafter as it focuses on the modeling of HVAC systems, especially pipework within a BIM environment. The course's focus on real-world projects and the implementation aspects of HVAC systems will inform a mechanical drafter as to how designs are realized. A mechanical drafter can improve their design skills by taking this course.

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Design Engineer

A Design Engineer is responsible for the design and development of various products and systems, often utilizing CAD software. A design engineer would find this course helpful. It provides direct experience with designing and modeling HVAC pipework in Revit, which is a crucial element in building design. Understanding how to resolve warnings, place valves, and configure Autocad drawings enhances their overall skills. A design engineer can implement their designs more efficiently with this course. Take this course to improve your design skills.

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CAD Technician

A CAD technician creates technical drawings using computer-aided design software. This course may be useful for a CAD technician to help with HVAC systems, specifically pipework implementation. With coursework focused on project settings, modeling, and implementation, a CAD technician will be able to more effectively execute mechanical drawings. The course's focus on real-world projects helps ensure that a CAD technician is equipped to tackle practical concerns in their projects. Those looking to become a CAD technician could find this course useful.

See salaries and explore the career path for CAD Technician

Sustainability Consultant

A Sustainability Consultant advises clients on how to reduce their environmental impact and improve sustainability practices. This course may be useful for a sustainability consultant to understand the intricacies of HVAC systems, particularly heating and cooling pipe modeling. A sustainability consultant understands that better HVAC systems can reduce energy consumption and help with building sustainability. Gaining an understanding of modeling these systems will allow this consultant to better work with engineers to create green solutions. This course can help in this aspect.

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Plant Engineer

A plant engineer manages the design, installation, and maintenance of equipment and systems. This course may be useful for a plant engineer particularly with a focus on heating and cooling pipework. This course’s material on modeling HVAC systems, identifying interferences, and resolving warnings can help a plant engineer to better manage systems. A plant engineer should consider this course to improve their practical skills with HVAC systems.

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Energy Analyst

An Energy Analyst assesses energy use in buildings and identifies ways to improve efficiency with an eye towards systems such as HVAC. This course may be useful to an energy analyst as it provides an understanding of the design and implementation process of HVAC systems. The course's practical focus, including pipe modeling and family creation, helps an energy analyst to understand the practical side of implementing energy-efficient systems. This course is helpful towards working with HVAC systems.

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Project Manager

A Project Manager oversees construction projects from start to finish, ensuring they’re completed on time and within budget. This course may be useful for a project manager in better understanding the design and implementation process of HVAC systems, especially from the perspective of pipework. The course work is project-based, therefore it will aid them in understanding practical difficulties involved with coordinating such work. This course will allow a project manager to better grasp the intricacies of HVAC systems, which is fundamental to project success.

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Construction Manager

A Construction Manager directs construction projects, coordinating workers and ensuring adherence to schedules and plans. This course may be useful for a construction manager in providing insight into the technicalities of HVAC implementation, especially heating and cooling pipe modeling within a BIM environment using Revit. The project-oriented training, starting from project settings, gives an understanding of the practical challenges in the field. A construction manager would find this course helpful to understand the planning and implementation of HVAC systems.

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Facilities Manager

A Facilities Manager oversees the maintenance and operation of buildings and their systems, including HVAC. This course may be useful for a facilities manager as it provides a detailed understanding of heating and cooling system modeling, particularly with focus on pipework. This course can help a facilities manager with managing HVAC components by exposing them to the process of modeling it. By having an understanding of modeling, a facilities manager can better maintain their systems. Those interested in this role may find this course useful.

See salaries and explore the career path for Facilities Manager

Revit MEP- Heating and Cooling Pipework- HVAC

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