ACP Revit for Electrical Design study plan

Configure a project template with electrical-specific settings: voltage definitions, distribution systems, and load classifications

Set up worksets and a central model for a multi-discipline electrical project

Create a shared parameter file containing electrical circuit and panel parameters

Link an architectural model and acquire its coordinates to establish a shared origin

Define distribution systems and voltage ranges for the project's power and lighting circuits

Build or modify an electrical panel family with the correct panel schedule template association

Create a custom lighting fixture family with an electrical connector and light source

Create a custom receptacle family with a shared nested annotation symbol

Circuit lighting fixtures to a panel and verify circuit naming and load values

Lay out lighting fixtures in a reflected ceiling plan using a linked architectural ceiling

Place power devices in plan views using alignment and copy tools to maintain consistent spacing

Tag and annotate placed devices with a consistent tag family

Create panel schedules for the panels defined in week 2

Assign circuits to panels and balance loads across phases

Edit panel schedule templates to show the required columns and load summaries

Run a load calculation and verify total connected and demand loads against a manual check

Model conduit runs between panels and devices using the appropriate conduit types and fittings

Model cable tray runs and configure routing preferences for the project's tray sizes

Create a circuit schedule that lists circuits by panel, load, and wire size

Resolve circuiting conflicts caused by shared neutrals or multi-wire branch circuits

Annotate conduit and cable tray runs in plan and section views with size and elevation tags

Create a conduit and cable tray schedule summarizing lengths by type

Set up a sheet with a lighting plan, power plan, and panel schedule views

Add a legend and general notes to the sheet using a consistent annotation style

Perform a model review for warnings and resolve electrical-related warnings

Set up view templates for electrical plans and schedules to standardize documentation

Create a schedule of quantities for fixtures and devices using a schedule key

Prepare the model for collaboration by synchronizing with a central model and checking worksets

Complete a timed practice exam covering domains 2, 3, and 4

Review missed topics and correct any model errors identified in the practice exam

Recreate a panel schedule and circuiting scenario from memory without reference material

Finalize a personal checklist of exam tasks and verify each item is completed in a sample project