Cover Image for ASQ Design for Manufacturing, Assembly & Service (DFM/A/S)
Cover Image for ASQ Design for Manufacturing, Assembly & Service (DFM/A/S)
Avatar for ASQ Toronto Section

ASQ Design for Manufacturing, Assembly & Service (DFM/A/S)

Virtual
Get Tickets
Approval Required
Your registration is subject to host approval.
Ticket Price
CA$60.00
Welcome! To join the event, please get your ticket below.
About Event

Event Details

  • Date: Saturday, May 2, 2026

  • Time: 8:30 AM – 12:00 PM

  • Duration: 0.5 Day (Half-Day)

  • Format: Online (Live, Instructor-Led)

  • ASQ Member Price: $60

    • *Course Non-Member Price $96.26

Design decisions lock in up to 80% of total product and service cost.
This half-day DFMA program focuses on eliminating waste at the design stage, where the greatest impact can be achieved.

In this practical, instructor-led session, participants learn how to apply Design for Manufacturing (DFM), Design for Assembly (DFA), and Design for Service (DFS) principles using real robotic assembly and manufacturing case studies.

The course emphasizes simple, structured DFMA thinking, supported by PDCA (Plan–Do–Check–Act), to help teams:

  • Simplify designs

  • Reduce part count

  • Improve assembly flow

  • Enhance serviceability

  • Lower total life-cycle cost—without compromising quality, safety, or functionality

This program is ideal for professionals involved in product, process, equipment, and service design, especially in environments where manufacturing efficiency, reliability, and maintainability matter.


What You Will Learn

DFMA Fundamentals

  • Why 80% of waste is created during design

  • Understanding DFM, DFA, and DFS — and how they differ

  • Linking DFMA to Lean thinking and cost reduction


Design for Manufacturing (DFM)

  • Designing parts for ease of fabrication

  • Reducing manufacturing complexity and variation

  • Material, tolerance, and process considerations


Design for Assembly (DFA)

  • Reducing part count and assembly steps

  • Improving handling, orientation, and insertion

  • Designing for faster, error-free assembly

  • Lessons learned from robotic assembly systems


Design for Service (DFS)

  • Designing products for easy inspection, maintenance, and repair

  • Improving accessibility and service time

  • Reducing downtime and life-cycle service cost


PDCA Applied to Design

  • Using PDCA to review and improve designs

  • Identifying design-related waste early

  • Creating feedback loops between design, manufacturing, and service teams


Real-World Case Studies

  • Robotic assembly design case study

  • Manufacturing and service design examples

  • How small design changes delivered large cost and quality gains


What You Will Do (Hands-On)

Participants will:

  • Analyze real design examples

  • Identify DFMA-related waste

  • Apply PDCA thinking to improve designs

  • Learn how to ask the right design questions early

(Participants are encouraged—but not required—to bring a sample drawing, design, or equipment concept for discussion.)


Who Should Attend?

  • Product Designers & Product Engineers

  • Manufacturing & Process Engineers

  • Quality & Reliability Engineers

  • Maintenance & Service Engineers

  • Manufacturing Managers & Supervisors

  • Anyone involved in design, fabrication, assembly, or service decisions

No advanced DFMA background required.


Why Attend?

By the end of this session, you will:

  • Understand where and why design-driven waste is created

  • Learn how to apply DFMA principles immediately

  • Reduce manufacturing and service complexity

  • Improve product quality, reliability, and serviceability

  • Lower total life-cycle cost through better design decisions


About the Instructor

Charanjit Singh (C.J.) Bawa

C.J. Bawa is a PMP®, ACP®, Lean Six Sigma Black Belt, and Certified Change Agent with over 30 years of global experience in operations, project management, and continuous improvement.

As Founder of QCDMS Consultants and an Authorized Trainer for PMI® and ASQ®, C.J. has trained and coached 15,000+ professionals worldwide, helping organizations deliver over $1 billion in measurable business improvements across manufacturing, healthcare, energy, public service, and regulated industries.

Avatar for ASQ Toronto Section