Principle of parametric design / difference between DAO and CAD
Fields of use
History of CAD, Bézier curve, …
PTC products and solutions (PLM> Windchill, augmented reality, IoT, Creo View, …)
About from PTC Creo Parametric
Competitor software (Solidworks, Catia, Inventor Pro, Fusion 360, NX, ect.)

The different types of models (Sketch, part, assembly, drawing, etc.)
Managing files
Working directory
Templates
Presentation of the interface
Handling and orientation
The menu bar
The Ribbon
The graphic area
Command window
Options / configuration editor / export a configuration

References (planes, axes, points,…)
Sketch orientation Sketch
tools (line, rectangle, circle, arc,…)
Sketch palette Sketch
modifications (move, copy, rotate, mirror…)
Constraints d ‘sketch
Dimensions and relation between dimensions
Creation of reference planes and axes
Construction mode

Workshop: creation of a profile for extrusion

Creation of reference elements: plane, line, point, coordinate system
Navigation in the model tree and parameters
Extrusion and material removal functions (straight line, revolution, sweep, etc.)
Parameterized functions (standard holes, fillet , chamfers, shell, rib)
The functions of repeat, symmetry, thicken, project

Workshop: creation of a simple part with the functions of extrusions and  revolutions Workshop: creation of a simple part with the functions of sweeps, smoothing

Insertion of components
Placement constraints (rigid, pivot connection, slide, ect.)
Repetition and symmetry of components
Library parts
Replace a component
Exploded assembly
Analysis of the assembly View
manager (Explode, orientation, appearance, simplified representation, style , sections)
Preparation of the assembly for the drawing

Workshop: Basic assembly of several components

Insertion of the different views (Projected view, section, detail, etc.)
Free dimensioning and imported dimensioning
Establishment of mechanical / geometric tolerances
Creation of annotation

Workshop: Drawing of a part