Training Programs Trades Certified Manufacturing Engineer (CMfgE) (Voucher Included)

Certified Manufacturing Engineer (CMfgE) (Voucher Included)

The CMfgE course is ideal if you have advanced manufacturing engineering experience, are in a leadership position, or support manufacturing practices at a manufacturing organization.

Certified-Manufacturing-Engineer
$2,595.00 (USD)

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  • Overview
  • Objective
  • Syllabus
  • Requirements
  • Prerequisites
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Overview

Objective

Syllabus

Requirements

Prerequisites

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Instructor

FAQs

What kind of salary can I expect as a certified manufacturing engineer?

According to Indeed.com, the average manufacturing engineer salary is $84,822 per year in the U.S.

What is a manufacturing engineer?

ZipRecruiter states that a manufacturing engineer is a specialized engineer who improves product manufacturing processes. As a manufacturing engineer, your primary duties are to design and develop production systems and improve the tools and systems within the manufacturing process. You will use computer software such as CAD to create, modify, and test the products and manufacturing processes.

What is advanced manufacturing?

According to Manufacturing.org, advanced manufacturing refers to the use of innovative technologies to create new and existing products.

Does this course prepare you for a certification?

Yes. You will be prepared for the Certified Manufacturing Engineer (CMfgE) offered by SME.

What specific skills in advanced manufacturing will I learn in this course?

This covers concepts and skills in additive manufacturing, robotics, and smart manufacturing.

Does the course include a focus on quality control and process improvement techniques?

Yes. This course covers quality and lean management concepts.

How is advanced manufacturing different from traditional manufacturing, and does the course cover these differences?

Traditional manufacturing typically involves established, linear production processes that are labor-intensive and focus on mass production and standardization. This approach prioritizes quantity over customization, with less integration of digital technologies and adaptability.

Advanced manufacturing, in contrast, integrates innovative technology, automation, and data analytics into production, emphasizing efficiency, customization, and sustainability. Techniques such as robotics, artificial intelligence, and the Internet of Things (IoT) are commonly used, focusing on flexibility, precision, and rapid adaptation to market changes.

Example in the Electronics Manufacturing Industry

In the electronics industry, an example of advanced manufacturing is the use of automated assembly lines with robotics and AI for producing smartphones. Companies like Foxconn use advanced robotics to assemble intricate electronic components with high precision and speed, allowing for rapid production and customization according to client specifications. This contrasts with traditional manufacturing processes that might rely heavily on manual assembly and less flexible production lines, leading to longer production times and higher labor costs.

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