# What courses are there for PCB students

## SOLIDWORKS Fundamentals | On-line

Lesson 1: SOLIDWORKS Basics and User Interface

• Fundamentals of a feature-based, parametric volume modeller
• Difference between sketched and applied features
• SOLIDWORKS user interface
• Design plans and their effects

Lesson 2: Introduction to Sketching

• Create a new single part
• Insert a new sketch
• Add sketch geometry
• Create sketch relationships
• Recognize the status of the sketch
• Extrude a sketch / create a solid

Lesson 3: Part Modeling Basics

• select the best sketch profile to sketch
• Choosing the correct sketch plane
• Carry out a sketch as a cut
• Creating holes with the hole wizard
• Create a solid fillet
• Using Edit Sketch, Edit Feature, and Insert Mode
• Create a simple drawing
• Change dimensions
• Detect associativity between the model and associated drawings

Lesson 4: Symmetry and draft

• use the commands to view and modify the view
• Edit the definition and parameters of a feature and rebuild the model
• Enter the design plan with the end conditions "To next" and "Middle"
• Apply symmetry in the sketch

Lesson 5: Pattern Creation

• Create a linear pattern
• Create a circular pattern
• Use geometry pattern correctly
• Creation of reference geometries - reference planes & axes
• Create a mirror pattern
• Using the "Pattern for source element only" option
• Create a sketch-driven pattern
• Automatically fully define sketches

Lesson 6: Rotation Features

• Create rotation features
• Apply certain dimensioning methods to sketches for revolved features
• Use the multibody solid method
• Create an extrude feature
• Calculate the physical properties of a part
• Carry out an initial stress analysis

Lesson 7: walls and reinforcement ribs

• Apply draft to model faces
• Perform wall operations to select a part
• Use the reinforcement rib tool
• Create thin features

Lesson 8: Editors - Repairs

• Recognize and understand various problems in one part
• Resolve problems with sketch geometry
• Use the insertion bar
• Repairing freestanding dimensions and relationships
• Use the FeatureXpert to troubleshoot fillet problems

Lesson 9: Editing - Design Changes

• Effects of modeling techniques on the possibilities of modifying a single part
• Use the tools available to machine a part
• Define the shape of a part with sketch outlines

Lesson 10: Configurations

• Link values ​​with global variables
• Create equations
• Use configurations to represent different variations of a part
• Suppression of features
• Configure dimensions
• Understand the effects of changing parts with configurations
• Use the design library

Lesson 11: Using Drawings

• generate different types of drawing views
• Align drawing views
• Add annotations & dimensions

Lesson 12: Bottom-Up Assembly Modeling

• Create assemblies
• Inserting components
• Linking and aligning components
• Edit and manage assemblies using the FeatureManager design tree
• Inserting sub-assemblies
• Use part configurations in assemblies

Lesson 13: Using Assemblies

• Calculation of the mass properties
• Create exploded views
• Adding explode lines
• Creation of parts lists
• Copy parts lists in drawings