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Intelligent Manufacturing: Smart Choice
Intelligent Manufacturing: Smart Choice
Intelligent Manufacturing: Smart Choice
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Intelligent Manufacturing: Smart Choice

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A comprehensive step-by-step approach for Manufacturing Professionals to Embark on a Digital Transformation journey to take on Competition and be Sustainable as part of your business strategy. With help of this book, one can relate easily the advance manufacturing techniques with conventional wisdom and practices to increase productivity, reduce

LanguageEnglish
PublisherSunil Wadhwa
Release dateMar 13, 2023
ISBN9781802279146
Intelligent Manufacturing: Smart Choice

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    Intelligent Manufacturing - Sunil Kumar Wadhwa

    eBook

    Intelligent Manufacturing

    Intelligent Manufacturing

    A Smart Choice…

    Abstract

    This book contains general information only, and the author or contributors are not, by means of this publication, rendering accounting, business, financial, investment, legal, tax, or other professional advice or services. Your use of the book’s contents is not a substitute for such professional advice or services, nor should it be used as a basis for any decision or action that may affect your finances or your business.

    Before making any decision or taking any action that may affect your finances or your business, you should consult a qualified professional. Author does not make representation or warranty, express or implied. Your use of the book’s contents is solely at your own risk. This book may contain links to third party content, which author does not warrant, endorse, or assume liability for.

    Sunil Kumar Wadhwa

    Swadhwa2097@gmail.com

    Copyright © 2023 by Sunil Wadhwa

    All rights reserved. No part of this book may be reproduced or used in any manner without written permission of the copyright owner except for the use of quotations in a book review. For more information, contact: Swadhwa2097@gmail.com

    First paperback edition 2023

    978-1-80227-915-3 (paperback)

    978-1-80227-914-6 (eBook)

    Acknowledgments

    I feel immense pleasure in writing my first book. Inspired by my beloved parents, family, teachers, colleagues, partners and students of all ages and groups. I was fortunate to travel to many countries in last 30+ years during my professional career and learn while working with professionals of Manufacturing, Industrial Automation, and IT systems. My sincere thanks to all who contributed to my work directly or indirectly and look forward to receiving your patronage and blessings in future as well.

    I have witnessed and experienced many changes in technology over past several decades, but nothing as compared to Industry 4.0 revolution. The enormity of impact and complexity has moved every pebble in Industrial world. Being in the middle of this exponential change, one of the greatest challenges is sharing the knowledge and learnings as we embrace the new technology. This book is my bit of contribution to be the bridge to connect among technical & industrial community. While I enjoyed writing this book, I hope this learning and sharing of knowledge will continue to grow with your valuable feedbacks and support.

    Contents

    Introduction

    Change is Imminent

    Industry 4.0 Challenges

    Who is Henrik von Scheel?

    The Journey so Far

    Key Pressure Points of Manufacturing

    Key Business Challenges addressed by Intelligent Manufacturing

    Primary Business Drivers of Industry 4.0

    Industry 4.0 Ecosystem (Overall)

    Industry 4.0 Ecosystem for Manufacturing

    Industry 4.0 and Intelligent Manufacturing Initiatives

    Skills and Education

    Big Data for Manufacturing

    Water Cycle Analogy of Data Cycle

    Fabric of Industry 4.0

    Five Layers of Automation Pyramid

    Level 0 – Field Level/Production Process

    Level 1 – Control Level/Sensing and Manipulation

    Level 2 – Supervisory Level/Monitoring and Supervising (SCADA)

    Level 3 – Execution and Operations Management

    Level 4 – Enterprise Level (Business Planning and Logistics)

    Level 5, 6 & 7 – Cloud layer

    Design Consideration for Cyber-Physical System

    Lifecycle Value Stream

    Hierarchy Levels

    Architecture Layer

    Core Design Principles

    Cloud-Native Architecture

    The Five Stages of Product Design Thinking

    Communication Protocols

    Proprietary Interfaces

    OPC Protocol

    OPC UA Protocol

    PLC4X

    MQTT & AMQP Protocols

    Apache Kafka

    Apache NiFi – S2S Protocol

    Manufacturing Execution System (MES/MOM) (Level-3)

    1. Production Management, Execution/Workflow

    2. In-Process Quality Management

    3. Data Management/Data Collection

    4. Regulatory Compliance/Track-Trace/Automated Routing

    5. Analytics/Reporting/Performance

    6. Production Equipment Integration

    7. Enterprise Integration Architecture

    8. Usability/User Experience

    9. Deployment Experience and Options

    10. Ease of System Upgrade

    11. MES/MOM Architectural Innovation

    Business Use Cases

    Productivity Suite

    Agile Production Planning and Scheduling

    Overall Equipment Effectiveness (OEE)

    Throughput

    Cycle Time

    Changeover Time

    Takt Time

    Track and Trace

    Inventory Turns

    Return on Assets (ROA)

    Downtime to Operating Time

    Capacity Utilization

    First Pass Yield

    Predictive Production and Transparency in Delivery

    Intelligent Supply Chain

    Predictive and Prescriptive Analytics

    Predictive Maintenance

    Prescriptive Maintenance

    Predictive Quality

    Additive Manufacturing or 3D printing

    Digital Twin

    Component Twins/Parts Twins

    Asset Twins

    System or Unit Twins

    Process Twins

    Competitive Gains using Intelligent Manufacturing

    Glossary

    Testimonials

    References

    Table of Figures

    Figure 1: Industrial Smoke’s color reveals fuel type

    Figure 2: Industrial revolution at gigantic scale

    Figure 3: Survey on Top Challenges in Deploying IIoT Technology (Source: LNS Research)

    Figure 4: A history of Industrial Revolutions

    Figure 5: Paradigm Shift in Key Success Factor

    Figure 6: Digitally – Primary Business Drivers of Industry 4.0

    Figure 7: 17 Pillars of Fourth Industrial Revolution 4IR (Source: The Manufacturer)

    Figure 8: Overall Industry 4.0 Ecosystem

    Figure 9: Industry 4.0 Ecosystem

    Figure 10: IIoT Use cases (Source: Orange_5G_IIot_whitepaper_dec2018)

    Figure 11: Big data is World’s Natural Resource for next century

    Figure 12: Three Vs of Big Data

    Figure 13: Big Data Market CAGR figures (Source: Data Age 2025, by Seagate, Nov 2018)

    Figure 14: Hydrosphere and water cycle

    Figure 15: Manufacturing Data Cycle

    Figure 16: Data Lake Layers and Pipeline

    Figure 17: Classical Siloed System in an Enterprise

    Figure 18: Integrated and Connected Systems in manufacturing process

    Figure 19: Automation Pyramid and its Functional layers

    Figure 20: SCADA system at level-2

    Figure 21: Real Time Data from SCADA /MES sent to upper-level Business Applications

    Figure 22: Data Lake operational excellence

    Figure 23: Reshape the Automation Pyramid (Source: OPCFoundation.org webpage by SAP SE)

    Figure 24: The RAMI 4.0, Reference Architecture Model Industry 4.0 (Source: www.zvei.org)

    Figure 25: Design Thinking is a 5-Stage Process (Source: interaction-design.org)

    Figure 26: Connectivity Solution Diagram with an Enterprise (Source; Atos SE, 2021)

    Figure 27: Digital manufacturing proprietary network landscape

    Figure 28: OPC UA for Field Level Communication (Source: https://opcconnect.opcfoundation.org)

    Figure 29: End-to-end Kafka Data Pipeline (Source: www.instaclustr.com)

    Figure 30: Business Value of MES Implementation Survey (Source: MESA International/Gartner, 2017)

    Figure 31: Functional Definition of Production System and Data Flow (Source: www.isa.org)

    Figure 33: OEE Calculations demonstration

    Figure 34: Bottleneck Management Solution

    Figure 35: Advance Manufacturing value chain

    Figure 36: Typical ERP-MES Interface topics

    Figure 37: Intelligent Supply Chain Management solution

    Figure 38: Potential of three-dimensional printing for orthopaedic applications

    Figure 39: A Schematic Flow of creating three dimensional (3D) printed product

    Figure 40: K, Sreenivasulu Manager HR, HRBP at Mahindra & Mahindra (Sep 2022) after a session conducted on Advance Manufacturing for 100+ their employees.

    Figure 41: Hardikar, Saket (Sep 2022) wrote after conducting an interview on "Impact of Agile Manufacturing on production Planning and Sequencing on Automotive World.

    List of Tables

    Table 1: Common Terms and Definitions for Data operations

    Table 2: Characteristics of enabling technologies

    Introduction

    At times, white smoke can often mean that material is off-gassing moisture and water vapour, meaning the fire is just starting to consume the material. White smoke can also indicate light and flashy fuels such as grass or twigs.

    Smoke is made up of particulates, aerosols and gases, and identifying the characteristics of each in a given smoke plume can be helpful when fighting fires. Reading smoke can tell a firefighter what is currently happening with a fire as well as what might happen in the future. One particularly important factor in predicting fire behaviour is the colour of the smoke emitted.

    Smoke is the by-product of the fuels it is burning. The colour of the smoke indicates to firefighters the type and density of the fuels involved, all of which give hints as to what the fire might do next.

    Thick, black smoke indicates heavy fuels that are not being fully consumed. At times,

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