Creo Parametric | Assembly Module

DeScien has covered 'each and every point of Creo parametric 2.0 in-depth which is needed to work as a design engineer. Here in this training course, we will be covering 4 modules i.e.

Sketch module | 3D Part modeling module | Assembly module | Drafting module

Along with software training, you will also learn additional topics which are mentioned below -

In Sketch module-

§ Understanding & the importance of constraints while creating a 2D sketch.

§ Logic of How to start, build & correct any kind of sketches.

In 3D Part modeling module -

§ The proficient approach of building 3D models, Assembly & engineering drawing.

§ Various kind of Holes with their symbol & meaning which is needed for manufacturing & assembly.

§ Exercise's to help you build your 3D visualization.

§ Deep understanding of 'Angle of projection' & its application on how to use it in engineering drawing.

In Assembly module (Selected Module)-

§ Understand the approach of “How to start working on assembly & creation of assembly of any real-time product".

§ Exercises which will help to understand the application of 2 main types of assembly, when & where to use it.

In Drawing module-

§ Basic & clear understanding of - Section view | Detailed view | Orthographic view | Auxiliary view.

§ Knowledge of various types of dimensions while creating engineering drawings.

§ Concept of Bill of material & Balloons.

§ Everything you need to know about - Tolerances | Fits with real-time examples.

§ Meaning & logic of Symbols for - Surface finish | weld types | welding methods.

Selected course having Assembly module. ( We have uploaded each module separately)

"Industry-based projects" to boost your thinking & proficiency in Software handling.

What's inside

Syllabus

Day-36 | Assembly Introduction

0201 - Meaning of assembly

0202 - Step to follow before starting assembly.

0203 - How to make assembly.

Instruction + Tutorial on Armature resting Bed of CNC machine (Download PDF.)

Day-37 | Default Vs Fix

0204 - Default & Fix constraint

Instruction + Tutorial- Piercing Punch assembly (Download PDF.)

Day-38

0205 - Open part from assembly + edit

Instruction + Tutorial- Fixture slider assembly (Download PDF.)

Day-39 | Ctrl + G.A.S

0206 - Tree filter setting

0207 - Ctrl G+A+S

Instruction + Tutorial- Coupling clamping Hydraulic fixture (Download PDF.)

Day-40 | Repeat | Explode

Instruction + Tutorial- Radial engine assembly (Download PDF.)

Day-41 | Practice day

0210 - Bottom up approach

Instruction

Day-42 | Top down apprach

0211 - Practice assembly - Top down

Instruction + Practice Tutorial (Download PDF.)

Day-43 | Drill Jig assembly

0212 - Intruction to make assembly for Drafting

Instruction + Tutorial- Drill Jig assembly (Download PDF.)

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 Creo Parametric | Assembly Module | Complete with these activities:

Review 3D Visualization Skills

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Sharpen your spatial reasoning and 3D visualization skills to better understand complex assemblies.

Browse courses on 3D Visualization

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Practice visualizing simple 3D shapes.
Try mentally assembling parts from exploded views.
Sketch 3D objects from different perspectives.

Review 'Product Design and Development' by Ulrich and Eppinger

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Gain a broader understanding of the product development lifecycle to improve assembly design decisions.

View Product Design and Development on Amazon

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Read the chapters on product architecture and industrial design.
Focus on the sections related to manufacturing and assembly considerations.

Assembly Constraint Practice

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Reinforce your understanding of assembly constraints by practicing with different part combinations.

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Create simple parts with various features.
Assemble the parts using different constraint types.
Experiment with different constraint orders to see their effects.

Four other activities

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Contribute to an Open Source CAD Project

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Enhance your skills by contributing to an open-source CAD project, focusing on assembly-related features or bug fixes.

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Find an open-source CAD project on platforms like GitHub.
Identify assembly-related issues or features to contribute to.
Submit your contributions following the project's guidelines.

Create an Assembly Tutorial

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Solidify your knowledge by creating a tutorial explaining the assembly process for a specific product.

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Choose a product with a complex assembly.
Document each step of the assembly process with screenshots and descriptions.
Create a video tutorial demonstrating the assembly.

Read 'Assembly Automation and Product Design' by Boothroyd, Dewhurst, and Knight

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Learn design for assembly principles to optimize assembly processes and reduce manufacturing costs.

View Fundamentals of Metal Machining and Machine... on Amazon

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Study the DFA methodologies presented in the book.
Apply the principles to your own assembly designs.

Design and Assemble a Mechanical Device

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Apply your assembly skills by designing and assembling a functional mechanical device.

Show steps

Choose a mechanical device to design and assemble.
Create 3D models of all the parts in Creo Parametric.
Assemble the parts using appropriate constraints.
Simulate the device's operation to verify its functionality.

Career center

Learners who complete Creo Parametric | Assembly Module | Complete will develop knowledge and skills that may be useful to these careers:

CAD Technician

A CAD technician uses computer-aided design software to create technical drawings and models. This course centered on Creo Parametric, particularly the assembly module, helps build confidence for a CAD technician. The course includes in-depth coverage of 3D part modeling and assembly, which directly applies to creating detailed CAD models. Understanding tolerances, fits, and surface finish, as covered in the course's drawing module, will enable a CAD technician to produce accurate and manufacturable designs. Moreover, the course's assembly module focuses on creating assemblies of real-time products.

See salaries and explore the career path for CAD Technician

Fixture Designer

Fixture designers specialize in designing and creating fixtures that hold workpieces during manufacturing processes. This course emphasizing Creo Parametric with its assembly module helps build confidence for fixture designers. The course covers 3D part modeling, which is essential for designing fixture components. The assembly module explores how to create assemblies of real-time products, useful for designing complex fixture setups. The course's coverage of tolerances and fits from the drawing module also aids in designing fixtures that meet stringent manufacturing requirements.

See salaries and explore the career path for Fixture Designer

Design Engineer

As a design engineer, one designs and develops new products or improves existing ones. This course, with its focus on Creo Parametric and its assembly module, helps build a foundation for this role. The course covers 3D part modeling, which is essential for creating designs. Furthermore, the 'Assembly module' dives into assembling real-time products. A design engineer would also benefit from the drawing module, which discusses tolerances, fits, and surface finish, to create drawings for manufacturing and assembly.

See salaries and explore the career path for Design Engineer

Tooling Engineer

A tooling engineer designs and oversees the creation of tools, fixtures, and molds used in manufacturing. This course, with its focus on Creo Parametric and its assembly module helps build a foundation for a tooling engineer. The course includes in-depth coverage of 3D part modeling, which directly applies to designing tooling components. The assembly module teaches how to create assemblies of real-time products, important for designing complex tooling setups. Furthermore, understanding tolerances, fits, and surface finish from the drawing module is crucial for designing accurate and effective tooling.

See salaries and explore the career path for Tooling Engineer

Engineering Technician

An engineering technician supports engineers in a variety of tasks, including design, testing, and manufacturing. An engineering technician will benefit from this course which focuses on Creo Parametric and its assembly module. The course's coverage of of 3D part modeling and assembly creation, which are fundamental skills for supporting engineering projects. The course provides instruction on tolerances, fits, and surface finish will aid in creating accurate drawings. The course's 'Industry-based projects' can boost the thinking and proficiency of an engineering technician.

See salaries and explore the career path for Engineering Technician

Manufacturing Engineer

Manufacturing engineers develop and optimize manufacturing processes. This course focused on Creo Parametric, particularly the assembly module, helps build a foundation for a manufacturing engineer. The course's coverage of assembly creation and the integration of different components will translate to designing efficient manufacturing processes. The drawing module's emphasis on tolerances, fits, and surface finish directly impacts manufacturability. The 'Industry-based projects' in the course can boost the thinking and proficiency of a manufacturing engineer, who will be responsible for the shop floor.

See salaries and explore the career path for Manufacturing Engineer

Robotics Engineer

Robotics engineers design, build, and program robots for various applications. This course, centered on Creo Parametric with its assembly module helps build a foundation for this role. The course covers 3D part modeling, which is essential for designing robot components. The assembly module explores how to create assemblies of real-time products. Robotics engineers will also benefit from knowledge of tolerances and fits from the drawing module, which is crucial for precision robot assembly. The course's 'Industry-based projects' can boost the thinking and proficiency of a robotics engineer.

See salaries and explore the career path for Robotics Engineer

Drafter

A drafter prepares technical drawings and plans used by production and construction workers. The course, especially with its drafting module, helps build confidence for drafters. The course provides a basic understanding of section view, detailed view, orthographic view, and auxiliary view, important for drafting. The course also offers knowledge of various types of dimensions while creating engineering drawings. A drafter would also benefit from the concept of Bill of material and Balloons, ensuring accurate and complete documentation.

See salaries and explore the career path for Drafter

Automotive Engineer

An automotive engineer researches and designs vehicles and their components. This course focuses on Creo Parametric with its assembly module, helping build confidence for automotive engineers. The course covers 3D part modeling, which is essential for designing vehicle parts. The assembly module focuses on creating assemblies of real-time products, which will be useful for automotive design projects. The course's coverage of tolerances and fits from the drawing module also aids in designing automotive components that meet stringent requirements.

See salaries and explore the career path for Automotive Engineer

Mechanical Engineer

The role of a mechanical engineer involves designing, developing, and testing mechanical devices and systems. This course emphasizing Creo Parametric with its assembly module may be useful for a mechanical engineer. The course's focus on 3D part modeling and assembly techniques directly translates to the skills needed to design and assemble mechanical components. The course provides an understanding of constraints and how to build and correct sketches, which is relevant for designing mechanical parts. The 'Industry-based projects' in the course will boost the thinking and proficiency of a mechanical engineer.

See salaries and explore the career path for Mechanical Engineer

Product Designer

Product designers are responsible for the form and function of manufactured products. This course focused on Creo Parametric with its assembly module may be helpful for product designers. The focus on 3D part modeling helps build skills in creating and visualizing product designs. The assembly module teaches how to create assemblies of real-time products, which will be useful for product design projects. The course's coverage of tolerances and fits, as learned in the drawing module, will also aid in designing products that meet specific requirements.

See salaries and explore the career path for Product Designer

Aerospace Engineer

Aerospace engineers design and test aircraft, spacecraft, satellites, and missiles. This course's focus on Creo Parametric and its assembly module may be useful for an aerospace engineer. The course's coverage of 3D part modeling and assembly, which is essential for designing complex aerospace components and systems. Understanding assembly of real-time products is crucial for aerospace engineers. The concepts in the drawing module, especially tolerances and fits, ensure designs meet stringent aerospace standards.

See salaries and explore the career path for Aerospace Engineer

Industrial Designer

Industrial designers develop the concepts and designs for manufactured products, often focusing on aesthetics and user experience. This course focused on Creo Parametric with its assembly module may be useful for an industrial designer. The course covers 3D part modeling, which helps build skills in creating and visualizing product designs. The course's instruction covering sketching will also be useful by helping designers make their designs possible. Learning about assembly may be useful for how physical products go together.

See salaries and explore the career path for Industrial Designer

Value Engineer

Value engineers analyze products and processes to identify ways to reduce costs and improve efficiency. This course focused on Creo Parametric and its assembly module may be useful for a value engineer. The course's focus on 3D part modeling will allow one to understand a part well. The course's knowledge of assemblies will help one to understand a comprehensive product. The course's instruction on tolerances, fits, surface finish, section views, detailed views, orthographic views, and auxiliary views may be useful when understanding the costs associated with tolerances and surface finishes.

See salaries and explore the career path for Value Engineer

Simulation Engineer

Simulation engineers use computer models to simulate the behavior of products and systems under different conditions. This course focused on Creo Parametric and its assembly module may be useful for a simulation engineer. The course's instruction on 3D part modeling will allow one to create the geometry required for simulation models. This course provides detailed instructions on assemblies which help build real world objects. The course may provide a launching point to build knowledge in finite element analysis and computational fluid dynamics software.

See salaries and explore the career path for Simulation Engineer

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