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Mustafa Bayulgen

This course explores the integration of Flexible Manufacturing Systems (FMS) with Lean Manufacturing principles, emphasizing how a lean transformation facilitates robotics and automation. Participants gain a solid understanding of FMS and Lean principles, delve into Lean tools integration within FMS, and explore robotics and automation integration for enhanced adaptability and precision in manufacturing.

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This course explores the integration of Flexible Manufacturing Systems (FMS) with Lean Manufacturing principles, emphasizing how a lean transformation facilitates robotics and automation. Participants gain a solid understanding of FMS and Lean principles, delve into Lean tools integration within FMS, and explore robotics and automation integration for enhanced adaptability and precision in manufacturing.

Through interactive video lectures, case study analyses, and scenario-based learning activities, participants acquire hands-on skills in optimizing manufacturing processes. Real-world examples highlight successful implementations of FMS, Lean principles, robotics, and automation, fostering skill-building and empowering participants to drive continuous improvement in manufacturing environments.

Designed for manufacturing engineers, operations managers, lean practitioners, and robotics enthusiasts, this intermediate to advanced course offers practical problem-solving experiences and critical analysis of manufacturing scenarios. Pre-requisites include a basic understanding of manufacturing principles and familiarity with Lean concepts, though not mandatory.

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What's inside

Syllabus

Introduction to Flexible Manufacturing Systems (FMS)
Module 1 provides a comprehensive introduction to Flexible Manufacturing Systems (FMS), covering the core concepts, components, types, and applications of FMS in modern manufacturing. Through a series of video lectures and suggested readings, learners gain insights into the importance of flexibility in manufacturing, types of FMS, and real-world applications across various industries.
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Introduction to Lean Manufacturing
Module 2 introduces learners to the foundational concepts of Lean Manufacturing, focusing on its principles, tools, techniques, and implementation strategies.
Bridging the Gap: Integrating FMS with Lean
Module 3 delves into the process of integrating Flexible Manufacturing Systems (FMS) with Lean principles. Participants will explore the significance, challenges, and benefits of combining these methodologies, along with strategies for effective implementation.
Real-world Applications and Future Trends
Real-world Applications and Future Trends explores the practical implementation of Lean principles alongside Flexible Manufacturing Systems (FMS) and delves into emerging technologies shaping the future of manufacturing.

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Develops problem-solving skills through scenario-based learning activities
Emphasizes robotics and automation in a manufacturing context
Incorporates Lean Manufacturing principles into manufacturing systems design, which is standard in industry
Provides hands-on experience with manufacturing process optimization
Appropriate for intermediate and advanced learners with a basic understanding of manufacturing principles

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Lean Manufacturing & Robotics for Flexible Systems with these activities:
Read 'Lean Manufacturing: A Practical Guide for Manufacturers'
Provides a practical guide to Lean manufacturing principles and implementation.
View Lean Manufacturing on Amazon
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  • Read Chapter 1: What is Lean Manufacturing?
  • Read Chapter 2: The Five Principles of Lean Manufacturing
  • Read Chapter 3: Implementing Lean Manufacturing
Analyze case studies of FMS implementation
Develops critical thinking and problem-solving skills in FMS implementation.
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  • Read case studies on successful and unsuccessful FMS implementations
  • Identify key factors contributing to success or failure
  • Develop recommendations for improving FMS implementation
Attend a workshop on FMS and Lean integration
Provides hands-on experience and expert insights into FMS and Lean integration.
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  • Research and identify relevant workshops in the field
  • Register and attend the selected workshop
  • Actively participate in discussions and networking opportunities
Two other activities
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Develop a Lean implementation plan for an FMS-based manufacturing system
Integrates FMS and Lean concepts to enhance manufacturing efficiency and productivity.
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  • Assess the current manufacturing system and identify waste and inefficiencies
  • Develop a Lean implementation plan outlining specific actions and timelines
  • Monitor and evaluate the implementation progress and make adjustments as needed
Contribute to an open-source FMS or Lean software project
Develops practical skills in FMS and Lean principles while contributing to the open-source community.
Browse courses on Lean Manufacturing
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  • Identify suitable open-source FMS or Lean projects
  • Review the project documentation and choose a specific task or module to contribute to
  • Submit a pull request with your contributions to the project

Career center

Learners who complete Lean Manufacturing & Robotics for Flexible Systems will develop knowledge and skills that may be useful to these careers:

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