Revit MEP - Mechanical / HVAC systems - AulaGEO

🌟 Revit MEP - Energy and Mechanical Design with BIM 🏫

Course Headline: Dive into the world of sustainable building design with our comprehensive Revit MEP course. Master energy analysis, mechanical systems design, and harness the full power of Building Information Modeling (BIM) to create efficient and effective designs. Enroll now to transform your approach to mechanical design!

Course Description: In this transformative online course from AulaGEO Academy, we will delve into the intricacies of Revit MEP, focusing on its application in energy analysis and mechanical/HVAC systems design. This course is meticulously structured to guide you through each step, from setting up templates with mechanical configurations to conducting thorough thermal load analyses. You'll learn how to enter vital energy information into your model and use it for detailed reports outside of Revit, ensuring that every aspect of your design is both efficient and precise.

What You'll Learn:

🎓 Week 1: Introduction

• Overview of the course and what to expect.
• Introduction to Revit MEP and its role in BIM.

🏗️ Design & Analysis Phase

• Templates with Mechanical Configurations: Learn how to prepare your templates for complex mechanical systems. (Lecture 2)
• Collaborative Work: Understand how to use links and shared parameters for collaborative projects. (Lecture 3)
• Creating Spaces & Zones: Master creating spaces and zones that are crucial for energy analysis. (Lectures 4-8)

🔬 Energy Analysis

• Thermal Load Analysis: Discover how to analyze the thermal load on buildings to optimize design. (Lecture 10)
• Load Analysis & Climate Data: Learn to perform load analyses and select appropriate climate data for accurate energy modeling. (Lectures 11-13)

📊 Reporting

• Level of Detail in Reports: Understand the importance of report detail levels and how to adjust them. (Lecture 14)
• Thermal Load Reports: Learn to generate comprehensive thermal load reports. (Lectures 15-16)

🔧 Systems & Details

• Export gbXML to Simulation Software: Export your Revit model for use in energy simulation software. (Lecture 17)
• Systems Explorer & Mechanical Configurations: Use the Systems Explorer to configure mechanical systems within your design. (Lectures 18-19)

Mechanical System Design

• Duct and Pipe Systems: Learn the process of creating logical duct and pipe systems, including connectors and routing. (Lectures 20-24)
• Mechanical Equipment & Routing Schemes: Place terminals, mechanical equipment, and create routing schemes for efficient airflow and hydronic design. (Lectures 25-27)

Piping Systems & Size Adjustments

• Manual Routing & Duct Sizes: Master manual routing techniques and adjust duct sizes based on design requirements. (Lectures 28-29)
• Mechanical Pipe Routing & Editing: Learn to place, edit, and size mechanical pipes for optimal performance. (Lectures 31-33)

Final Steps

• Farewell: Wrap up the course with insights into best practices and next steps in your BIM journey. (Lecture 35)

By the end of this course, you will have a solid understanding of how to integrate energy analysis into your design workflow using Revit MEP. You'll be equipped with the skills to create detailed mechanical systems and perform advanced analyses that are essential for high-performance building design. Whether you're a seasoned professional or just starting out, this course will elevate your expertise in BIM and energy modeling.

Join us at AulaGEO Academy and embark on a journey to master Revit MEP for energy-efficient mechanical designs! 🌱

Enroll now and take the first step towards becoming a BIM expert in mechanical systems design!