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Manufacturing Skills Class Topics

 

Multi Short-Topic Classes

An employer selected this employee, among others, to take emc manufacturing skills training course. COurses include - Continuous Improvement FMEA GR&R Lean Manufacturing KPI NPI OEE Process Capability Root Cause Analysis Standard Work SPC Bill of Materials Cross Functional Meetings Debrief Meetings Change Requests & Orders First Article Inspection Lessons Learned Roles & Responsibilities Packaging, Shipping & Logistics Safety & Ergonomics Proof-of-Concept Through Full-Scale Production Quality Management Tools Takt Times, Lead Time, Cycle Time Applied Statistics Conflict Resolution Non-Destructive Testing Metrology Statistical Process Control - Process Capability Manufacturing Production Processes.
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These are individual short topics that can be selected and grouped into one session. Select as many as you would like.

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Please contact us if you are interested in learning more about the content and availability of these reasonably-priced on-line manufacturing skills training classes. We can also discuss the best scheduled date and time for your employees to participate. ​ apucino.EMC@gmail.com
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Foundation of production planning systems. A comprehensive inventory of the raw materials, assemblies, subassemblies, parts, and components.
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Session held upon completing a project. Starts with a survey containing 3 key questions: what went right, wrong, and what needs to be improved.
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Defining the differences in, and usage of Takt Time, Lead Time and Cycle Time for a product. Defining the differences in, & usage of Takt  Lead & Cycle Time for a product.  
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Introduction to Fixed Position Manufacturing, the Production Line Operation, Continuous Flow, and Custom Manufacturing.
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Obtained to assess critical processes relative to a set of predetermined objectives to access how well the manufacturer is performing.
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Utilizes a structured and well-planned process that companies use to successfully define, develop, and launch new or improved products.
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If engineering design and manufacturing operation changes are not managed properly, can be too slow to properly implement and contain errors.
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Proper packaging, shipping, and the logistics of providing manufactured products to the client is essential to ensure customer satisfaction.
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Team members with differing functional expertise from various departments working together toward the common goal of solving a specific problem.
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Determines whether the manufacturing process is capable of making parts to meet the customers’ specification requirements.
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Employing quality tools, enhancements in productivity, production effectiveness, quality, safety, and waste reduction can be realized.
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Determines if the precision of a measurement system being used is adequate to meet the customer’s specified requirements.
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Problem solving tools to determine the root cause of a problem and provide corrective action to eliminate it form reoccurring.
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Ensure that processes are performed according to the current state, providing task consistency, minimizing errors and unnecessary waste.
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Statistical method that regulates manufacturing processes by charting production part measurements against already established control limits.
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Improve product quality and reliability by providing for early identification and elimination of potential failure modes before production begins.
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Measures percentages of machine availability, throughput performance, production quality, & combines these metrics into one overall value, OEE.
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An employer must provide three levels of safety controls: Engineering, Administrative, and Personal Protective Equipment (PPE).
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Structured processes to discuss and evaluate what occurred during a particular event and then reflecting on what went well, what went wrong.
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A formal method of providing a compliance report to the customer measurement for each manufactured feature of a part or assembly.
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Proof of Concept tests followed by Prototyping, then a Pilot Run, then a First Article Run & Inspection leading to full-scale production.
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Choosing between manufacturing a product in-house or purchasing it from an external supplier, comparing the costs and advantages of each.
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The manufacturing personnel’s functions and duties are specific yet intertwined within a manufacturing business.
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 Defining the differences in, and usage of Takt Time, Lead Time and Cycle Time for a product.  
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Hover your cursor over the boxes to the right to see a short description.

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While hovering, left mouse click the "More Info" button to link to an extended course description.

Hover your cursor over the boxes to the right to see a short description.

​

While hovering, left mouse click the "More Info" button to link to an extended course description.

Hover your cursor over the boxes to the right to see a short description.

​

While hovering, left mouse click the "More Info" button to link to an extended course description.

Intro to
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Full Topic

Single Full-Topic Classes

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Hover your cursor over the boxes to the right to see a short description.

​

While hovering, left mouse click the "More Info" button to link to an extended course description.

An employer selected this employee, among others, to take emc manufacturing skills training course. COurses include - Continuous Improvement FMEA GR&R Lean Manufacturing KPI NPI OEE Process Capability Root Cause Analysis Standard Work SPC Bill of Materials Cross Functional Meetings Debrief Meetings Change Requests & Orders First Article Inspection Lessons Learned Roles & Responsibilities Packaging, Shipping & Logistics Safety & Ergonomics Proof-of-Concept Through Full-Scale Production Quality Management Tools Takt Times, Lead Time, Cycle Time Applied Statistics Conflict Resolution Non-Destructive Testing Metrology Statistical Process Control - Process Capability Manufacturing Production Processes online.
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Theses are are available as single topic full class sessions. Each selection will be booked for a single day.

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Hover your cursor over the boxes to the right to see a short description.

​

While hovering, left mouse click the "More Info" button to link to an extended course description.

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Measures percentages of machine availability, throughput performance, production quality, & combines these metrics into one overall value, OEE.
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Quality Tools Workshop rev. 0 [Autosaved
Tools that are used to gather and analyze data in order to make informed decisions to drive process and product improvements.
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An employer must provide three levels of safety controls: Engineering, Administrative, and Personal Protective Equipment (PPE).
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SPC a statistical method that regulates manufacturing processes, and Cpk determines if the manufacturing process is capable of good making parts.
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Determines if the precision of a measurement system being used is adequate to meet the customer’s specified requirements.
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Consists of units of measurement, instrumentation used, and traceability, driving the level of instrument precision needed for the measurement.
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Problem solving tools to determine the root cause of a problem and provide corrective action to eliminate it form reoccurring.
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Focuses on minimizing waste within manufacturing systems while simultaneously maximizing productivity and product flow.
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Focuses on minimizing waste within manufacturing systems while simultaneously maximizing productivity and product flow.
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Employing quality tools, enhancements in productivity, production effectiveness, quality, safety, and waste reduction can be realized.
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  • Twitter
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Ensure that processes are performed according to the current state, providing task consistency, minimizing errors and unnecessary waste.
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Non-invasive testing techniques used to examine product that do not interfere with the integrity or reliability of the product.
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Applied Statistics for my Class 12-16-20
Data analysis and problem solving without the need to understand the mathematical derivation of statistical formulae.
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Improve product quality and reliability by providing for early identification and elimination of potential failure modes before production begins.
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Issues arise in the workplace when there are divergent needs or perspectives. Resolution strategies are used to resolve these issues. 
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Single Full-Topic Classes

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Metallurgical knowledge is necessary for the design, quality assurance, reliability assessment of manufactured components as well as for the analysis of failed components.

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All of these classes are currently available to be delivered on-site at your facility or via a synchronous on-line event where the instructor is connected “live” with the class participants via the Internet. Being in direct contact with each other, both the instructor and the class members have the opportunity for interactive learning which enables the asking and answering questions in real-time.

​

Please contact us if you are interested in learning more about the content and availability of these reasonably-priced on-line manufacturing skills training classes.

 

We can also discuss the best scheduled date and time for your employees to participate.

​

Internet Online classes
Dr. Al Pucino, Ph.D. Instructor -All of these classes are currently available as synchronous on-line events where the instructor is connected “live” with the class participants via the Internet. Being in direct contact with each other, both the instructor and the class members have the opportunity for interactive learning which enables the asking and answering questions in real-time.
Online Workshop
Student with Dr. Al Pucino, Ph.D. Instructor - All of these classes are currently available as synchronous on-line events where the instructor is connected “live” with the class participants via the Internet. Being in direct contact with each other, both the instructor and the class members have the opportunity for interactive learning which enables the asking and answering questions in real-time.
Please contact us if you are interested in learning more about the content and availability of these reasonably-priced on-line manufacturing skills training classes. We can also discuss the best scheduled date and time for your employees to participate. ​ apucino.EMC@gmail.com
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