Engineer Products and Processes to Perform Flawlessly Under Real-World Conditions
Traditional quality control focuses on inspecting defects after they occur. Robust Design is a proactive engineering philosophy that builds quality into products and processes at the design stage, making performance insensitive to variations in manufacturing, environment, and customer use. This comprehensive course introduces the principles of Robust Design, empowering you to create solutions that deliver consistent, high-level performance even in the presence of uncontrollable "noise" factors.
What You Will Learn
By the end of this course, you will be able to:
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Define Robust Design and contrast it with traditional quality control methods.
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Identify key concepts including the Taguchi Loss Function, noise factors, and control factors.
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Understand the core objective of minimizing performance variation around a target value.
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Apply the basic principles of parameter design and tolerance design.
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Recognize the strategic benefits of Robust Design, including reduced costs, higher reliability, and increased customer satisfaction.
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Outline a structured approach for integrating robustness into the development process.
Course Curriculum
The course is structured into detailed modules for foundational understanding:
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Module 1: The Philosophy of Robustness: Moving Beyond Inspection-Based Quality
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Module 2: The Toolkit for Robustness: Key Concepts and Methodologies
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Module 3: Implementing Robust Design: A Practical Framework for Development
Who Is This Course For?
This course is designed for professionals involved in product and process development, including:
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Design and Product Engineers
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Research & Development (R&D) Engineers
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Quality and Reliability Engineers
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Process and Manufacturing Engineers
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Anyone involved in new product introduction
Prerequisites
There are no formal prerequisites for this course. An engineering or technical background is beneficial.
Course Features & Included Materials
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Comprehensive eLearning: Complete the 2 hours of conceptual and practical instruction.
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Conceptual Illustrations: Clear diagrams and examples to explain core Robust Design principles.
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Comparative Analysis: Learn how Robust Design complements other quality tools like FMEA and DFSS.
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Implementation Checklist: A downloadable guide for starting Robust Design initiatives.
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Certificate of Completion: Earn a verifiable, with a unique ID and QR code, soft-copy certificate issued via the QCI training portal. Validate your achievement anytime at https://pathshala.qcin.org/.
Enroll Today and Learn to Build Quality In, Not Inspect It Out!
Invest two hours to master a design philosophy that prevents problems before they start. Create products that work perfectly not just in the lab, but in the hands of your customers, leading to superior quality and lower lifetime costs.
For more information, please contact:
Rohit Varshney at rohit.varshney@qcin.org, Ph. 9773500376