Exam Details
Title: Autodesk Certified Professional – AutoCAD for Design & Drafting (code ACP-01101)
Target candidate: Professionals with advanced skills using AutoCAD—typically with 400 to 1 200 hours of experience.
Exam format: Multiple-choice questions (selected-response) rather than operating the software directly.
Time/length: Approximately 120 minutes.
Content domains and weightings:
Application & Drawing Management: ~22%
Design Annotation & Detailing: ~20%
Author & Edit Drawing Content: ~29%
Configure & Manage Design Output: ~16%
Collaboration: ~13%
Renewal/validity: Certification is valid for 3 years.
Topic / Objective Outline
Below are major topic areas with key sub-skills you should focus on (taken from the official exam objectives).
1. Application and Drawing Management (~22%)
Create/manage layers: assigning properties (color, linetype, transparency), filters, layer states.
Manage User Coordinate Systems (UCS): define, rotate, restore named UCS.
Query and manage object properties: using Properties palette, MEASUREGEOM, COUNT commands.
Customize the application environment: palettes, UI docking/hiding, customizing workspaces.
Maintain drawing health: AUDIT, RECOVER, PURGE, Drawing Recovery Manager.
2. Design Annotation & Detailing (~20%)
Create/apply annotation styles: text, dimensions, leaders, multileaders, tables.
Apply annotative scaling: managing scales for annotative objects (hatch, text, leaders, dimensions) so they display properly in viewports.
Add annotations: create/modify text, multileaders, dimensions, tables.
3. Author & Edit Drawing Content (~29%)
Reuse and leverage existing design content: blocks (attributes, library use), WBLOCK command, clipboard operations.
Create/edit geometry: arcs, polylines, offsets, boundaries/hatches, associative arrays (rectangular, polar, path).
Edit geometry with grips: multifunctional grips, alternate modify commands.
Draw/edit with precision: dynamic input, object snaps, specifying points in absolute/relative/polar coordinates.
4. Configure & Manage Design Output (~16%)
Configure production drawing output: named page setups, printer/plotter assignments, plot styles, paper size.
Create/manage layout viewports: non-rectangular viewports, clip, lock, layer control, viewport scale, annotation scale.
Plot/publish drawings: publish multiple drawings/sheets, eTransmit, sheet set manager.
Use Sheet Set Manager/Project Manager: create/modify sheets, subset management, generate sheet lists.
5. Collaboration (~13%)
Provide design feedback and collaboration: managing shared drawing files, using Traces, linking/referencing external files/data.
Preparation Tips
Ensure you’re comfortable working with the version of AutoCAD the exam is based on (use current version practice).
Practice real-world workflows: drafting, modifying, annotating, producing deliverables.
Time-yourself: since it’s a professional-level exam you need speed and accuracy.
Focus especially on the bigger content areas (Author/Edit Drawing Content ~29%, Application & Drawing Management ~22%).
Review the exam objectives PDF from Autodesk (linked in your region) and make sure you can perform each bullet item.
Use practice questions/simulated tests for scenario-based questions and for building confidence.
Examkingdom Autodesk ACP-01101 Exam pdf
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Sample Question and Answers
QUESTION 1
Exhibit
This image needs to be reproduced in AutoCAD. The wall and plaster lines need to be on separate layers.
After drawing the top wall line on the wall layer, then selecting it, what two options in the Offset
(OFFSET) command should be used to offset and place the resulting lines on the plaster layer? (Choose two.)
A. Specify Offset Distance
B. Select Current
C. Select Object
D. Select Layer
Answer: AD
Explanation:
The offset command is used to create parallel lines, concentric circles, and parallel curves1. To use
the offset command, you need to specify the offset distance and select the object that you want to offset23.
QUESTION 2
You are modifying an AutoCAD drawing for a customer.
You would like to bring your customers attention to a specific area of the drawing that you modified for review.
Which type of object is conventionally used?
A. A viewport
B. A construction line
C. A solid hatch
D. A revision cloud
Answer: D
Explanation:
The type of object that is conventionally used for this purpose is D. A revision cloud123. A revision
cloud is a way to highlight changes or revisions in a drawing by creating a cloud-shaped polyline
around them12. You can create a revision cloud by moving the mouse or by converting existing objects2.
You can also change the style, color, layer and properties of the revision cloud13.
QUESTION 3
DRAG DROP
Move three applicable xref options from the list on the left to the corresponding functions on the
right Xref options may be used once or not at all. (Select 3)
Answer:
Explanation:
QUESTION 4
Refer to the exhibit.
When working on this part created with AutoCAD solids, the dimensions of the shaded planes need to be established.
Which U’CS shows the correct size and shape of the shaded planes?
A. Face
B. Vertical
C. World
D. View
Answer: A
Explanation:
The UCS is a moveable Cartesian coordinate system that establishes the XY work plane, horizontal
and vertical directions, axes of rotation, and other useful geometric references1. You can change the
UCS origin and orientation for convenience as you specify points, enter coordinates, and work with drawing aids1.
The face option sets a new UCS based on a selected face of a 3D solid object2. This option will align
the XY plane of the UCS with the selected face and show its correct size and shape2.
QUESTION 5
You have three multileaders as shown in exhibit 1. (Refer to the exhibit 1 tab.)
You need to change the display of the multileaders to match the multileaders in exhibit. (Refer to the exhibit 2 tab.)
Which command should you use?
A. Align Leader
B. Collect Leader
C. Remove Leader
D. Add Leader
Answer: B
Explanation:
The command that you should use is B. Collect Leader1. The collect leader option groups multiple
leaders into one multileader object with a common landing line1. This option is useful when you
want to create a single label or callout for multiple objects2.
To use this option, you need to select the MLEADER command and then select Collect Leader from
the Options menu. Then you can select two or more existing multileaders that have similar
properties and press Enter. The selected multileaders will be collected into one multileader object with a common landing line1.
