CATIA V5
ENGR 250P - Part Design & Sketcher
1.5 credit hours
50 hour course
Prerequisites
Computer experience, Blueprint reading or equivalent.
Workbenches
Part Design, Sketcher
Description
This is the core course of CATIA V5. This course covers the creation of solid parts
without complex contours. Students will be introduced to the part environment of CATIA
V5 and learn how to work between the Sketcher and Part Design workbenches to create
individual parts.
Objectives
Upon successful completion of the course, the student will be able to create, constrain
and modify sketches; create and modify parts; perform boolean operations on parts;
integrate surfaces and apply materials to parts.
ENGR 250R - Assembly Design
1.5 credit hours
50 hour course
Prerequisites
Part Design & Sketcher (ENGR 250P)
Workbenches
Assembly Design, DMU Space Analysis, DMU Navigator
Description
This course covers the use of multiple parts to create an assembly. It also covers
the various analytical and navigation tools that are available within an assembly.
Students will be introduced to the product environment of CATIA V5 and learn how to
work with multiple parts between the Assembly Design, DMU Space Analysis and DMU Navigator
workbenches.
Objectives
Upon successful completion of the course, the student will be able to insert, manipulate,
constrain and modify components in an assembly; work with the links of the assembly;
create parts within the assembly structure; perform measurements, clash analyses and
section analyses; create scenes and annotated views; capture pictures and create xml
files for external use and utilize all of the navigation tools.
ENGR 250U - Wireframe & Surfaces
1.5 credit hours
50 hour course
Prerequisites
Part Design& Sketcher (ENGR 250P)
Workbenches
Generative Shape Design (Wireframe & Surfaces is a subset of GSD)
Description
This course is an extension of the part environment and covers the use of wireframe
and surface geometry to create complex contours. This course concentrates on the tools
available and how to integrate this geometry back into a solid part.
Objectives
Upon successful completion of the course, the student will be able to create and modify
wireframe geometry; create and modify surface geometry; perform operations on this
geometry; analyze curves and surfaces and utilize this geometry to create parts.
ENGR 250S - Drafting
1.5 credit hours
50 hour course
Prerequisites
Part Design& Sketcher (ENGR 250P)
Workbenches
Drafting
Description
This course covers the creation of engineering drawings. Students will be introduced
to the drafting environment of CATIA V5 and learn how to create drawings from parts
and products.
Objectives
Upon successful completion of the course, the student will be able to create and modify
views; create, generate and modify dimensions; create and modify annotations and symbols;
create 2D geometry and create title blocks or backgrounds.
ENGR 250W - Functional Tolerancing & Annotation
1.5 credit hours
50 hour course
Prerequisites
Part Design& Sketcher (ENGR 250P)
Workbenches
Functional Tolerancing & Annotation, Product Functional Tolerancing & Annotation
Description
This course is for those interested in model based definition, where the 3D model
is the master instead of the draft sheet. This course covers all of the necessary
options to properly apply tolerancing and annotations on the 3D part or product.
Objectives
Upon successful completion of the course, the student will be able to create views;
any geometrical or dimensional tolerance and annotation necessary to convey the design
intent of the 3D part using both manual techniques and the tolerancing advisor; create
captures to organize those specifications; filter the specifications; and create reports.
ENGR 250Y - Stress Analysis
1.5 credit hours
50 hour course
Prerequisites
Assembly Design (ENGR 250R)
Wireframes & Surfaces (ENGR 250U)
Workbenches
Generative Structural Analysis, Advanced Meshing Tools
Description
This course covers how to setup and perform stress analysis on parts and assemblies.
It covers how to apply meshes, setup restraints, apply loads and view the results.
Students will be introduced to the analysis environment of CATIA V5 and will learn
how to work between the analysis, part and product environments.
Objectives
Upon successful completion of the course, the student will be able to setup and modify
a mesh; establish restraints and loads on a part or product; view and manage the results;
utilize virtual parts; perform static and frequency analyses; work with assemblies
and their connections; and work with some of the advanced meshing tools.
ENGR 250X - Fitting Simulation & Kinematics
1.5 credit hours
50 hour course
Prerequisites
Assembly Design (ENGR 250R)
Workbenches
DMU Fitting Simulation, DMU Kinematics
Description
This course covers how to put assemblies into motion. It covers how to produce a fitting
simulation, which shows how an assembly is taken apart and/or put together, with analysis.
It also covers how to produce a kinematic simulation of a mechanism, which shows how
a mechanism operates, with analysis. Students will learn how to integrate fitting
simulation and kinematic tools together to produce an overall simulation which can
be made into a replay or an external video file.
Objectives
Upon successful completion of the course, the student will be able to create and modify
tracks and actions; create and modify sequences; create joints; create simulations
with and without laws; create replays or external video files; use the pathfinder
and perform analysis during simulations.
ENGR 250T - Prismatic Machining
1.5 credit hours
50 hour course
Prerequisites
Assembly Design (ENGR 250R)
Workbenches
Prismatic Machining
Description
This course is the beginning manufacturing course. This course covers the machining
operations involved in 3-axis milling. Students will be introduced to the process
environment of CATIA V5 and learn how to work between the process, part and product
environments.
Objectives
Upon successful completion of the course, the student will be able to build stock
material; define part operations; define machining operations; replay the machining
operations; modify machining operations to reflect part modifications and generate
Apt code for the machining process.
ENGR 250V - Surface Machining
1.5 credit hours
50 hour course
Prerequisites
Prismatic Machining (ENGR 250T)
Workbenches
Surface Machining, Advanced Machining
Description
This course is a continuation in the manufacturing environment. This course covers
the more advanced machining operations involved in full 3-axis and multi-axis machining.
Students will learn how to integrate the manufacturing tools available in Prismatic
Machining, Surface Machining and Advanced Machining.
Objectives
Upon successful completion of the course, the student will be able to machine complex
contours and part surfaces; use roughing, sweeping and reworking operations; integrate
tools from the machining workbenches; use multiple part operations; machine surfaces
and utilize multi-axis machining operations.
ENGR 250B - Knowledgeware
1.5 credit hours
50 hour course
Prerequisites
Assembly Design (ENGR 250R)
Wireframe & Surfaces (ENGR 250U)
Workbenches
Knowledge Advisor, Knowledge Expert
Description
This course covers how to add "knowledge" to parts and products. This allows for parts
and products to be more adaptable to various situations in the overall design process.
Emphasis is made on the creation of robust documents that will be reusable in most
situations.
Objectives
Upon successful completion of the course, the student will be able to work with parameters
and formulas; create design tables; store items in a catalog; create powercopies;
create user defined features; utilize rules, checks, actions and reactions; organize
parameters and relations; use sets of equations; and create expert rules and checks.
N/A - Functional Molded Part
1.5 credit hours
50 hour course
Prerequisites
Part Design & Sketcher
Assembly Design
Workbenches
Functional Molded Part
Description
This course uses a functional approach to modeling parts. This methodology hinges
off of the idea that the part has an inherent inside and outside. This course concentrates
on the tools available and the method of construction of part bodies. It also will
cover working in the context of an assembly.
Objectives
Upon completion of this course, the student should have a full understanding of creating
basic part features, creating functional part features, modifying part features, and
using functional modeling in the context of an assembly.
ENG 250E - Composites
1.5 credit hours
50 hour course
Prerequisites
Part Design & Sketcher
Wireframe & Surfaces
Workbenches
Composite Design, Composite Grid Design
Description
This course covers the design and manufacturing of composite parts. Multiple design
methodologies are covered including: manual ply creation, grid method, solid slicing
and zone method. Manufacturing definition including computing producibility, splicing,
darting, creating flat pattern and creating ply books is also discussed.
Objectives
Upon completion of this course, students will be able to define composite parameters;
define the laminate of composite parts using multiple design methods; modify existing
plies; generate solids/surfaces from the composite definition; analyze composite parts;
create manufacturing processes for composite parts; export ply definitions; and create
ply books.
1.5 credit hours
50 hour course
Prerequisites
Assembly Design
Wireframe & Surfaces
Workbenches
Part Design, Assembly Design, Wireframe & Surfaces, Electrical Part Design, Electrical
Assembly Design, Electrical Harness Installation, Electrical Harness Assembly, Electrical
Harness Flattening
Description
Encompasses Electrical Space Reservation, Electrical Design, and Electrical Harness Design.
Objectives
Space Reservation Objectives: Upon successful completion of the course, the student
will be able to setup and reserve space for electrical installations. This is done
using various tools from Assembly Design and Wireframe & Surfaces.Design Objectives: Upon successful completion of the course, the student will be able
to create electrical parts with the appropriate contact points; create support parts;
store them in a catalog; and create electrical assemblies.Harness Design Objectives: Upon successful completion of the course, the student will
be able to create bundles; create harnesses of dynamic length; create harnesses of
static length; develop harnesses in the context of a product; utilize harnesses in
multiple products; and flatten harnesses to a drawing sheet.
1.5 credit hours
50 hour course
Prerequisites
Assembly Design (ENGR 250R)
Wireframe & Surfaces (ENGR 250U)
Workbenches
Tubing Design, Piping Design
Description
This course covers the use of runs, connectors, bundles, and tubing parts to create
tubing systems in conjunction with design rules and tubing catalogs. Emphasis is upon
the Tubing Design workbench, but the student is also introduced to Piping Design.
Objectives
Upon successful completion of the course, the student will understand how to use tubing
checks and rules, and will be able to create and modify runs, place tubes and tubing
parts, and create complex tubing systems.
1.5 credit hours
50 hour course
Prerequisites
Assembly Design (ENGR 250R)
Workbenches
Human Builder, Human Measurements Editor, Human Posture Analysis, Human Activity Analysis
Description
This course is an introduction to the tools available in the Ergonomics Design and
Analysis workbenches. These tools are very useful at the design phase.
Objectives
Upon successful completion of the course, the student will be able to create and edit
manikins of different populations and percentiles; posture and take measurements of
manikins; assess and report basic anthropometrical information; adjust and save manikin's
attributes for reuse; perform and record manikin simulations and perform tasks analysis.
ENGR 250A - Sheet Metal Design
0.75 credit hours
25 hour course
Prerequisites
Part Design & Sketcher (ENGR 250P)
Workbenches
Generative Sheet Metal Design, Aerospace Sheet Metal Design
Description
This course covers how to create sheet metal parts utilizing the sheet metal tools,
which allow a student fold and unfold parts utilizing appropriate parameters. Students
will see the difference between creating these parts using sheet metal tools and creating
them using part design tools and how to work between them.
Objectives
Upon successful completion of the course, the student will be able to create sheet
metal parts using the sheet metal tools; fold and unfold sheet metal parts; modify
sheet metal parts; and convert models created using Part Design into sheet metal parts.
0.75 credit hours
25 hour course
Prerequisites
Computer experience, Blueprint reading or equivalent
Workbenches
Generative Sheet Metal Design, Aerospace Sheet Metal Design
Description
This course is intended for people who want to view and analyze CAD data. It also
covers the various analytical and navigational tools available within ENOVIA DMU.
It will also show how functional dimensioning and tolerancing information can be viewed.
Students will be introduced to the product environment and the 2D viewer environment
to view all types of data.
Objectives
Upon successful completion of the course, the student will be able to insert and manipulate
components in an assembly; perform measurements, clash analysis and section analysis;
create scenes and annotated views; capture pictures and create xml files for external
use; utilize all of the navigation tools; view functional dimensioning and tolerancing
information and view 2D drawings.
ENGR 250D - Photo Studio
0.75 credit hours
25 hour course
Prerequisites
Assembly Design (ENGR 250 R)
Workbenches
Photo Studio
Description
This course is an introduction to the tools available in the Photo Studio workbench,
along with basic design principles, to create photorealistic imagery.
Objectives
Upon successful completion of the course, the student will be able to create photorealistic
images/animations derived from CATIA models; integrate CATIA models into varying environments;
create materials and libraries; create turntable and simulation animations; render
final product/imagery to a variety of formats.
1.5 credit hours
50 hour course
Prerequisites
Part Design & Sketcher (ENGR 250P)
Workbenches
ENOVIA VPLM, Assembly Design
Description
Encompasses ENOVIA VPLM Basic Concepts, Advanced Concepts, and Product Design.
Objectives
Basic Concepts Objectives: Upon successful completion of the course, the student will
be able to get into ENOVIA VPLM; understand the terminology that is used; customize
their environment; navigate through the applications and data; apply DMU filters;
query for data; send data to another environment.Advanced Concepts Objectives: Upon successful completion of the course, the student
will be able to create categories and associate them to products; create rules; handle
change management; work with actions; check in and out documents; associate documents
to ENOVIA objects; delete documents; publish and subscribe; work between CATIA and
ENOVIA.Product Design Objectives: Upon successful completion of the course, the student will
be able to work with products in a CATIA environment while having that data be managed
by ENOVIA VPLM; create new components; create new products; create new parts; constrain
and manipulate parts; perform single tier relational design; perform multi-tier relational
design.
1.5 credit hours
50 hour course
Prerequisites
Part Design & Sketcher (ENGR 250P)
Wireframe & Surfaces (ENGR 250U)
Workbenches
CEE and ACEE
Description
This course covers the design and creation of composite parts. Both major methods
for creating composite ply definition are included: the zone method and the grid method.
Creating manufacturing processes and analyzing composite parts is also discussed.
Objectives
Upon completion of this course, students will be able to define composite parameters;
define the laminate of composite parts using either the zone method or the grid method;
modify existing plies; analyze composite parts; create manufacturing processes for
composite parts; and export ply definitions.
3DEXPERIENCE
ENGR 250PP - Part Design & Sketcher
1.5 credit hours
50 hour course
Prerequisites
Computer experience, Blueprint reading or equivalent.
Workbenches
Part Design, Sketcher
Description
This course provides an introduction to the 3DEXPERIENCE platform, including searching,
creating and editing objects. This course covers the creation of solid parts without
complex contours. Students will be introduced to the part environment of 3DEXPERIENCE
and learn how to work between the Sketcher and Part Design workbenches to create individual
parts.
Objectives
Upon successful completion of the course, the student will be able to create, constrain
and modify sketches; create and modify parts; perform boolean operations on parts;
integrate surfaces and apply materials to parts.
ENGR 250RR - Assembly Design
1.5 credit hours
50 hour course
Prerequisites
Part Design & Sketcher (ENGR 250PP)
Workbenches
Assembly Design, Mechanical Systems Design, Design Review
Description
This course covers the use of multiple parts to create an assembly. This includes
manipulating parts in an assembly, creating engineering connections and analyzing
assemblies. It also covers designing within the context of an assembly, including
creating and using publications.
Objectives
Upon successful completion of the course, the student will be able to insert, manipulate,
constrain and modify components in an assembly; work with the links of the assembly;
create parts within the assembly structure; create kinematic simulations; perform
measurements, clash analyses and section analyses; and create design reviews.
ENGR 250SS - Drafting
1.5 credit hours
50 hour course
Prerequisites
Part Design & Sketcher (ENGR 250PP)
Workbenches
Drafting
Description
This course covers the creation of engineering drawings. Students will be introduced
to the drafting environment of 3DEXPERIENCE and learn how to create drawings from
parts and products.
Objectives
Upon successful completion of the course, the student will be able to create and modify
views; create, generate and modify dimensions; create and modify annotations and symbols;
create 2D geometry and create title blocks or backgrounds.
ENGR 250UU - Wireframe & Surfaces
1.5 credit hours
50 hour course
Prerequisites
Part Design & Sketcher (ENGR 250PP)
Workbenches
Generative Shape Design (Wireframe & Surfaces is a subset of GSD)
Description
This course is an extension of the part environment and covers the use of wireframe
and surface geometry to create complex contours. This course concentrates on the tools
available and how to integrate this geometry back into a solid part.
Objectives
Upon successful completion of the course, the student will be able to create and modify
wireframe geometry; create and modify surface geometry; perform operations on this
geometry; analyze curves and surfaces and utilize this geometry to create parts.
ENGR 250WW - 3D Tolerancing and Annotation
1.5 credit hours
50 hour course
Prerequisites
Part Design & Sketcher (ENGR 250PP)
Workbenches
3D Tolerancing & Annotation
Description
This course is for those interested in model based definition, where the 3D model
is the master instead of the draft sheet. This course covers all of the necessary
options to properly apply tolerancing and annotations on the 3D part or product.
Objectives
Upon successful completion of the course, the student will be able to create views;
any geometrical or dimensional tolerance and annotation necessary to convey the design
intent of the 3D part using both manual techniques and the tolerancing advisor; create
captures to organize those specifications; filter the specifications; and create reports.
ENGR 250XX - Kinematics
1.5 credit hours
50 hour course
Prerequisites
Assembly Design (ENGR 250RR)
Workbenches
Mechanical System Design, Mechanical System Experience
Description
This course covers how to put assemblies into motion. It covers how to produce a kinematic
simulation of a mechanism, which shows how a mechanism operates, with analysis. Students
will learn how to integrate kinematic tools together to produce an overall simulation
which can be made into a replay or an external video file.
Objectives
Upon successful completion of the course, the student will be able to create joints;
create simulations with and without laws; create and modify sequences; create replays
or external video files; and perform analysis during simulations.
ENG 250EE - Composites
1.5 credit hours
50 hour course
Prerequisites
Part Design & Sketcher (ENGR 250 PP)
Wireframe & Surfaces (ENGR 250UU)
Workbenches
Composite Design, Composite Manufacturing Preparation
Description
This course covers the design and manufacturing of composite parts. Multiple design
methodologies are covered including: manual ply creation, grid method, solid slicing
and zone method. Manufacturing definition including computing producibility, splicing,
darting, creating flat pattern and creating ply books is also discussed.
Objectives
Upon completion of this course, students will be able to define composite parameters;
define the laminate of composite parts using multiple design methods; modify existing
plies; generate solids/surfaces from the composite definition; analyze composite parts;
create manufacturing processes for composite parts; export ply definitions; and create
ply books.
ENGR 250TT - Prismatic Machining
1.5 credit hours
50 hour course
Prerequisites
Assembly Design (ENGR 250RR)
Workbenches
Prismatic Machining
Description
This course is the beginning manufacturing course. This course covers the machining
operations involved in 3-axis milling. Students will be introduced to the process
environment of 3DEXPERIENCE and learn how to work between the process, part and product
environments.
Objectives
Upon successful completion of the course, the student will be able to build stock
material; define part operations; define machining operations; replay the machining
operations; modify machining operations to reflect part modifications and generate
Apt code for the machining process.
1.5 credit hours
50 hour course
Prerequisites
Prismatic Machining (ENGR 250TT)
Workbenches
Mill-Turn Machining
Description
This course is a continuation in the manufacturing environment. This course covers
the more advanced machining operations involved in full 3-axis and multi-axis machining.
Students will learn how to integrate the manufacturing tools available in Prismatic
Machining and Mill-Turn Machining.
Objectives
Upon successful completion of the course, the student will be able to machine complex
contours and part surfaces; use roughing, sweeping and reworking operations; integrate
tools from the machining workbenches; use multiple part operations; machine surfaces
and utilize multi-axis machining operations.
ENGR 250DD - Transition
1.5 credit hours
50 hour course
Prerequisites
CATIA V5 Part Design & Sketcher (ENGR 250P), CATIA V5 Assembly Design (ENGR 250R), CATIA V5 Drafting (ENGR 250S)
Workbenches
Sketcher, Part Design, Assembly Design, Mechanical Systems Design, Design Review,
Drafting
Description
This course provides an introduction to the 3DEXPERIENCE platform, including searching,
creating and editing objects. It will also focus on the differences between V5 and
3DEXPERIENCE in Part Design, Assembly Design, Generative Shape Design and Drafting,
which makes it an ideal course for those already familiar with the core workbenches
in V5.
Objectives
Upon successful completion of the course, the student will be able to navigate, search,
create and edit objects in the 3DEXPERIENCE platform as well as insert, manipulate,
constrain and modify components in an assembly; work with the links of the assembly;
create parts within the assembly structure; create kinematic simulations; perform
measurements, clash analyses and section analyses; create design reviews and create
drawings.
ENG 250KK - Electrical
1.5 credit hours
50 hour course
Prerequisites
Assembly Design
Wireframe & Surfaces
Workbenches
Part Design, Assembly Design, Wireframe & Surfaces, Electrical 3D Part Design, Electrical
3D Design and Electrical Manufacturing Preparation
Description
Encompasses Electrical 3D Part Design, Electrical 3D Design and Electrical Manufacturing
Preparation
Objectives
Electrical Design Objectives: Upon successful completion of the course, the student
will be able to create electrical parts with the appropriate contact points; create
support parts; store them in a catalog; and create electrical assemblies. Electrical
Harness Design Objectives: Upon successful completion of the course, the student will
be able to create electrical geometry and branches; create harnesses with supports;
develop harnesses in the context of a product; utilize harnesses in multiple products;
and create formboards for flattening and optimizing a harness for manufacturing.