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Design for Manufacturability and Assembly(DFMA)

Objectives:

  • Understand how DFM impacts product cost and quality
  • Identify ways to simplify product and reduce part count
  • Understand the six principles of mistake-proofing and application
  • Learn the principles of design for assembly for mechanical parts
  • Demonstrate examples of good and bad design for manufacturability
  • Illustrate how to optimize tolerances to enhance manufacturability
  • Explain the 10 key steps for DFM implementation
  • Describe practical methodology for analyzing manufacturability

Agenda:

  • DFMA Introduction and impact on Cost
  • Principles of Design for Assembly
  • Simplicity – Minimize Part Count and Consolidate Part Functions
  • Commonality and Standardization Approaches and Methods
  • Mistake-Proofing Approaches and Methodologies
  • Component Selection Guidelines
  • General DFM Guidelines and Framework
  • Material and Process Evaluation
  • Raw Material Standardization
  • Machining Guidelines and Examples
  • Design for Supply Chain
  • Effect of Tolerances on manufacturing
  • Tolerance optimization
  • Role of Solids and Assembly Modeling in DFM/A Evaluation
  • How to Effectively Consider Design Alternatives to Address DFMA Issues

Who can attend?

  • Product engineers / designers or Manufacturing / Assembly engineers
  • Fresh graduates Seeking Design Jobs
  • Product development engineers for enhancing their skills
Cost (INR) : 3,500 -/-