The Seven Basic Tools Of Problem Solving

The Seven Basic Tools Of Problem Solving
Last updated 2/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English

| Size: 800.43 MB[/center]
| Duration: 1h 49m
Unlock the Power of the 7 Basic Tools

What you'll learn

Understanding the 7 Basic Tools: Participants should be able to identify and describe each of the 7 basic tools of problem solving.

Applying the Tools: Participants should gain practical experience in using these tools to address real-world problems and challenges.

Problem Identification: Participants should learn how to identify and define problems or issues in a clear and specific manner.

Root Cause Analysis: The course should provide techniques for conducting root cause analysis.

Visual Communication: Participants should learn how to visually represent data and findings using charts, graphs, and diagrams.

Decision-Making: The course should help participants make informed decisions based on data analysis and problem-solving efforts.

Process Improvement: Participants should gain an understanding of how to use the tools to identify opportunities for process improvement.

Requirements

Entry Level Course - No Experience Required

Description

Are you ready to become the go-to problem solver in your organization? Do you want to equip yourself with the essential skills that drive continuous improvement and lead to exceptional results?Look no further! Our online course, "Master Structured Problem Solving," is your gateway to becoming a problem-solving maestro. Dive deep into the world of structured problem-solving using the renowned 7 Basic Tools, and elevate your problem-solving game to new heights. Course Highlights:Mastery of the 7 Basic Tools: Gain an in-depth understanding of Check Sheets, Pareto Charts, Fishbone Diagrams, Histograms, Scatter Diagrams, Control Charts, and Flowcharts. Unlock the potential of each tool and learn when and how to use them effectively. Real-World Application: Put theory into practice with hands-on exercises and real-life case studies. Solve actual business challenges and witness immediate, tangible results.Data-Driven Decision Making: Develop the skills to collect, analyze, and interpret data like a pro. Make informed decisions that lead to precise problem identification and targeted solutions.Spot Hidden Issues: Sharpen your problem-spotting abilities. Learn how to differentiate between symptoms and root causes, allowing you to tackle the heart of the problem head-on.Continuous Improvement Culture: Foster a culture of excellence within your organization. Discover how structured problem-solving becomes a way of life, resulting in higher quality, lower waste, and increased productivity.

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Templates

Section 2: The Check Sheet

Lecture 3 The Check Sheet

Section 3: Pareto Charts

Lecture 4 The Pareto Chart

Section 4: Histograms

Lecture 5 The Histogram

Section 5: Process Maps

Lecture 6 What is a Process?

Lecture 7 Everything is a Process

Lecture 8 Why Map?

Section 6: Fishbone Diagrams

Lecture 9 Fishbone Diagram

Section 7: Control Charts

Lecture 10 Control Chart

Lecture 11 Control Chart Assignment Overview

Section 8: Scatter Diagrams

Lecture 12 Mechanics of the Scatter Diagram

Lecture 13 Interpreting Scatter Diagrams

Lecture 14 Scatter Diagram Assignment Overview

Section 9: Wrap Up

Lecture 15 Wrap UP

Quality and Continuous Improvement Professionals: Quality managers, engineers, and other professionals responsible for improving processes and ensuring product or service quality can greatly benefit from this course. The 7 basic tools are often foundational in quality management.,Operations and Production Teams: Team members and supervisors in manufacturing, production, or operations roles can use these tools to identify and address issues related to production efficiency, defects, and waste reduction.,Project Managers: Project managers can incorporate problem-solving tools to manage project risks, address issues that arise during the project, and ensure successful project outcomes.,Engineers and Technicians: Engineers and technicians in various fields can apply these tools to troubleshoot technical problems, analyze data, and make informed decisions to optimize processes and systems.,Managers and Supervisors: Managers and supervisors in any industry can use these tools to lead problem-solving efforts within their teams, fostering a culture of continuous improvement,Students and Academics: Students pursuing degrees in engineering, business, management, or related fields can gain valuable problem-solving skills by learning the 7 basic tools,Anyone Interested in Problem Solving: Problem-solving skills are valuable in everyday life. Individuals looking to improve their ability to analyze and solve problems, whether personal or professional, can benefit from this course.