PTC Creo Parametric – Advance Course Modules
PTC Creo Parametric – Advance Course Modules, available at $54.99, has an average rating of 4.64, with 189 lectures, based on 139 reviews, and has 845 subscribers.
You will learn about Learn the Design process i.e., Modelling, Assembling and Drafting Learn all the significant technical tools in Sheet-Metal Modelling Learn to prepare Assembly of the Industrial components, Learn to Prepare Technical Drawing of the Modelled geometries Learn to create your own Drawing Sheet Format and Template This course is ideal for individuals who are Students pursuing Mechanical , Aerospace, Ship, Automobile and other technical courses such as designing/production/manufactoring etc or Any Student who like to enhance their technical skills of conventional part modelling to advanced level geometrical modelling, assembly, and drafting or Students who learnt Creo Parametric Part modelling and wish to extend their knowledge on other modules of Creo or Graduates who like to add a skill in their resume or Working professionals who wish to enlighten their knowledge of Sheetmetal, Assembly and Drafting It is particularly useful for Students pursuing Mechanical , Aerospace, Ship, Automobile and other technical courses such as designing/production/manufactoring etc or Any Student who like to enhance their technical skills of conventional part modelling to advanced level geometrical modelling, assembly, and drafting or Students who learnt Creo Parametric Part modelling and wish to extend their knowledge on other modules of Creo or Graduates who like to add a skill in their resume or Working professionals who wish to enlighten their knowledge of Sheetmetal, Assembly and Drafting.
Enroll now: PTC Creo Parametric – Advance Course Modules
Summary
Title: PTC Creo Parametric – Advance Course Modules
Price: $54.99
Average Rating: 4.64
Number of Lectures: 189
Number of Published Lectures: 189
Number of Curriculum Items: 189
Number of Published Curriculum Objects: 189
Original Price: $109.99
Quality Status: approved
Status: Live
What You Will Learn
- Learn the Design process i.e., Modelling, Assembling and Drafting
- Learn all the significant technical tools in Sheet-Metal Modelling
- Learn to prepare Assembly of the Industrial components,
- Learn to Prepare Technical Drawing of the Modelled geometries
- Learn to create your own Drawing Sheet Format and Template
Who Should Attend
- Students pursuing Mechanical , Aerospace, Ship, Automobile and other technical courses such as designing/production/manufactoring etc
- Any Student who like to enhance their technical skills of conventional part modelling to advanced level geometrical modelling, assembly, and drafting
- Students who learnt Creo Parametric Part modelling and wish to extend their knowledge on other modules of Creo
- Graduates who like to add a skill in their resume
- Working professionals who wish to enlighten their knowledge of Sheetmetal, Assembly and Drafting
Target Audiences
- Students pursuing Mechanical , Aerospace, Ship, Automobile and other technical courses such as designing/production/manufactoring etc
- Any Student who like to enhance their technical skills of conventional part modelling to advanced level geometrical modelling, assembly, and drafting
- Students who learnt Creo Parametric Part modelling and wish to extend their knowledge on other modules of Creo
- Graduates who like to add a skill in their resume
- Working professionals who wish to enlighten their knowledge of Sheetmetal, Assembly and Drafting
The objective of this course is to enhance your product designing skills.
The curriculum is especially oriented to make you understand the concepts with ease, and reduce your fear to work with the complicated tools of product designing.
The course offers you hours and hours of HD content that can be accessed from your mobile/laptop/desktop.
Sign up now, and accessthe world’s best course on Sheet-Metal, Assembly and Drafting using CREO PARAMETRIC.
Through the course, you will be familiarized will the following significant tools:
Sheet Metal
· Introduction to various Sheet-metal concepts
· Creating Primary and Secondary Walls using different tool such as Planar, Flat, Flange, Extrude.
· Types of Walls
· Reliefs, Its necessity, & types.
· Corner reliefs, Corner Treatment, Mitre-cuts.
· Bending Sheet metal in Creo
· Tools used to bend sheet metal.
· Types of bend
· Edge & Planar Bend
· Unbending Sheet metal in Creo
· Different types of unbending options
· Cut-outs in Sheet-metal
· Forms, and its types – Punch, Die, Sketch and Quilt
· Rips, and its types – Edge, Sketch, Surface, and Rip Connect
Assembly
· Bottom-up and Top-Down Approach
· Different constraints in Assembly (Coincident, Distance, Normal, Parallel, Angle offset etc.,)
· Global Interference
· Repeat components
· Create Exploded View in Assembly.
· Add Sub-Assembly in Assembly.
· Detailed design process, i.e., from Part Modelling to Assembly of industrial components namely, “Butterfly Valve, Pedestal bearing and Electrical Cabinet Assembly)
Creo Drawing
· Elements of a Drawing Sheet
· Creation of a Drawing Format (User defined)
· Adding parameters to drawing sheets.
· Create user-defined parameters in title block
· Basic dimensioning
· Lines and line styles used in Dimensioning
· Create Detailed view in drawing sheet
· Visible Area View
· Create Auxiliary View
· Create Revolved View
· Create cross-sectional view of a part model in drawing sheet
· Create cross-sectional view of an assembly in drawing sheet
· Create Local View
· Create Offset View
· Create Exploded view in Drawing sheet
· Creating our own Detailed File.
· Adjusting dimensions using different tools
· Adding tolerances to the dimensions
· Adding Notes in the drawing sheets
· Adding Ordinate Dimensions.
· Adding Surface Finish Symbols
· Preparing Report Table: Bill of Materials (BOM)
· Creating Balloons on the Exploded view
· Create a user-defined template in Creo
Model Based Definitions
– Combo Views
– Annotations in Combo Views
– Driving and Driven Dimensions
– Different References for creating Annotations
The course doesn’t not require you to have any prerequisites.
By understanding the conceptual parameters, you can work on your own to explore and prepare your imagination into a virtual 3-D model.
I am looking forward to Teaching you all About the PTC CREO PARAMETRIC
Course Curriculum
Chapter 1: Introduction
Lecture 1: Introduction
Lecture 2: Join the community
Chapter 2: Sheet Metal -Theory
Lecture 1: Article
Lecture 2: Introduction to Sheet-Metal
Lecture 3: What are the various Sheet-Metal operations – Bending
Lecture 4: Sheet-Metal operations : Shearing, Blanking and Punching operations
Lecture 5: Sheet-Metal operations: Trimming, Coining, Nothcing etc.,
Lecture 6: Sheet-Metal Operations: Forming
Lecture 7: Various materials used in Sheet-Metal
Lecture 8: Sheet Metal Hand-tools
Lecture 9: What is Hem and Seam?
Chapter 3: Sheet-Metal in Creo Parametric : FLAT, FLANGE & RELIEF
Lecture 1: Opening the Sheet-Metal module in Creo Parametric
Lecture 2: Mouse controls in Sheet Metal
Lecture 3: Create a Primary Wall using Extrude
Lecture 4: Create a Primary Wall using Planar
Lecture 5: Other tools to create a Primary Wall
Lecture 6: Create a Secondary Wall using FLAT
Lecture 7: FLAT wall from the side-veiw
Lecture 8: Create a Secondary Wall using FLANGE
Lecture 9: Create a Secondary Wall using EXTRUDE
Lecture 10: Secondary Wall Thickness
Lecture 11: Different Bend Position
Lecture 12: Introduction to Relief
Lecture 13: Necessity of Relief and Types of Relief : Rip and Rectangular
Lecture 14: Types of Relief : Obround
Lecture 15: Corner Reliefs
Lecture 16: Corner Treatment
Lecture 17: Mitre Cuts
Lecture 18: Types of Flat Walls – 1
Lecture 19: Types of Flat Wall -2
Lecture 20: Types of Flange Wall
Lecture 21: Chain Ends on Walls
Lecture 22: Excercise
Chapter 4: Bends in Creo Parametric
Lecture 1: Introduction to Bend
Lecture 2: Bend using Dynamic Bend Line
Lecture 3: Bend on a Bent Surface
Lecture 4: Features in Bend Command
Lecture 5: Roll Bend
Lecture 6: Vertical Roll Bend
Lecture 7: Bend on the other side
Lecture 8: Bend Transition – Single
Lecture 9: Double Transitions in Bend
Lecture 10: Bend Reliefs
Lecture 11: Edge Bend
Lecture 12: Edge Bend – 2
Lecture 13: Edge Bend reliefs
Lecture 14: Planar Bend
Lecture 15: Planar Bend – Roll Type
Lecture 16: Unbend sheetmetal
Lecture 17: Manual Unbending
Lecture 18: Cross-section driven unbend
Lecture 19: Converting Part Model into Sheet Metal- using Shell
Lecture 20: Unbend the Sheetmetal imported from part model
Lecture 21: Different deformation controls in Unbend
Lecture 22: Distinct Areas-Unbend – Conversion of Part to Sheet metal using Driving surface
Lecture 23: Distinct Areas in Sheet metal
Lecture 24: Split Areas
Lecture 25: Distinct Areas – Unbend
Chapter 5: Cut-Outs in Sheet Metal
Lecture 1: Extrude Cut-Out
Lecture 2: Driving Surface and Offset Surface
Lecture 3: Types of Cut-Outs
Lecture 4: Thin Sheet Cutout
Chapter 6: Forms in Sheet Metal
Lecture 1: Introduction to Punch Form
Lecture 2: Flipping options in Punch Form
Lecture 3: Different Placement options
Lecture 4: Create a pattern with a Form
Lecture 5: Create a Punch using Part module
Lecture 6: Do it yourself! Practice
Lecture 7: Solution: Do it yourself! (previous video)
Lecture 8: Solution-Step-by-Step
Lecture 9: Flatten Form
Lecture 10: Sketch Form
Lecture 11: Die Form-1
Lecture 12: Options in Die Form
Lecture 13: Quilt Form
Lecture 14: Quilt Form – Additional options
Lecture 15: Twist a Sheet-Metal
Lecture 16: Twist – Excercise-1
Lecture 17: Excercise – 2
Chapter 7: Rips in Sheet metal
Lecture 1: Edge Rip
Lecture 2: Sketch Rip
Lecture 3: Surface Rip
Lecture 4: Rip Connect
Chapter 8: Assembling in Creo
Lecture 1: Introduction to Assembly
Lecture 2: Import a part model in Assembly
Lecture 3: Constraints in Assembly
Lecture 4: Constraints in Assembly contd.,
Lecture 5: Learn Assembly with Butterfly Valve – Main body
Lecture 6: Butterfly valve – Shaft – Global Interferences
Lecture 7: Butterfly Valve – Disk – Show component in separate window
Lecture 8: Butterfly Valve : Plate and Bolt – Repeat option
Lecture 9: Butterfly Valve – Bolt on the disk – Repeat
Instructors
-
Mohammed Khan
Engineer
Rating Distribution
- 1 stars: 2 votes
- 2 stars: 4 votes
- 3 stars: 10 votes
- 4 stars: 47 votes
- 5 stars: 76 votes
Frequently Asked Questions
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