🚀 Revit 2017 – MEP
Mechanical, Electrical & Plumbing Modeling with Revit
🟢 Revit software helps engineers, designers, and contractors across the MEP (mechanical, electrical, and plumbing) disciplines model to a high level of detail and easily coordinate with building project contributors. Revit is a design and documentation platform that supports the design, drawings, and schedules required for building information modeling (BIM), and allows for coordination among all team members.
📘 Course Details
🟢 Skill Level: Beginner Level
🟢 Language: English
🟢 Captions: Yes
🟢 Available on: iOS and Android
📘 What You’ll Learn
🟢 Revit & BIM Technology: Starting the software and recognize user interface. Control the saving reminder, assign default view discipline, apply color theme, customize the keyboard shortcuts, control the working of double-click mouse, and place the location of ready-made templates and library files. The safe and easy way to open the standalone file. Assign a starting view. Recognize project user interface.
🟢 Constraints & Element Relations: Making relations between elements using Constraints. The difference between type properties and instance properties. Ways to select the various kinds of elements in a project. The function of TAB key. Create, save and modify a selection. How to control size of the element graphically.
🟢 Basic Creation & Editing Tools: Creating a Revit project upon coordination type, the unit, and Discipline. Adding project information. Linking a Revit model to a host model. The new addition in Revit 2017, Project base point option. Copy and Monitor levels to track any changes in model. Creating floor and ceiling plan views. Creating new views using 3 types of duplicating options. Arranging files in project browser.
🟢 Energy Analysis & Conceptual Design: Create a mass for a conceptual design, then create a mass floor at each level defined in the project. Create an energy model, based on the Revit architectural model. Place rooms in the building model. Specify conceptual types for energy analysis. Specify the project location. Export the model with analytical volumes to a gbXML file.
🟢 Spaces, Zones & Load Analysis: Place spaces in the areas of the building. Use the zone tool to define spaces that can be controlled by environmental control systems, such as heating, cooling, and humidity control systems. Select a service type from more than 20 options. Use the Building/Space Type Settings dialog to specify default building type settings, including operational hours. Specify material thermal properties of building elements for energy analysis. Generate the energy analysis. Send the energy model to the cloud for simulation and analysis. Perform a Heating and Cooling Loads Analysis and recognize the heating and cooling loads report.
📘 Requirements
🟢 This course is designed for beginners. Install Autodesk Revit 2017.
📘 Target Audience
🟢 Mechanical Engineer
🟢 Designers
🟢 Students in mechanical engineering department. Beginner, Intermediate, and Advanced users will learn the MEP functions of Revit.
📦 What You’ll Get When You Subscribe
✅ Lifetime access to lectures on Udemy for distance learning
✅ Working files for practice
✅ Continuous follow-up with the instructor
✅ Certificate of completion to boost your CV
✅ Autodesk account activation for 3 years
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