Quality Methods & Tools Masterclass: Boosting Performance

Quality Methods & Tools Masterclass: Boosting Performance, available at $59.99, has an average rating of 4.71, with 47 lectures, 36 quizzes, based on 7 reviews, and has 29 subscribers.

You will learn about Experience organizing a Continuous Improvement Environment. From leadership skills, a suitable shop-floor working place, reporting and PDCA, DMAIC, OASIS cycles Learn effective and efficient Quality Methods & Tools like Q-matrix, Pareto, 8D report, 5W2H, Histogram, Ishikawa, SPC, MSA, Hypothesis Testing, DoE and FME(D)A Experience Methods & Tools like Brainstorming, Creative Thinking, Action Plan and external technical support or mind shift solving mainly non-random problems Learn Methods & Tools like Implementation & Sampling, Control Plan etc. Implementing the Solutions and Controlling the Processes Experience Methods & Tools for Standardization and Failure prevention like FMEA, Sampling Plan, Poka Yoke, Check lists, Audits and Risk based approaches Get first hand industry references how to solve failures best for Casting, Broaching & Inductive Hardening, Thread cutting, Bonding and Heat Treatment This course is ideal for individuals who are Professionals seeking to enhance their expertise in Continuous Improvement methodologies. or Quality control and assurance specialists looking to master advanced Quality Methods and Tools. or Team leaders and managers aiming to improve processes and problem-solving skills. or Engineers and technicians involved in process improvement and quality assurance. or Individuals in manufacturing, production, and related industries. or Anyone interested in gaining industry-specific insights into failure prevention and problem-solving. It is particularly useful for Professionals seeking to enhance their expertise in Continuous Improvement methodologies. or Quality control and assurance specialists looking to master advanced Quality Methods and Tools. or Team leaders and managers aiming to improve processes and problem-solving skills. or Engineers and technicians involved in process improvement and quality assurance. or Individuals in manufacturing, production, and related industries. or Anyone interested in gaining industry-specific insights into failure prevention and problem-solving.

Enroll now: Quality Methods & Tools Masterclass: Boosting Performance

Summary

Title: Quality Methods & Tools Masterclass: Boosting Performance

Price: $59.99

Average Rating: 4.71

Number of Lectures: 47

Number of Quizzes: 36

Number of Published Lectures: 47

Number of Published Quizzes: 36

Number of Curriculum Items: 83

Number of Published Curriculum Objects: 83

Original Price: $89.99

Quality Status: approved

Status: Live

What You Will Learn

Experience organizing a Continuous Improvement Environment. From leadership skills, a suitable shop-floor working place, reporting and PDCA, DMAIC, OASIS cycles
Learn effective and efficient Quality Methods & Tools like Q-matrix, Pareto, 8D report, 5W2H, Histogram, Ishikawa, SPC, MSA, Hypothesis Testing, DoE and FME(D)A
Experience Methods & Tools like Brainstorming, Creative Thinking, Action Plan and external technical support or mind shift solving mainly non-random problems
Learn Methods & Tools like Implementation & Sampling, Control Plan etc. Implementing the Solutions and Controlling the Processes
Experience Methods & Tools for Standardization and Failure prevention like FMEA, Sampling Plan, Poka Yoke, Check lists, Audits and Risk based approaches
Get first hand industry references how to solve failures best for Casting, Broaching & Inductive Hardening, Thread cutting, Bonding and Heat Treatment

Who Should Attend

Professionals seeking to enhance their expertise in Continuous Improvement methodologies.
Quality control and assurance specialists looking to master advanced Quality Methods and Tools.
Team leaders and managers aiming to improve processes and problem-solving skills.
Engineers and technicians involved in process improvement and quality assurance.
Individuals in manufacturing, production, and related industries.
Anyone interested in gaining industry-specific insights into failure prevention and problem-solving.

Target Audiences

Professionals seeking to enhance their expertise in Continuous Improvement methodologies.
Quality control and assurance specialists looking to master advanced Quality Methods and Tools.
Team leaders and managers aiming to improve processes and problem-solving skills.
Engineers and technicians involved in process improvement and quality assurance.
Individuals in manufacturing, production, and related industries.
Anyone interested in gaining industry-specific insights into failure prevention and problem-solving.

Enhance Your Skills with this Comprehensive Continuous Improvement Course:

Master the Art of Organizing a Continuous Improvement Environment:

– Develop Exceptional Leadership Skills

– Create an Optimal Shop-Floor Working Environment

– Learn Effective Reporting Techniques

– Implement PDCA, DMAIC, and OASIS Cycles

Harness the Power of Quality Methods & Tools:

– Utilize Q-matrix and Pareto Analysis

– Master 8D Reporting

– Employ 5W2H and Histogram Tools

– Apply Ishikawa Diagrams and Statistical Process Control (SPC)

– Become Proficient in Measurement System Analysis (MSA)

– Ace Hypothesis Testing, Design of Experiments (DoE), and FME(D)A

Develop Innovative Problem-Solving Skills:

– Explore Brainstorming and Creative Thinking Techniques

– Craft Effective Action Plans

– Seek External Technical Support for Non-Random Problem Solving

Implement Solutions and Control Processes:

– Learn Methods & Tools for Implementation & Sampling

– Create Robust Control Plans

– Gain Hands-On Experience in Solution Implementation and Process Control

Ensure Standardization and Prevent Failures:

– Master FMEA (Failure Modes and Effects Analysis)

– Create Effective Sampling Plans

– Implement Poka Yoke and Checklists

– Conduct Audits and Embrace Risk-Based Approaches

Gain Industry Insights from Real-world Examples:

– Explore Best Practices for Solving Failures in Casting, Broaching and inductive Hardening, Thread Cutting, Bonding, and Heat Treatment

Some effective Tools and Templates, as well as some Literature or web links, are provided.

This Course is Perfect for:

– Professionals seeking to enhance their expertise in Continuous Improvement methodologies.

– Quality control and assurance specialists looking to master advanced Quality Methods and Tools.

– Team leaders and managers aiming to improve processes and problem-solving skills.

– Engineers and technicians involved in process improvement and quality assurance.

– Individuals in manufacturing, production, and related industries.

– Anyone interested in gaining industry-specific insights into failure prevention and problem-solving.

Course Curriculum

Chapter 1: Step 1: Organise an effective Process Environment for Continuous Improvement

Lecture 1: Contents

Lecture 2: Introduction

Lecture 3: Commitment and Resources

Lecture 4: About Leadership

Lecture 5: Possible Conflicts and Don'ts and Does

Lecture 6: An accepted Working and Meeting place and Don'ts & Does

Lecture 7: An effective Working Process: PDCA, DMAIC and The Golden Cycle

Lecture 8: PDCA details, the Couple Principle, RACI matrix and Don'ts & Does

Lecture 9: Targeted Visualisation & Reporting (introduction)

Lecture 10: Targeted Visualisation & Reporting details and Don'ts & Does

Lecture 11: Summary & Recommendation

Lecture 12: Next steps and Thank you !

Chapter 2: Step 2: Analyse the problem with best fitting Quality Tools

Lecture 1: Contents part 2

Lecture 2: Summary part 1 and The Golden Cycle

Lecture 3: Introduction: Reporting and Visualisation, Q-Matrix and Target-Actual Chart

Lecture 4: Pareto Diagram (advanced)

Lecture 5: One-Pager (8D Report or A3 Sheet)

Lecture 6: Target-Actual Chart

Lecture 7: Check Sheet and Histogram

Lecture 8: Cause and Effect Diagram (Ishikawa or Fishbone)

Lecture 9: Process Capability part 1

Lecture 10: Process Capability part 2

Lecture 11: Statistical Process Control (SPC) Diagram and rules to intervene

Lecture 12: Correlation Diagram

Lecture 13: Measurement System Analysis (MSA) part 1

Lecture 14: Measurement System Analysis (MSA) part 2

Lecture 15: Hypothesis Testing (Basics)

Lecture 16: Design of Experiment (DoE) Basics

Lecture 17: Failure Mode and Effect Analysis (FMEA) Basics

Lecture 18: Summary and Recommendation

Lecture 19: Next Steps

Chapter 3: Step 3: Solve the Problem incl. Technical Support

Lecture 1: Contents Steps 3 to 5 of The Golden Cycle

Lecture 2: Summary Step 2

Lecture 3: Solve the problem incl. Technical Support part 1 Definition

Lecture 4: Solve the problem incl. Technical Support part 2 Tools to develop ideas

Lecture 5: Solve the problem incl. Technical Support part 3 Tools to develop ideas

Lecture 6: Solve the problem incl. Technical Support part 4 Why Technical Support

Chapter 4: Step 4: Implement Series Measures and Success (Process) Control

Lecture 1: Implement series measures and Process Control

Chapter 5: Step 5: Standardise the Solutions and prevent Failures

Lecture 1: Standardise the solution and prevent Failures

Chapter 6: Continuous Improvement Project References in Automotive and other Industry

Lecture 1: Reference 1 Die Casting of Car Chassis Aluminum parts

Lecture 2: Reference 2 Inductive Hardening and Broaching of gear wheels part 1

Lecture 3: Reference 2 Inductive Hardening and Broaching of gear wheels part 2

Lecture 4: Reference 3 Threat Cutting of Cast Iron Parts

Lecture 5: Reference 4 Bonding of an Automotive Battery Cover

Lecture 6: Reference 5 Heat Treatment of Tools, Allen keys

Chapter 7: Summary and Recommendation of The Golden Cycle

Lecture 1: Summary Steps 3 to 5 of The Golden Cycle

Lecture 2: Recommendations and Lessons Learned

Instructors

Dr. Jorg Demmel
Engineer & Doctor with > 25 years of industrial experience

Rating Distribution

1 stars: 0 votes
2 stars: 0 votes
3 stars: 1 votes
4 stars: 1 votes
5 stars: 5 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

Menu