Software training across Canada

Autodesk Inventor training adapted to the actual level

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

Autodesk Inventor diagnostic: practical skills, workflows and training priorities.

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Approach

Build the path around observed needs

The free assessment helps separate concepts already mastered from those that deserve training. The final path can then be adjusted to the organization’s tasks, context and objectives.

The diagnostic is not an official certification. It is used to guide training decisions.

Intended audience

mechanical designers and product engineers

Employees and professionals.
Managers and HR teams.
Training coordinators.
Groups to be organized by skill level.

Visible content

Autodesk Inventor training modules

The modules below come from the catalogue used by the recommendation engine. Their order and depth are adapted after the assessment or engagement analysis.

Module 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

Module 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

Module 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

Module 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

Module 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

Module 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

Module 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

Module 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

Module 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

Canada

Availability for provinces and territories

JFL Media can receive requests from anywhere in Canada. Delivery terms, time zone, availability, location and pricing are confirmed for each engagement.

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Before training

Complete the assessment or describe the need precisely.
Choose modules and confirm duration.
Confirm delivery terms, availability and price.

Next step

Start by establishing the Autodesk Inventor level.

The assessment is free and produces a detailed report that can be used to prepare a focused path.

Start the assessment