Online course "Electricity, Lighting, Lightning Protection, and Low-Current Networks"

Program

1. Introduction

• Demonstration of BIM use of BIM, BIM - CAD;
• Interface, start project template;
• Drawing linear objects;
• Drawing of curved objects;
• Revit object hierarchy;
• Levels and axes;
• Creation of species;
• Navigate by views.

2. Connection with the AR project. Introduction to ADSK templates

• ADSK EOM template;
• Loading AR model;
• Creating axes and levels;
• The concept of general coordinates;
• Uploading DWG drawings;
• Working with graphics - hiding / overriding graphics in the view.

3. Spaces. Marking. Specifications

• Creating and copying spaces;
• Color scheme of spaces;
• Creation of a brand family;
• Marking of spaces and other objects;
• Space specifications;
• System specifications;
• Checking the model using specifications;
• Using ready-made ADSK specifications.

4. Creation of a power supply system

• Placement of sockets, junction boxes, panels;
• Creation of working stresses;
• Creation of ES systems;
• Creation of electrical circuits;
• Changing the cable route;
• Manual drawing of circuits;
• Structural diagram of power supply;
• Creation of a directory of cable products;
• Creation of a reference book of installation methods with the number and type of fasteners.

5. Creation of a power lighting system

• Creating a directory of spaces for the required lighting;
• Mark spaces to obtain required/actual lighting;
• The concept of a general parameter;
• Placement of lamps;
• Marking/specification of spaces;
• Creation of an EO system;
• Drawing wires / cables in Revit;
• Conventional corrugated pipe;
• Creation of a directory of corrugated pipes;
• Working with graphics - view template.

6. Creation of Cable Routes

• Trays and boxes as elements of route drawing;
• Tracing exercises;
• Air ducts as elements of route drawing;
• Route specifications;
• Marking of cable route elements.

7. Creation of a low-current automatic fire alarm system and a low-current evacuation management system

• ADSK CC template;
• Placement of equipment of the ITV and Rubezh families;
• Families / designations / terminal connections of devices;
• Creation of APS and SOUE systems;
• Creating a structural diagram manually;
• Creating a structural diagram using a specification;
• Creating a connection diagram;
• Visibility filter;
• Creation of an APS plan and a SOUE plan;
• Working with graphics - view template.

8. Introduction to creating families

• Creation of a family of low-current devices from scratch / from a blank;
• UGO family;
• Placement of family geometry;
• Filling with parameters;
• Obtaining an image;
• Family testing;
• Creating a family from an imported DWG part.

9. Introduction to Collaboration

• RVT - RVT Collaboration;
• The concept of general coordinates;
• RVT - DWG collaboration;
• Checking and scaling DWG drawings;
• Collaborate on a single RVT file;
• Storage and local copies;
• Work sets.

10. Output to sheets. Printing. Export

• Leaf Family;
• Output of plans/sections to a sheet;
• Creating fragments on a sheet;
• 3D output to sheet;
• Output of specifications to a sheet;
• Export to DWG;
• Print to PDF.