Siemens NX 1899 - Advanced Assembly Training from Udemy

In this Siemens NX Advanced Assembly training course, Expert author Asif Ahmed, Siemens NX Expert will teach you how to create complex assembly using the advanced assembly tools in Siemens NX. This course is designed for beginners and intermediate users. If anyone wants to fill up his/her gap regarding Siemens NX advanced assembly topic, then this is also the right course for them.

Once you have completed this computer-based training course, you will be fully capable of using these tools and techniques to create your own complex 3D assembly using this 3D modeling software. Working files are included, allowing you to follow along with the author throughout the lessons.

In this Siemens NX Advanced Assembly training video tutorial series, you'll quickly have relevant skills for real-world applications.

About this course:

Follow along with our expert instructor in this training course to get:

· 5.5+ hours of HD video tutorial

· 70+ individual video lectures

· 1 Supplemental Resources

· Full lifetime access

· Access on mobile and TV

· Certificate of Completion

Topics cover in this course:

· Creating Assembly

· Assembly Navigator

· Assembly positioning – Intermediate

· Component Patterns

· Assembly context

· Wave geometry linker

· Clearance Analysis

· Reuse Library

· Assembly Sequence

· Assembly simplification

Why do you choose this course?

· Progressive difficulty: we start slow and we build our way up

· Exercise files

· All lectures are straight to the point - minimal effort, maximum results

· Learn by working, not by memorizing.

· Get depth and advanced knowledge in the sketch and assembly environment.

· Apply Siemens NX skill easily in a production environment without struggling.

· Increase confident about Siemens NX and design whatever you want

· Impeccable sound and video quality

· Quality instructor support: I respond to most questions in under 24 hours

What's inside

Learning objectives

Bottom up design method
Top down design method
Promote body
Clone an assembly
Assembly navigator
Align lock constraint
Bond constraint
Fit constraint
Center constraint
Angle constraint
Ball joint
Gear joint

Override position
Remember constraint
Pattern component
Replace component
Wave geometry linker
Clearance set
Reuse library
Assembly sequence
Assembly simplification
And many other topics...
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Bottom up design method
Top down design method
Promote body
Clone an assembly
Assembly navigator
Align lock constraint
Bond constraint
Fit constraint
Center constraint
Angle constraint
Ball joint
Gear joint
Override position
Remember constraint
Pattern component
Replace component
Wave geometry linker
Clearance set
Reuse library
Assembly sequence
Assembly simplification
And many other topics...
Show more
Show less

Syllabus

01. Introduction

0101. Introduction

0102. Find Exercise files and Captions

Exercise Files

02. Creating Assembly

0201. Bottom up design method

0202. Top down design method

0203. Suppressing and Unsuppressing Components

0204. Promote body in an assembly level

0205. Assembly Load Options

0206. Clone an assembly

03. Assembly Navigator

0301. Assembly and Constraint Navigator

0302. Assembly Navigator Contextual Menu

0303. Assembly Navigator tools

0304. Assembly Navigator column

04. Assembly positioning - Intermediate

0401. Apply align lock constraint

0402. Using fit constraint

0403. Weld or glue together using bond constraint

0404. Center constraint between two components

0405. Control components using angle constraint

05. Assembly positioning - Advanced

0501. Create a hinge joint

0502. Create a slider joint

0503. Create a Cylindrical joint

0504. Create a ball joint

0505. Create a gear joint

0506. Create a rack and pinion joint

06. Assembly positioning - Management

0601. Create an Arrangements in an assembly

0602. Options in Arrangement tool

0603. Override position command

0604. Using Show and hide constraints tool

0605. Remember constraint tool

0606. Options in constraint navigator

07. Component Patterns

0701. Pattern Component - Linear

0702. Pattern Component - Circular

0703. Pattern Component - Reference

0704. Pattern Component - Polygon

0705. Pattern Component - Spiral

0706. Pattern Component - Along

0707. Pattern Component - General

0708. Pattern Component - Helix

0709. Mirror assembly tool

0710. Make unique component

0711. Replace components

08. Assembly context

0801. Defining product outline

0802. Load components using Open by proximity

0803. Show hide component tools

09. Wave geometry linker

0901. Extract curves using WAVE Geometry Linker

0902. Extract body using WAVE Geometry Linker

0903. Edit WAVE Geometry Linker features

0904. WAVE Geometry Linker Settings

10. Clearance Analysis

1001. Creating a Clearance Set

1002. Understanding Clearance Browser

1003. Choose a set of objects for clearance analysis

1004. Exceptions in Clearance analysis

1005. Define Clearance zone

11. Reuse Library

1101. Reuse library overview

1102. Add standard component from reuse library

1103. Add fastener assembly

1104. Using CADENAS library

12. Assembly Sequence

1201. Assembly Sequence environment

1202. Create an assembly sequence

1203. Re-order steps in sequence

1204. Common options to add steps

1205. Record camera positions in a sequence

1206. Insert motion in a sequence

1207. Insert pause in a sequence

1208. Collision free zoon using Extraction Path tool

1209. Motion Envelope

1210. Other tools in Sequence

1211. Sequence navigator

1212. Playback tools and options

13. Assembly simplification

1301. Wrap Assembly tool

1302. Splitting plane options in Wrap Assembly tool

1303. Simplify Assembly - PART-1

1304. Simplify Assembly - PART-2

1305. Extract Linked Exterior body from an assembly

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 Siemens NX 1899 - Advanced Assembly Training with these activities:

Review Basic CAD Principles

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Reinforce your understanding of fundamental CAD concepts to better grasp the advanced assembly techniques taught in the course.

Browse courses on Geometric Modeling

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Review CAD terminology and concepts.
Practice basic 3D modeling exercises.
Familiarize yourself with coordinate systems.

Explore Siemens NX Online Tutorials

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Supplement your learning by exploring the official Siemens NX tutorials and documentation for specific assembly features.

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Identify specific assembly topics you want to learn more about.
Search for relevant tutorials on the Siemens website.
Follow the tutorials and practice the steps.

Read 'NX 12 for Designers'

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Gain a broader understanding of Siemens NX features and workflows to enhance your ability to apply advanced assembly techniques.

View Putting Knowledge to Work on Amazon

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Read the chapters related to assembly design.
Practice the examples provided in the book.
Explore additional features covered in the book.

Four other activities

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Assembly Constraint Exercises

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Improve your proficiency in applying assembly constraints by working through a series of targeted exercises.

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Create simple assemblies with various constraint types.
Practice using different constraint options and settings.
Troubleshoot constraint errors and conflicts.

Document Assembly Process

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Solidify your understanding by creating a step-by-step guide documenting the assembly process for a specific design.

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Choose an assembly you've created or studied.
Document each step of the assembly process with screenshots and descriptions.
Organize the documentation into a clear and concise guide.

Design a Simple Mechanical Assembly

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Apply the advanced assembly techniques learned in the course to design a functional mechanical assembly.

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Select a mechanical system to model.
Create individual components using Siemens NX.
Assemble the components using appropriate constraints.
Validate the assembly's functionality.

Mastering Siemens NX

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Expand your knowledge of advanced Siemens NX features and techniques to become a more proficient assembly designer.

View Putting Knowledge to Work on Amazon

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Focus on chapters covering advanced assembly features.
Experiment with the techniques described in the book.
Apply the knowledge gained to your own assembly projects.

Career center

Learners who complete Siemens NX 1899 - Advanced Assembly Training will develop knowledge and skills that may be useful to these careers:

Mechanical Designer

Mechanical Designers create detailed technical drawings and models of mechanical components and systems. This Siemens NX Advanced Assembly Training course helps build necessary skills in creating and managing complex assemblies using Siemens NX. The course explores assembly navigator, assembly constraints, component patterns, wave geometry linker, and assembly simplification. A mechanical designer can leverage the skills learned to create accurate and efficient designs. The course enables you to apply Siemens NX skill easily in a production environment without struggling.

See salaries and explore the career path for Mechanical Designer

Design Engineer

Design Engineers develop and design new products or improve existing ones. The Advanced Assembly Training course in Siemens NX is valuable because it covers the creation of complex assemblies with advanced assembly tools. The course explores assembly navigator, assembly positioning, component patterns, and assembly context. A Design Engineer benefits from the enhanced proficiency in 3D modeling and assembly offered by this course, which are skills central to designing functional and efficient products. The course will help them to design whatever they want.

See salaries and explore the career path for Design Engineer

Mechanical Engineer

Mechanical Engineers design, develop, and test mechanical devices, including tools, engines, and machines. This Siemens NX Advanced Assembly Training course helps build a strong foundation in creating and managing complex assemblies, which is a key skill for mechanical engineers using CAD software. The course covers bottom up and top down design methods, assembly positioning, component patterns, and assembly simplification techniques, which can directly enhance a Mechanical Engineer's proficiency in designing and simulating mechanical systems. This course's focus on real-world applications, along with its progressive difficulty, makes it valuable for engineers at all levels.

See salaries and explore the career path for Mechanical Engineer

Product Designer

Product Designers are responsible for the form and function of manufactured products. The Siemens NX Advanced Assembly Training provides crucial skills in 3D modeling and assembly, which are central to product design. The course explores assembly positioning, component patterns, wave geometry linker, and assembly simplification. A product designer can leverage these skills to create detailed product models and improve design workflows. The course's emphasis on applying Siemens NX skills in a production environment also builds confidence in designing whatever one wants.

See salaries and explore the career path for Product Designer

Automotive Engineer

Automotive Engineers design and develop vehicles and their components. This Siemens NX Advanced Assembly Training course provides essential skills in creating and managing large and complex assemblies, which are typical in automotive design. The course covers assembly positioning, component patterns, wave geometry linker, clearance analysis, and assembly simplification methods. An Automotive Engineer can use these skills to efficiently design and optimize vehicle systems. The progressive difficulty of the course and the availability of exercise files are valuable for engineers.

See salaries and explore the career path for Automotive Engineer

Computer-Aided Design Technician

A Computer Aided Design Technician helps designers and engineers create technical drawings and 3D models using CAD software. This Siemens NX Advanced Assembly Training course may be useful for aspiring CAD Technicians as they will be fully capable of using the tools and techniques taught in the course to create complex 3D assemblies. The course covers topics like creating assemblies, assembly positioning, component patterns, and wave geometry linker which are extremely useful for CAD Technicians. In particular, its coverage of assembly simplification and clearance analysis may be most directly applicable. The progressive difficulty of the course ensures minimal effort and maximum results, which is valuable for anyone exploring Computer Aided Design.

See salaries and explore the career path for Computer-Aided Design Technician

Tooling Engineer

Tooling Engineers design and oversee the creation of tools, dies, and fixtures used in manufacturing processes. This Siemens NX Advanced Assembly Training course will provides essential skills in designing and managing complex assemblies, as well as understanding how components interact. The course covers assembly positioning, component patterns, clearance analysis, and assembly simplification. Tooling Engineers can apply these skills to design efficient and accurate tooling solutions. The progressive difficulty and exercise files will be helpful for those who want to get depth and advanced knowledge in the assembly environment.

See salaries and explore the career path for Tooling Engineer

Manufacturing Engineer

Manufacturing Engineers improve efficiency and reduce costs within a manufacturing plant. The Siemens NX Advanced Assembly Training course can equip them with the skills to optimize assembly processes and design efficient layouts. The course covers assembly sequences, clearance analysis, and reuse library functions. A Manufacturing Engineer can use these capabilities to streamline production lines and reduce errors. The progressive difficulty and straight-to-the-point lectures makes it beneficial for engineers looking to quickly enhance their skills.

See salaries and explore the career path for Manufacturing Engineer

Fixture Designer

Fixture Designers specialize in designing fixtures that hold parts during manufacturing processes. This Siemens NX Advanced Assembly Training course provides essential skills in designing and simulating complex assemblies, which is critical for designing effective fixtures. The course covers assembly positioning, component patterns, clearance analysis, and assembly simplification. A Fixture Designer can apply these skills to create robust and precise fixtures that improve manufacturing efficiency. The course gives depth and advanced knowledge in the sketch and assembly environment.

See salaries and explore the career path for Fixture Designer

Aerospace Engineer

Aerospace Engineers design, test, and supervise the manufacturing of aircraft and spacecraft. This Siemens NX Advanced Assembly Training course can be helpful in designing complex aerospace structures and systems. The course covers assembly positioning, component patterns, wave geometry linker, clearance analysis, and assembly simplification. Aerospace Engineers can use these skills to ensure the integrity and performance of aircraft and spacecraft assemblies. The course's emphasis on real-world applications is valuable for professionals working on complex engineering projects.

See salaries and explore the career path for Aerospace Engineer

CAD Manager

A CAD Manager oversees the CAD systems and standards within an organization. This Siemens NX Advanced Assembly Training course will be helpful because it helps them gain in-depth knowledge of Siemens NX and its advanced assembly capabilities. The course covers assembly navigator, wave geometry linker, reuse library, and assembly simplification. A CAD manager can leverage this knowledge to optimize CAD workflows, enforce standards, troubleshoot issues, and train other users. In particular, the sections on reuse library and assembly simplification will be useful.

See salaries and explore the career path for CAD Manager

Simulation Engineer

Simulation Engineers create and run simulations of products or systems to test their performance and identify potential issues. The Siemens NX Advanced Assembly Training course may be useful for Simulation Engineers because it provides a strong understanding of how assemblies are created and managed within Siemens NX. The course covers wave geometry linker, clearance analysis, assembly sequence, and assembly simplification techniques. This improves the accuracy and efficiency of simulations. The training will help to apply Siemens NX skill easily in a production environment.

See salaries and explore the career path for Simulation Engineer

Robotics Engineer

Robotics Engineers design, build, and program robots and robotic systems. This Siemens NX Advanced Assembly training course may be useful for Robotics Engineers because it helps build expertise in creating complex mechanical assemblies and simulating their interactions. The course explores assembly positioning, gear joint, assembly sequence, and clearance analysis. This lets Robotics Engineers design and optimize robotic systems with greater precision. The short, straight to the point lectures will be useful to the Robotics Engineer.

See salaries and explore the career path for Robotics Engineer

Manufacturing Supervisor

Manufacturing Supervisors oversee production processes and ensure that manufacturing operations run smoothly and efficiently. This Siemens NX Advanced Assembly Training course may be useful for Manufacturing Supervisors because it provides a solid understanding of how assemblies are created and managed. The course covers assembly sequences, clearance analysis, and reuse library functions. A Supervisor can apply this knowledge to improve production workflows. The course's focus on real-world applications is valuable for those who want to gain confidence about Siemens NX.

See salaries and explore the career path for Manufacturing Supervisor

Plant Engineer

Plant Engineers are responsible for maintaining and improving the infrastructure and equipment within a manufacturing plant or facility. This Siemens NX Advanced Assembly Training course may be useful for Plant Engineers because it covers the creation and management of assemblies. The course covers assembly positioning, reuse library, clearance analysis, and assembly simplification. A Plant Engineer can apply these skills to optimize plant layouts and improve equipment maintenance procedures. The course provides exercises and straight to the point lectures.

See salaries and explore the career path for Plant Engineer

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 Siemens NX 1899 - Advanced Assembly Training.

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Provides a comprehensive guide to using Siemens NX, covering a wide range of design and modeling techniques. It serves as a valuable reference for understanding the software's capabilities and workflows. While not specifically focused on advanced assembly, it provides a solid foundation in NX that is helpful for mastering the course material. It is commonly used as a textbook in academic settings.

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Siemens NX 1899 - Advanced Assembly Training

What's inside

Learning objectives

Syllabus

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Activities

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