Revit MEP- Heating and Cooling Pipework- HVAC

3D Modeling in HVAC pipework; learn hydronic system type, pipe fittings, valves, equipment family modeling

4.72 (9 reviews)
Udemy
platform
English
language
Architectural Design
category
instructor
Revit MEP- Heating and Cooling Pipework- HVAC
3,052
students
4 hours
content
Jan 2024
last update
$49.99
regular price

What you will learn

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

Why take this course?

šŸš€ **Course Title:** Revit MEP - Heating and Cooling Pipework: Master HVAC Systems with Autodesk Revit šŸ¢šŸ’§ **Headline:** 3D Modeling in HVAC pipework; learn hydronic system types, pipe fittings, valves, & equipment family modeling! --- **Course Description:** šŸŽ“ **Note:** This is a *project-based* course where all the topics are examined on real-world projects. If you have a basic understanding of Heating and Cooling systems and their implementation details, this course will guide you through the best methods for modeling these systems within Revit MEP. Who Should Take This Course? - Are you familiar with Heating and Cooling systems in buildings? - Do you have knowledge of how Heating and Cooling systems are implemented? - Have you ever wondered what the best method is for modeling these systems? This course is designed for mechanical and architectural engineers who wish to master the technical, modeling, and implementation aspects of HVAC piping within Revit MEP. You'll learn how to handle projects with existing architectural and code plans efficiently and effectively. --- **Course Outline:** šŸš€ **Project-Oriented Approach:** This course will take you from the initial project settings to the final modeling of HVAC equipment, ensuring a comprehensive understanding of the entire process. šŸ” **Hands-On Learning:** Through practical examples and step-by-step instructions, you'll become proficient in: - Heating and Cooling Pipe Modeling - Defining fittings - Identifying interferences - Placing valves correctly - Modeling VRF (Variable Refrigerant Flow) and Fan Coil Families - Resolving various warnings - Adjusting the Project Browser Palette - Creating new fitting definitions - Configuring Autocad drawings to match your Revit MEP models. šŸ“š **Real-World Application:** You'll learn how to apply these skills to real-world scenarios, ensuring that you are prepared for various projects upon completion of the course. --- **Why Enroll in This Course?** āœ… **Practical Skills:** Learn by doing, with practical examples and project-based learning that will prepare you for real-life HVAC modeling challenges. šŸ” **Detailed Instructions:** From the basics of fittings to complex equipment families, each aspect of HVAC modeling is covered in detail. šŸ¤ **Personal Guidance:** Feel free to ask me, Amir Karami, any questions during the course. I'm here to guide you through the learning process and ensure your success. šŸ† **Professional Development:** By mastering Revit MEP, you will stand out as a professional in Building Information Modeling (BIM) and MEP systems. --- **Enroll Now & Start Your Journey to Become an HVAC Modeling Expert with Revit MEP!** šŸŒŸ Don't miss this opportunity to elevate your skills and become a specialist in the field of MEP design. Enroll today and take the first step towards professional excellence in BIM! šŸš€

Screenshots

Revit MEP- Heating and Cooling Pipework- HVAC - Screenshot_01Revit MEP- Heating and Cooling Pipework- HVAC - Screenshot_02Revit MEP- Heating and Cooling Pipework- HVAC - Screenshot_03Revit MEP- Heating and Cooling Pipework- HVAC - Screenshot_04

Charts

Price

Revit MEP- Heating and Cooling Pipework- HVAC - Price chart

Rating

Revit MEP- Heating and Cooling Pipework- HVAC - Ratings chart

Enrollment distribution

Revit MEP- Heating and Cooling Pipework- HVAC - Distribution chart
5701038
udemy ID
12/9/2023
course created date
1/7/2024
course indexed date
Bot
course submited by