Free online assessment

Assess your Autodesk Inventor skills for free

45-question technical assessment drawn from a 72-question bank to place a learner in Autodesk Inventor and recommend the most useful training modules.

This assessment measures knowledge and produces a practical diagnostic. Modules are recommended after the test; they are not an offer of paid courses.

What is assessed

Questions about practical workplace skills

The test covers different areas of the software, including beginner, intermediate and advanced questions. The score and skill-area breakdown help reveal strengths and topics to revisit.

This is not an official certification and should not be the sole factor in an employment decision.

Who can use it

mechanical designers and product engineers

  • Employees and applicants.
  • HR professionals.
  • Employers, managers and team leads.
Assessment learning framework

Modules that may appear in your recommended plan

The topics below form the recommendation framework associated with this assessment. The system selects priorities using individual answers and proposes a plan to use independently with a provider of your choice. We do not deliver these courses through this website.

01
Topic M01

Projects, files and Inventor environment

Practical 3-hour module covering IPT part file, IAM assembly file, IDW/DWG drawing file, and Inventor project.

  • model an individual part or component
  • combine and constrain multiple components
  • document parts and assemblies on 2D sheets
  • define search paths and resources used by a set of files
3 h
02
Topic M02

Sketches and constraints

Practical 3-hour module covering 2D sketch, Geometric constraint, Parametric dimension, and Construction geometry.

  • define profiles and references that drive part features
  • control relationships such as parallelism, perpendicularity, or concentricity
  • numerically control sketch size and position
  • create sketch references that do not directly form the consumed profile
3 h
03
Topic M03

Part features

Practical 3-hour module covering Extrusion, Revolve, Work feature, and Fillet.

  • add or remove material from a profile
  • create a feature by rotating a profile around an axis
  • create a reference plane, axis, or point for other features
  • round edges according to a defined radius
3 h
04
Topic M04

Parameters and design variants

Practical 3-hour module covering Model parameter, User parameter, Parameter equation, and iPart.

  • represent a dimension or value created by features and constraints
  • create a named variable to drive multiple features
  • link dimensions through functional relationships
  • generate a family of part variants from a table
3 h
05
Topic M05

Assemblies, constraints and joints

Practical 3-hour module covering Assembly constraint, Joint, Degrees of freedom, and Grounded component.

  • position components by removing selected degrees of freedom
  • explicitly define position and degrees of freedom between components
  • describe remaining component translations and rotations
  • lock a component as a stable assembly reference
3 h
06
Topic M06

Sheet metal, frames and standard components

Practical 3-hour module covering Sheet metal rule, Flat pattern, Frame Generator, and Content Center.

  • standardize thickness, bends, and other sheet metal settings
  • generate manufacturing geometry for the unfolded sheet metal part
  • create a structure from standard profiles along a skeleton
  • insert standard components from libraries
3 h
07
Topic M07

Drawings, BOMs and documentation

Practical 3-hour module covering Drawing view, Bill of Materials, Parts list, and Drawing annotation.

  • place an associative representation of a part or assembly
  • manage assembly component structure and properties
  • present the bill of materials on a drawing
  • add dimensions, balloons, and notes to the deliverable
3 h
08
Topic M08

iLogic and automation

Practical 3-hour module covering iLogic rule, iLogic form, Exported parameter, and Event trigger.

  • automate configuration logic and actions in models
  • provide a simple interface for changing controlled parameters
  • make a value available for other uses such as BOM or automation
  • automatically run a rule on a defined event
3 h
09
Topic M09

Performance, analysis and mechanical quality

Practical 3-hour module covering Interference, Stress analysis, Level of Detail representation, and Design Doctor.

  • detect component volumes that overlap in an assembly
  • evaluate structural response of a part or assembly using available tools
  • reduce loaded assembly complexity for selected uses
  • diagnose selected failed features or references
3 h
Assessment output

Actionable insight, not a sales pitch

The report provides an overall score, category breakdown and recommended modules. Use it to inform development discussions, document progress or complement candidate assessment.

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45 questions and a suggested development plan. No course enrollment.

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