ACP Revit Architecture study plan

Configure a project template with levels, grids, and worksets before drawing any geometry.

Build a small two-story massing model using walls, floors, and roofs, then verify join behavior at wall-to-roof intersections.

Create and modify curtain wall systems with custom mullion and panel types.

Audit a model for warnings and resolve at least ten of them without deleting elements.

Model stairs, railings, and ramps that satisfy a stated riser and tread rule, then adjust the rule and confirm the geometry updates.

Place and constrain doors and windows using host-based families and verify they cut hosts correctly.

Draft a set of model groups and linked-file workflows for repeated floor layouts.

Produce a room and area schedule from the model and reconcile it against a manual count.

Set up sheets at a consistent scale with titleblocks, view titles, and north arrows.

Create plan, section, and elevation views with correct view range, detail level, and discipline settings.

Apply dimension strings and spot elevations to a plan and clean up overlaps.

Annotate a wall section with keynotes and a material tag legend.

Build a view template that enforces category visibility, scale, and detail level across multiple views.

Create schedules with calculated values and filters, then place them on a sheet.

Generate a legend view for a door type family and link it to the door schedule.

Produce a revision with a revision cloud, tag, and revision schedule on a sheet.

Enable worksharing, create worksets, and synchronize with central while documenting the workflow steps.

Set up a linked architectural model and coordinate shared coordinates between two files.

Run an interference check between structural and architectural elements and export the results.

Configure project browser organization and a shared parameter file for office standards.

Create and apply a phase mapping so existing, demolished, and new work display correctly in plans.

Build a design-option study with two alternatives and switch between them on a sheet.

Export a model to a neutral format and document what geometry and data survive the round trip.

Draft a QA checklist for model handoff covering naming, warnings, and links.

Build a parametric door family with nested panels, type parameters, and a working visibility switch.

Create a profile family and use it to drive a sweep or railing.

Construct a formula-driven array family and flex it across three parameter values.

Add a shared parameter to a family and surface it in a project schedule.

Complete a timed full-length practice exam and log every missed item by domain.

Re-model the weakest three missed topics from scratch without notes.

Review flagged reference material for the two lowest-scoring domains.

Write a one-page personal error-pattern summary for exam-day review.