DMAIC vs DMADV: Understanding Key Differences
In today’s cut-throat competition world, every organization is looking for a way to get maximum output and productivity at minimal costs. One methodology that has been around for decades and has proved its worth...
Discover the Benefits of Integrating BPM with Lean Six Sigma
With enterprises facing extreme competition in a continuously evolving business landscape, it is of paramount importance to have business processes that are improved significantly. And in this regard, Business Process Management (BPM) and Lean...
Effective Six Sigma Defect Reduction Techniques
Six Sigma is a leadership strategy guided by evidence utilizing particular methods and methodologies that contribute to fact-based decision-making. The DMAIC (Define–Measure–Analyze–Improve–Control) approach to addressing the fundamental issue of reducing procedure variability is something...
Understanding Six Sigma Project Selection Criteria
The Lean Six Sigma methodology is implemented to significantly improve business processes. There is an in-depth focus on reducing and eventually eliminating waste and inefficiency. Eradicating problems and improving working conditions creates a more...
Six Sigma in Pharmaceutical Industry Explained
The term "Six Sigma" refers to the statistical measure of near-perfection, intending to achieve six standard deviations between the mean and the nearest specification limit. The methodology applies to many industries and is used...
10 Reasons Organizations Do Not Use Lean Six Sigma
Manufacturers across the globe know the value of Lean and Six Sigma and what it brings to the table. These proven process improvement methodologies have helped many enterprises to improve their productivity, and ROI,...
Six Sigma Calculator: Essential Calculations Explained
Basically, Six Sigma is the application of mathematical formulas and methods to remove defects & product variations. Six Sigma's aim is to enhance and increase productivity in the processes (such as how to correct...
Understanding Root Cause Analysis in Healthcare
There are issues present in every organization across all industries that inhibit or hinder its growth. Organizations need to come up with permanent solutions for these problems so that they do not keep resurfacing...
CAPA (Corrective and Preventive Action) Process Explained: 7 Steps, Examples, & Common Pitfalls
In today’s highly regulated industries, from medical devices and pharmaceuticals to manufacturing and food production, quality management isn’t just a nice-to-have; it’s a regulatory imperative. At the heart of effective quality management lies CAPA...
How to Use the Fishbone Diagram for Root Cause Analysis
In the 1960s Kaoru Ishikawa discovered the fishbone diagram. He was a Japanese teacher and a quality management lecturer of his generation. He practiced this tool for the first season when he served with...
