ACP Revit Mechanical study plan

Build a working HVAC project template with spaces, zones, and system browser organization in place

Model a complete supply, return, and exhaust duct layout for a two-story office using the correct system classifications

Configure duct sizing and pressure-loss settings, then run and interpret a duct pressure report

Set up worksets and a central model so later collaboration practice has a realistic base

Create and assign analytical spaces and zones that match the architectural room boundaries

Resolve space/zone mismatch warnings until the systems browser shows no unassigned spaces

Model hydronic piping for a fan coil and VAV reheats, including correct pipe types and fittings

Adjust duct and pipe routing for clearance against structure using interference checking

Model a sanitary and vent system with correct slopes, invert elevations, and fixture connections

Build a domestic cold and hot water system with a recirculation loop and correct pipe sizing

Configure pipe sizing tables and run a sizing calculation on at least two systems

Set up and verify system classifications, abbreviations, and graphical override schemes

Model a fire protection sprinkler layout with a riser, mains, branches, and heads on a ceiling grid

Create a detailed equipment room layout with pumps, water heater, and backflow assembly

Add pipe insulation, lining, and accessory families and verify they schedule correctly

Produce a coordinated composite section through a congested mechanical room

Link architectural and structural models, then copy and monitor key levels and grids

Set up shared coordinates across three linked models and verify positions after reload

Create and assign worksets, then simulate a multi-user editing session with element borrowing

Configure a project template with view templates, filters, and a browser organization scheme

Build a parametric air terminal family with instance parameters, connectors, and a lookup table

Create a pipe fitting or valve family with correct connector behavior and flow configuration

Nest a shared family and verify it schedules and tags independently

Test family behavior by flexing parameters and resolving constraint errors

Build calculation schedules for airflow, pressure drop, and pipe sizing that update from the model

Create a color-fill legend and view filter set for space and zone analysis

Produce a sheet set with plans, risers, schedules, and a cover sheet using consistent titleblocks

Run an interference check and export a clash report with assigned responsibilities

Complete a full timed practice project from template setup through sheet output

Audit the model for warnings, unused families, and purgeable content, then document fixes

Review weak areas from earlier weeks and rebuild one failed workflow from scratch

Practice explaining workflow decisions aloud for scenario-style questions