PTC Creo ParametricA Complete Beginner to Advanced Course
What you’ll learn
You will learn and develop professional Engineering CAD Modelling skills including Surface and Solid Modelling.
You will learn to create Engineering Drawings for Cad Models and Assemblies.
You will be introduced to Finite Element Analysis (FEA).
You will learn to apply mechanical constraints to your assemblies.
You will learn how to create sample CAD models for the Aerospace, Automotive, Mechanical and Technical Industries through in-depth exercises.
Requirements
You need CREO Parametric – Any version will do! (This course is created using CREO Parametric 7.0)
You need a computer and basic computer skills
You don’t need any previous experience or knowledge of CAD Modelling, CREO with Chris will make you a PRO!
Description
Welcome to CREO with Chris, the comprehensive course to becoming a PRO in CREO Parametric!From getting to grips with the software, understanding the basics and, once you have the fundamentals, moving to some truly exciting, advanced courses – building a V6 Turbo Engine and a Jet Engine – All designed to give you the most comprehensive course available.You don’t need to have worked in CAD modelling before, I’ll teach you, from scratch, how to be a PRO.CREO with Chris includes over 26+ hours of Full HD video tutorials and exercises which are updated regularly.By learning CREO Parametric, you are developing a hugely in-demand professionally technical skill in Engineering CAD Modelling. A skill that will elevate, not just your CV but your productivity and the quality of your work.CREO with Chris will give you skills to be a professional in Engineering Cad Modelling and Engineering Drawing. Skills you can be proud of!When you sign up to CREO with Chris – you get:· Lifetime access to over 26+ hours of lessons and exercises – all taught by me, Chris.· Access to over 100 downloadable resources.· Professional working knowledge in one of the most in-demand CAD Engineering Software’s in the world.By the time you finish my course you will have an understanding in:· The fundamentals of CREO Parametric.· Sketching and Extruding· Solid and Surface Modelling· Simulate Lite – Static Finite Element Analysis (FEA)· Using the Pattern Tools· Using and creating Datum Features such as Axis, Planes and Points· Using the Chamfer and Round Tools· Using the Revolve and Thicken Tools· Using Blend and Rotational Blends· Creating Rib Features· Using the Style Tool for complex Surface Modelling· Creating Swept Blends· Creating Variable Section Sweeps· Creating Professional Engineering Drawings· Using the Hole Tools· Using the Boundary Blend Tool· Editing Geometry and Features· Toroidal Bends and Spinal Bends· Assemblies, including mechanism constraints and working with Servo Motors.· And much, much more…
Overview
Section 1: Lesson 1 – Getting Started
Lecture 1 Getting started with CREO Parametric
Section 2: Lesson 2 – The Revolve and Thicken Tools
Lecture 2 Lesson 2 – The Revolve and Thicken Tools
Section 3: Lesson 3 – The Sweep Tool
Lecture 3 Lesson 3 – The Sweep Tool
Section 4: Lesson 4 – The Helical Sweep Tool
Lecture 4 Lesson 4 – The Helical Sweep Tool
Section 5: Lesson 5 – The Variable Section Sweep Tools
Lecture 5 Lesson 5 – The Variable Section Sweep Tools
Section 6: Lesson 6 – The Blend Tools
Lecture 6 Lesson 6 – The Blend Tools
Section 7: Lesson 7 – The Swept Blend Tool
Lecture 7 Lesson 7 – The Swept Blend Tool
Section 8: Lesson 8 – Datum Planes, Axes and Points
Lecture 8 Lesson 8 – Datum Planes, Axes and Points
Section 9: Lesson 9 – The Hole Tool
Lecture 9 Lesson 9 – The Hole Tool
Section 10: Lesson 10 – The Draft Tool
Lecture 10 Lesson 10 – The Draft Tool
Section 11: Lesson 11 – The Mirror Tool
Lecture 11 Lesson 11 – The Mirror Tool
Section 12: Lesson 12 – The Chamfer and Round Tools
Lecture 12 Lesson 12 – The Chamfer and Round Tools
Section 13: Lesson 13 – The Pattern Tool
Lecture 13 Lesson 13 – The Pattern Tool
Section 14: Basic Modelling Exercises
Lecture 14 Basic Modelling – Exercise One
Lecture 15 Basic Modelling – Exercise Two
Lecture 16 Basic Modelling – Exercise Three
Lecture 17 Basic Modelling – Exercise Four
Lecture 18 Basic Modelling – Exercise Five
Section 15: Helical Sweep Exercise
Lecture 19 Helical Sweep Exercise
Section 16: Swept Blend Exercise
Lecture 20 Swept Blend Exercise
Section 17: Lesson 14 – The Rib Tool
Lecture 21 Lesson 14 – The Rib Tool
Section 18: Rib Tool Exercises
Lecture 22 Rib Tool – Exercise One
Lecture 23 Rib Tool – Exercise Two
Section 19: Lesson 15 – Basic Assemblies
Lecture 24 Lesson 15 – Basic Assemblies
Section 20: Exercise – Beginner Assemblies
Lecture 25 Beginner Assembly Exercise – Belt Roller
Section 21: Lessons 16 to 19 – Engineering Drawings
Lecture 26 Lesson 16 – Engineering Drawing Basics
Lecture 27 Lesson 17 – Engineering Drawing Exploded View and BOM Balloons
Lecture 28 Lesson 18 – Engineering Drawing Sectioning
Lecture 29 Lesson 19 – Advanced Engineering Drawing
Section 22: Engineering Drawing Exercises
Lecture 30 Engineering Drawing Exercises – Exercise One
Lecture 31 Engineering Drawing Exercises – Exercise Two
Lecture 32 Engineering Drawing Exercises – Exercise Three
Section 23: Lesson 20 – Assembly Mechanisms – Cams
Lecture 33 Lesson 20 – Assembly Mechanisms – Cams
Section 24: Lesson 21 – The Toroidal Bend Tool
Lecture 34 Lesson 21 – The Toroidal Bend Tool
Section 25: Toroidal Bend Exercise
Lecture 35 Toroidal Bend Exercise
Section 26: Lesson 22 – The Spinal Bend Tool
Lecture 36 Lesson 22 – The Spinal Bend Tool
Section 27: Spinal Bend Exercise
Lecture 37 Spinal Bend Exercise
Section 28: Lessons 23 to 24 – The Style Tool
Lecture 38 Lesson 23 – The Style Tool – Introduction
Lecture 39 Lesson 24 – The Style Tool – Advanced Modelling
Section 29: Style Tool Exercises
Lecture 40 Style Tool – Shower Head Exercise
Section 30: Lesson 25 – Surface Modelling
Lecture 41 Lesson 25 – Surface Modelling
Section 31: Surface Modelling Exercises
Lecture 42 Surface Modelling Exercises – Exercise One
Lecture 43 Surface Modelling Exercises – Exercise Two
Section 32: Lesson 26 – Advanced Modelling – Radial Engine
Lecture 44 Lesson 26 – Advanced Modelling – Radial Engine – Part one
Lecture 45 Lesson 26 – Advanced Modelling – Radial Engine – Part Two
Section 33: Lesson 27 – Simulate Lite Introduction
Lecture 46 Lesson 27 – Simulate Lite Introduction
Section 34: Advanced Modelling Exercises
Lecture 47 Advanced Modelling Exercises – Exercise One
Section 35: Jet Engine – Advanced Modelling Exercise
Lecture 48 Jet Engine – Advanced Modelling Exercise – Part One
Lecture 49 Jet Engine – Advanced Modelling Exercise – Part Two
Lecture 50 Jet Engine – Advanced Modelling Exercise – Part Three
Lecture 51 Jet Engine – Advanced Modelling Exercise – Part Four
Lecture 52 Jet Engine – Advanced Modelling Exercise – Part Five
Section 36: V6 Turbo Engine – Advanced Modelling Exercise
Lecture 53 V6 Turbo Engine – Advanced Modelling Exercise – Part One
Lecture 54 V6 Turbo Engine – Advanced Modelling Exercise – Part Two
Lecture 55 V6 Turbo Engine – Advanced Modelling Exercise – Part Three
Lecture 56 V6 Turbo Engine – Advanced Modelling Exercise – Part Four
Lecture 57 V6 Turbo Engine – Advanced Modelling Exercise – Part Five
Lecture 58 V6 Turbo Engine – Advanced Modelling Exercise – Part Six
Lecture 59 V6 Turbo Engine – Advanced Modelling Exercise – Part Seven
Lecture 60 V6 Turbo Engine – Advanced Modelling Exercise – Part Eight
Lecture 61 V6 Turbo Engine – Advanced Modelling Exercise – Part Nine
Section 37: New Expert Level Course – Full Motorbike Build – Sneak Peak
Lecture 62 Full Motorbike – Course Trailer
Lecture 63 Motorcyle Frame – Part One
Lecture 64 Motorcycle Frame – Part Two
• Students who want to boost their CAD Modelling and Technical skills – this course will elevate any CV!,• Professionals looking to polish their skills and get back to the fundamentals of CAD Modelling.,• Anyone with the creativity to come up with product design ideas but needs the skills to create their products whether in 2D, 3D or both!,• Anyone looking to develop new, highly in-demand, technical skills and move into a new industry.
Course Information:
Udemy | English | 27h 37m | 33.95 GB
Created by: Christopher Rothera
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