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CADCIM Technologies

CATIA V5 serves the design tasks by providing different workbenches. A workbench is defined as a specified environment consisting of tools that allow the user to perform specific design tasks. This course will complete workbenches in The tutor has used real-world mechanical engineering projects as an example in this video course. This enables the user to relate the tutorials to real-world models in the mechanical engineering industry.

The subject of interpretability offered by The real benefit of As a result, any change made to this external data gets notified and the model can be updated quickly.

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What's inside

Learning objective

The students will learn the sketching, part modeling, assembly, sheet metal, surfacing and drafting workbenches of catia. also, you will learn the basic as well as advanced concepts of design using catia software.

Syllabus

Introduction

In this video, you will learn user interface of CATIA

Common introductory tools in CATIA-!

In this video, you will learn Common introducery tools in CATIA

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In this video, you will learn Initial basic settings in CATIA

Sketcher Workbench

In this video, you will learn user interface of sketcher workbench

In this video, you will learn to draw basic profiles

In this video, you will learn to use connect tool and drawing ellipse

In this video, you will learn to create basic constraints

In this video, you will learn to draw predefined tools

In this video, you will learn to draw lines

In this video, you will learn to draw circle and arcs

In this video, you will learn create points

In this video, you will learn to create constraints in details

In this video, you will learn to use transformation tools

In this video, you will learn to create corner and chamfer

In this video, you will learn to use trim tools

In this video, you will learn to create drawing

In this video, you will learn to analyze sketch

In this video, you will learn to extract profiles

In this video, you will learn to create drawing - Example 2

In this video, you will learn to create drawing - Example 3


Part Modeling Workbench

In this video, you will learn to add material by pad tool

Adding material by using pad tool 3

In this video, you will learn to remove material by pocket tool

In this video, you will learn to add revolved material by using shaft tool

In this video, you will learn to remove material by groove tool

In this video, you will learn create hole

In this video, you will learn add material by rib tool

In this video, you will learn to add stiffening ribs

Creating stiffening ribs

In this video, you will learn to use solid combine tool

In this video, you will learn to create multi-section solid

In this video, you will learn to create fillet

In this video, you will learn to create face to face and tri-tangent fillet

In this video, you will learn to create chamfer

In this video, you will learn to create draft

In this video, you will learn to add thickness

In this video, you will learn to apply threading/tapping

In this video, you will learn to use remove face and replace face tools

In this video, you will learn to create blend corner

In this video, you will learn to edit the features

In this video, you will learn use measuring tools

In this video, you will learn transformation by using translate/rotate tools

In this video, you will learn transformation by using symmetry/axis-axis tools

In this video, you will learn transformation by using mirror/scale tools

In this video, you will learn to create rectangular pattern

In this video, you will learn to create circular pattern

In this video, you will create model of chapter6 tutorial1

In this video, you will create model- Example 2

In this video, you will create model- Example 3

In this video, you will create model- Example 4

In this video, you will create model- Example 5

In this video, you will create model- Example 6

In this video, you will create model- Example7

In this video, you will create model- Example 8

In this video, you will create model- Example 9

Surfacing (GSD) Workbench

In this video, you will learn user interface of generative shape design

In this video, you will learn to create wireframe point

In this video, you will learn to create wireframe line

In this video, you will learn to create wireframe plane

In this video, you will learn to create wireframe project combine

In this video, you will learn to create wireframe intersection and curve offset

In this video, you will learn to create wireframe circle and conic

In this video, you will learn to create wireframe curves

In this video, you will learn to create surface by extrude and revolve

In this video, you will learn to create offset surface

In this video, you will learn to create surface by sweep tool

In this video, you will learn to create fill surface

In this video, you will learn to create multi-section surface

In this video, you will learn to add surface by blend tool

In this video, you will learn to use surface operation join, heal, dissemble tools

In this video, you will learn to split and trim surface tools

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Complete Course in CATIA with these activities:
Review Sketching Fundamentals
Reinforce your understanding of fundamental sketching techniques before diving into the CATIA Sketcher Workbench. This will help you grasp the more advanced concepts quickly.
Browse courses on Sketching
Show steps
  • Review basic geometric shapes and their construction.
  • Practice creating sketches with constraints.
  • Familiarize yourself with different sketching tools.
CATIA Part Modeling Exercises
Solidify your part modeling skills by completing a series of increasingly complex exercises. This will improve your proficiency with CATIA's part modeling tools.
Show steps
  • Start with simple parts using basic features like pad and pocket.
  • Progress to more complex parts using features like ribs and patterns.
  • Practice editing and modifying existing parts.
CATIA V5: Macro Programming with Visual Basic Script
Learn how to automate tasks and customize CATIA using macro programming. This will significantly enhance your efficiency and productivity.
Show steps
  • Read the book and understand the basics of macro programming.
  • Experiment with creating simple macros to automate common tasks.
  • Explore advanced macro programming techniques.
Three other activities
Expand to see all activities and additional details
Show all six activities
Design a Simple Mechanical Assembly
Apply your knowledge of CATIA's workbenches by designing a simple mechanical assembly. This will give you practical experience in integrating different design elements.
Show steps
  • Choose a simple mechanical assembly to design.
  • Create individual parts using the Part Modeling Workbench.
  • Assemble the parts using the Assembly Workbench.
  • Create a drawing of the assembly.
Explore Advanced Surfacing Techniques
Deepen your understanding of CATIA's surfacing capabilities by following advanced tutorials. This will enable you to create complex and aesthetically pleasing designs.
Show steps
  • Find tutorials on advanced surfacing techniques like sweep and blend.
  • Follow the tutorials step-by-step, paying attention to the details.
  • Experiment with different parameters and settings.
Create a Portfolio of CATIA Designs
Showcase your CATIA skills by creating a portfolio of your best designs. This will be a valuable asset when applying for jobs or internships.
Show steps
  • Select your best CATIA designs from the course and your own projects.
  • Create high-quality renderings and drawings of your designs.
  • Write a brief description of each design, highlighting its key features.
  • Organize your designs into a professional-looking portfolio.

Career center

Learners who complete Complete Course in CATIA will develop knowledge and skills that may be useful to these careers:
Mechanical Engineer
A mechanical engineer researches, designs, develops, manufactures, and tests mechanical devices and systems. This Complete Course in CATIA introduces workbenches which consist of tools that allow the user to perform specific design tasks. By learning the sketching, part modeling, assembly, sheet metal, surfacing, and drafting workbenches of CATIA, you build a foundation for succeeding as a mechanical engineer. Additionally, the course presents real-world mechanical engineering projects as examples, which further aids in understanding practical applications. Familiarity with CATIA gives an advantage when pursuing a career as a Mechanical Engineer.
Drafter
A drafter prepares technical drawings and plans used by production and construction workers. The Complete Course in CATIA offers training in drafting workbenches of CATIA. The drafter uses the technical drawings and plans to create detailed and accurate technical drawings. Proficiency in CATIA directly aligns with the responsibilities of a drafter. A Drafter would want to take this course.
CAD Designer
A CAD designer, or computer aided design designer, uses software to create designs and plans for products and infrastructure. This Complete Course in CATIA is designed to provide skills with CAD software. The course covers sketching, part modeling, assembly, sheet metal, surfacing, and drafting workbenches. These are essential for producing detailed and accurate technical drawings. This equips you with the skills needed to excel as a CAD designer. Completing this course gives an advantage in becoming a CAD Designer.
Product Designer
Product designers conceptualize and design new products, improving existing products, balancing function and aesthetics. The Complete Course in CATIA helps to build skills in part modeling, surfacing, and assembly, all integral to the design process. Learning to use the various workbenches within CATIA, as taught in this course, enables the creation of detailed 3D models and prototypes. This course directly supports work in product design, making it a valuable asset in the field. A Product Designer would want to take this course.
Aerospace Engineer
An aerospace engineer designs, tests, and supervises the manufacturing of aircraft and spacecraft. CAD software skills are essential in this industry, and the Complete Course in CATIA provides thorough training with this software. The course covers various workbenches including surfacing, drafting, and part modeling, which are critical for designing aerospace components and systems. This training allows the engineer to create detailed models and simulations. A strong understanding of CATIA will give an advantage to an Aerospace Engineer.
Automotive Designer
An automotive designer combines technical knowledge with artistic talent to design the appearance, ergonomics, and aerodynamics of vehicles. The Complete Course in CATIA introduces skills in surfacing, part modeling, and assembly, essential for automotive design. The ability to use CATIA to create detailed 3D models allows the designer to visualize and refine designs. The course's practical examples provides valuable experience for an Automotive Designer.
Design Engineer
A design engineer is responsible for creating and developing new products or systems. Expertise in CAD software is crucial. The Complete Course in CATIA helps to develop skills in sketching, part modeling, assembly, sheet metal, surfacing, and drafting. These skills are essential for creating detailed designs and prototypes. This course provides comprehensive training in the use of CATIA for design engineering purposes. A budding Design Engineer would want to take this course.
Engineering Technician
An engineering technician assists engineers in designing, developing, testing, and manufacturing products and systems. The Complete Course in CATIA is a great fit, as it builds skills in sketching, part modeling, assembly, and drafting. These are essential for creating technical drawings and prototypes. The course provides comprehensive training in the use of CATIA for engineering support purposes. An Engineering Technician could take this course to improve their base of knowledge.
Manufacturing Engineer
A manufacturing engineer improves efficiency and reduces costs in manufacturing processes. The Complete Course in CATIA helps Manufacturing Engineers to understand how products are designed. This is crucial for optimizing manufacturing methods. The course's coverage of workbenches, part modeling, and drafting provides insights into the design process. These insights enable the Manufacturing Engineer to make informed decisions about manufacturing processes. A Manufacturing Engineer may find CATIA skills to be useful.
Tooling Engineer
A tooling engineer designs and oversees the creation of tools, dies, and fixtures needed for manufacturing processes. The Complete Course in CATIA may be useful, as it helps build skills in part modeling, assembly, and drafting, all essential for designing tooling components. Learning to use CATIA, as taught in this course, enables the creation of detailed 3D models and technical drawings. Tooling Engineers would want to know how parts are designed.
Structural Engineer
A structural engineer analyzes, designs, and oversees the construction of structures to ensure their safety and stability. The Complete Course in CATIA may be useful for structural engineers who use CAD software to model and analyze structural components. The course provides skills in part modeling and drafting, which are relevant for creating detailed structural designs. Structural engineers who integrate design and analysis may find familiarity with CATIA useful.
Civil Engineer
A civil engineer designs, plans, and oversees the construction of infrastructure projects such as roads, bridges, and buildings. The Complete Course in CATIA may be useful for civil engineers. It builds skills in creating detailed plans, drafting designs, and part modeling using CAD software. The course's focus on the fundamentals of design may serve as a supplementary skill set for civil engineering projects. Civil Engineers working with infrastructure that use CATIA could benefit.
Robotics Engineer
A robotics engineer designs, builds, and tests robots and robotic systems for various applications. The Complete Course in CATIA may be useful. It helps to gain proficiency in CAD software, which is used to design robotic components and assemblies. With the course's lessons in part modeling, assembly, and surfacing, Robotics Engineers may create detailed 3D models and simulate their designs. Robotics Engineers interested in the design aspect of robotics would find this course appealing.
Simulation Specialist
A simulation specialist uses computer models to simulate the behavior of physical systems, enabling engineers to analyze and optimize designs. The Complete Course in CATIA may be useful as it teaches users to create detailed 3D models. These models can then be used as input for simulation software. The course's focus on CAD software could help create accurate and realistic simulations. Simulation Specialists may find benefit in this course.
Systems Engineer
A systems engineer focuses on the overall design and integration of complex systems, ensuring that all components work together effectively. The Complete Course in CATIA may be useful for Systems Engineers in industries where CAD software is used for system modeling. This course could aid in visualizing and documenting complex systems. Systems Engineers involved in product design and development may benefit from the skills taught in this course.

Reading list

We've selected one books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Complete Course in CATIA.
Provides a comprehensive guide to macro programming in CATIA V5 using Visual Basic Script. It is particularly useful for automating repetitive tasks and creating custom tools. While not essential for basic CATIA usage, it adds significant depth to the user's capabilities. This book is commonly used by advanced CATIA users and developers.

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