Solid Edge(CAD) + NX CAM + NX Mold + NX 2027 CAM Interface from Udemy

Course Main Contents (4 Courses. ):

Course 1: Solid Edge 2022 (Modelling - Assembly - Drafting) Essentials
Course 2: NX CAM (Milling - Turning - Wire EDM) + NX
After this course, you will be able to use the Solid Edge CAD (Modelling - Assembly - Drafting).
After this course, you will be able to create G code for Milling, Turning and Wire EDM operations (3 Axis & Multi Axis).
Additional NX CAM 2027 Interface sessions added to the course to be able to use the latest version.
You will be professional user in NX CAM.

CAD CAM Mold Package Contents:

1- G Code & CNC Overview

2- NX CAM Milling (3Axis, 4 & 5 Axis)

3- NX CAM Turning

4- NX CAM Drilling

5- NX CAM Wire EDM

6- NX CAM Millturn

7- NX Post Builder

8- Create Mold Wizard product assemblies

9- Define core and cavity regions within a product model

10- Create patch up (shut off) geometry

11- Create mold tooling inserts

12- Use mold base libraries to choose a standard mold base

13- Use standard part libraries to select and position common parts, including insert pockets, sub inserts, cooling channels, gates, runners.

14- Create a bill of materials

15- Solid Edge CAD Sketching

16- Solid Edge CAD Modelling

17- Solid Edge Assembly Overview

18- Solid Edge Drafting Overview

19- NX

The implementation of this course is in NX 11 & Solid edge 2022 but you will be able to implement using any version.

Additional NX CAM 2027 Interface sessions added to the course to be able to use the latest version.

You will have full technical support with me.

Weekly additional Exercise will be added to the course according to students requirements (If Required).

What's inside

Learning objectives

After this course you will be cad cam professional user (nxcam & solid edge).
You will be professional user in nx cam.
Additional nx cam 2027 interface sessions added to the course to be able to use the latest version.
You will be able to use nx post builder to customize g code.

You will learn how to use nx cam for milling, turning, drilling and wire edm operations.
You will be able to use solid edge 2022 cad for assembly & drafting.
You will be able to use solid edge 2022 cad for 3d parts & surfaces.
You will learn the steps of nx injection mold (from start to the end).

After this course you will be cad cam professional user (nxcam & solid edge).
You will be professional user in nx cam.
Additional nx cam 2027 interface sessions added to the course to be able to use the latest version.
You will be able to use nx post builder to customize g code.
You will learn how to use nx cam for milling, turning, drilling and wire edm operations.
You will be able to use solid edge 2022 cad for assembly & drafting.
You will be able to use solid edge 2022 cad for 3d parts & surfaces.
You will learn the steps of nx injection mold (from start to the end).

Syllabus

Introduction

NX Mold Wizard Basics

Introduction and Injection Mold Overview

Initialize Project - CSYS Adjustments - Create Workpiece

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Covers G-code and CNC machining, which are essential for manufacturing and production roles

Includes NX Post Builder, which allows users to customize G-code for specific CNC machines

Explores multi-axis milling operations, which are used in advanced manufacturing processes

Features Solid Edge 2022, which may require users to update their existing software

Includes NX CAM 2027 interface sessions, which helps learners adapt to newer software versions

Requires NX 11 & Solid Edge 2022, but the course claims it can be implemented using any version

Reviews summary

Comprehensive cad/cam/mold training

According to learners, this course provides a comprehensive foundation in Solid Edge CAD and NX CAM, including NX Mold and the latest NX 2027 interface. Students highlight the instructor's expertise and the step-by-step approach, making complex topics like 3 and multi-axis machining, turning, drilling, and Wire EDM operations clear and easy to follow. The course includes practical projects and covers essential areas like G Code & CNC Overview and Post Builder basics. While dense, it is widely seen as a valuable resource for those serious about mastering these software packages for professional use.

Dense material requires focus and dedicated study.

"The course is quite dense and requires concentration to keep up."

"There's a lot of information packed into this course; it's not a quick watch."

"Requires dedication and practice outside of the lectures to fully grasp."

"Some sections move quickly, necessitating review and practice."

Includes sessions on the latest NX 2027 interface.

"Happy to see the added sessions on the NX CAM 2027 interface."

"It's great that the course is being updated with newer versions of the software."

"The inclusion of the 2027 interface is a major plus for staying current."

"Provides relevant content for users working with the latest software updates."

Includes projects and examples relevant to real-world use.

"The projects at the end were particularly helpful for applying what I learned."

"Examples are practical and directly applicable to my work."

"I gained practical skills in mold design and various CAM operations."

"The hands-on examples using actual parts solidify understanding of the software capabilities."

Instructor is knowledgeable and effective in teaching.

"The instructor is very knowledgeable and explains concepts clearly."

"Great explanations throughout the course, the instructor really knows their stuff."

"I appreciate the instructor's patience and willingness to answer questions."

"His teaching style is very effective, breaking down complex procedures into manageable steps."

Offers in-depth lessons across multiple software areas.

"This course was very insightful and provided a good amount of information regarding NX CAM and Solid Edge."

"The level of detail provided for each module, especially in the CAM section, is impressive."

"It covers everything from basic sketching in Solid Edge to complex multi-axis machining and mold design in NX."

"The course is well structured and covers all the essential topics required to get started with CAD/CAM."

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 Solid Edge(CAD) + NX CAM + NX Mold + NX 2027 CAM Interface with these activities:

Review CNC Machining Fundamentals

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Reinforce foundational knowledge of CNC machining principles to better understand the CAM operations covered in the course.

Browse courses on CNC Machining

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Review the basic principles of CNC machining.
Study the different types of CNC machines.
Familiarize yourself with common G-code commands.

Read "CNC Programming Handbook"

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Supplement the course material with a detailed guide to CNC programming.

View Student Workbook for Technology of Machine Tools on Amazon

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Obtain a copy of the "CNC Programming Handbook".
Read the chapters relevant to milling, turning, and wire EDM.
Take notes on key concepts and G-code commands.

Practice G-code Programming

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Solidify your understanding of G-code by writing and simulating programs for basic machining operations.

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Find a G-code simulator or use a CAM software with simulation capabilities.
Write G-code programs for simple milling, turning, and drilling operations.
Simulate the programs and debug any errors.

Four other activities

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Show all seven activities

Read "Mastercam Post Processor User Guide"

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Gain a broader understanding of post-processor customization by studying a guide for a different CAM software.

View Putting Knowledge to Work on Amazon

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Obtain a copy of the "Mastercam Post Processor User Guide".
Focus on the sections that explain the general principles of post-processor development.
Relate the concepts to NX Post Builder.

Design and Manufacture a Simple Part

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Apply the skills learned in the course to design a part in Solid Edge, create CAM programs in NX CAM, and manufacture the part on a CNC machine.

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Design a simple part in Solid Edge.
Create CAM programs for machining the part in NX CAM.
Simulate the CAM programs to verify their correctness.
Manufacture the part on a CNC machine.

Contribute to a CAD/CAM Open Source Project

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Enhance your skills by contributing to an open-source CAD/CAM project, such as FreeCAD or similar.

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Identify an open-source CAD/CAM project.
Explore the project's codebase and documentation.
Contribute by fixing bugs, writing documentation, or adding new features.

Develop a Custom Post Processor

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Deepen your understanding of NX Post Builder by creating a custom post processor for a specific CNC machine.

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Study the documentation for NX Post Builder.
Analyze the G-code requirements of the target CNC machine.
Create a custom post processor that generates the required G-code.
Test the post processor by generating G-code for various parts.

Career center

Learners who complete Solid Edge(CAD) + NX CAM + NX Mold + NX 2027 CAM Interface will develop knowledge and skills that may be useful to these careers:

CAD/CAM Technician

CAD/CAM Technicians assist engineers and designers in creating and manufacturing products using CAD and CAM software. You'll gain hands-on experience with Solid Edge CAD and NX CAM, learning to create models, generate G code, and optimize machining processes. A CAD CAM Technician is an important position, and you may get closer to achieving it by training in this course.

See salaries and explore the career path for CAD/CAM Technician

CAM Programmer

A CAM Programmer uses computer aided manufacturing software to create programs that control CNC machines. This course directly prepares you for this role with its comprehensive NX CAM training. You'll learn to generate G code for milling, turning, and wire EDM operations, including multi axis machining. The course includes practical projects and covers post builder customization. You can confidently create efficient and accurate machining programs as a CAM Programmer after taking this course.

See salaries and explore the career path for CAM Programmer

Mold Designer

A Mold Designer designs molds for manufacturing plastic parts. You'll learn the core aspects of mold design, including defining core and cavity regions, creating parting surfaces, and using mold base libraries. The course also covers creating cooling and ejection systems and generating bills of materials. A Mold Designer benefits from taking this course by learning how to create complete mold tooling designs using NX Mold Wizard.

See salaries and explore the career path for Mold Designer

CAD Designer

A CAD Designer creates technical drawings and 3D models using computer aided design software. This course helps build a foundation in Solid Edge CAD, covering sketching, modeling, assembly, and drafting. You'll learn to create 3D parts and surfaces, use various modeling features, and generate assembly drawings, all essential skills for a CAD designer. Taking this course gives you a hands-on approach to Solid Edge, preparing you to design parts and assemblies effectively.

See salaries and explore the career path for CAD Designer

Design Engineer

As a Design Engineer, it is important to know how to create and analyze engineering designs. This course provides a foundation in Solid Edge CAD for creating 3D models and technical drawings. Design Engineers design components and systems, and improve existing products. Taking this course will prepare you to tackle engineering design challenges effectively and efficiently.

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Tooling Engineer

A Tooling Engineer designs and oversees the creation of tools and fixtures used in manufacturing. With the training on NX Mold Wizard, and NX CAM this course, it provides a strong entry point for tooling design challenges. You'll learn to design mold tooling inserts, select standard mold bases, and create cooling channels. A Tooling Engineer can optimize tool designs for performance and longevity with skills learned in this course.

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Manufacturing Engineer

A Manufacturing Engineer improves manufacturing processes and designs efficient production systems. This course helps provide a solid understanding of both CAD and CAM, allowing a Manufacturing Engineer to optimize designs for manufacturability. The course's coverage of NX CAM helps optimize machining processes and reduce production time. As a manufacturing engineer, you will be well positioned to improve overall efficiency when you take this class.

See salaries and explore the career path for Manufacturing Engineer

Product Designer

A Product Designer creates and develops new product designs. The Solid Edge CAD training helps product designers create detailed 3D models and technical drawings. A Product Designer can quickly prototype and visualize their ideas using the skills taught in this course. The course provides a practical foundation in CAD software, essential for bringing product concepts to life.

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CNC Machinist

A CNC Machinist sets up and operates computer numerical control machines to manufacture parts. The knowledge acquired in this course about G code, milling, turning, and wire EDM operations directly translates to the practical skills needed. Understanding CAM software, as taught in this course, helps a CNC Machinist optimize machining processes and troubleshoot issues. To more easily communicate with CAM programmers, and to gain more versatility in the field, a CNC Machinist may find this course extremely helpful.

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Manufacturing Technician

A Manufacturing Technician supports manufacturing processes by operating equipment, troubleshooting issues, and ensuring quality control. This course provides a solid foundation in CAD CAM principles, enabling them to understand and optimize manufacturing workflows. The G code and CNC knowledge taught in this course will also be useful.

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Industrial Designer

Industrial Designers combine art, business, and engineering to design the products people use every day. They focus on both the appearance and function of products. This course helps you learn how to use CAD software which is an integral part of the job. It allows you to learn the skills that you will need for a career as an industrial designer.

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Mechanical Engineer

A Mechanical Engineer researches, designs, develops, manufactures, and tests mechanical devices and systems. This course offers coverage of CAD, CAM and mold design which can all be useful to a mechanical engineer. It may be particularly useful for mechanical engineers involved in the manufacturing and design of mechanical components.

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Production Supervisor

Production Supervisors oversee manufacturing processes and ensure that production goals are met. This course helps you understand CAD CAM workflows, optimize machining processes, and improve overall production efficiency. Production Supervisors are an important part of any manufacturing process, and this course is a great way to level up your hard and soft skills.

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Simulation Specialist

A Simulation Specialist uses software to model and simulate the behavior of physical systems. This course helps with exposure to CAD software, which is often used to create the models required for simulations. Skills in setting parameters and interpreting the results of the simulations will be needed for this role.

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Robotics Technician

Robotics Technicians build, maintain, and repair robots and automated systems. This course may familiarize a robotics technician with CAD CAM software, that is used to program and control robotic systems. Some knowledge of mechanical engineering and electronics may also be needed to take this career seriously.

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Solid Edge(CAD) + NX CAM + NX Mold + NX 2027 CAM Interface

What's inside

Learning objectives

Syllabus

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Reviews summary

Comprehensive cad/cam/mold training

Activities

Career center

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