Project Example: How Lean Six Sigma Tools Improved Operations for a Development Team by 95%

Project Summary

  • The Challenge: Development halted for 7 days during each Content Management System (CMS) discharge cycle.
  • The Discovery: The CMS design didn’t consider code advancement while new code was being tried and delivered.
  • The Improvements: They tidied up existing Quality Assurance (QA) conditions, set up devoted Development Environments, and made another Code Branching Strategy.
  • The Results: They diminished the “code freeze” from 7 days down to 2-3 hours-a 95% improvement.
  • What’s Next: Completely dispense with the code freeze and direct a 5S of the advancement administration ticket framework.

The Challenge

Like clockwork the Web Development Team of The Nature Conservancy in Arlington, VA directs another arrival of their Content Management System (CMS) yet that involved 7 days of lost efficiency. The new deliveries permit the association to make fast and simple updates to their public-confronting site. Sadly, each delivery brought about seven days in length “code freeze.”

While the group tried the new code and moved it into the live creation climate, they needed to shut down all code advancement. The converse was valid also if they observed bugs during the testing, the testing must be halted.

The Discovery

Tadeo associated with the Web Development Team and observed that there were a ton of union struggles and blunders notwithstanding the long code freeze. Tadeo directed Process (Gemba) Walks with the web engineers and the CMS merchant. He utilized the Six Sigma training ideas like Fishbone Diagrams, 5 Whys, and Process Maps. He utilized the Six Sigma course validations to get to the main driver of the long code freeze.

What he tracked down shocked him:

  • The turn of events and testing conditions were set up with the end goal that a few conditions were not being utilized by any stretch of the imagination and others were being utilized in accidental ways
  • The web designers couldn’t test and guarantee Quality Assurance of their work
  • The QA climate hadn’t been utilized since the past seller left the venture
  • The code branches were overpacked and jumbled and the current fanning didn’t take into account speedy changes or fixes. Six Sigma needed to be taken into account.
  • The web engineers were at first hesitant to change the design. They had thoughts on the most proficient method to best set up the conditions and change the code expanding structure, yet they were at that point impeded attempting to fix mistakes brought about by existing consolidation clashes. They didn’t have the foggiest idea when they would carve out the opportunity to chip away at changes-or then again assuming that this was fundamentally important for the business.

Simultaneously, Tadeo was feeling the strain from the business side to not make things more slowly than they as of now were, yet he figured out how to overcome any issues. He had the option to impart the business needs with Six Sigma principles to the improvement group as well as the other way around.

The Improvements
Tadeo worked intimately with the Head Web Developer and together they concocted a rundown of upgrades:

  • Tidy up the Quality Assurance (QA) Environment so it tends to be utilized for QA with Six Sigma turns
  • Reassign the Development Environment to be utilized rigorously by engineers
  • Update the fanning system to break out improvement code branches by highlighting for more straightforward parsing of endorsed code
  • Execute a superior code-branch naming show
  • Execute a devoted Release Branch for persistent advancement joining

The Results

With these upgrades set up, the designers are currently ready to test their work in their own QA Environment without stopping improvement. The new code-spreading structure permits them to rapidly make another Release Branch. This implies advancement and testing don’t need to stop for long in their surroundings or branches. With these progressions, the engineers are currently ready to make quick fixes straightforwardly without influencing the turn of events and testing underway.

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Tadeo and the group had the option to diminish the code freeze time from a normal of 7 days down to 2 – 3 hours-a 95% improvement. Before they made the upgrades, around 16% of the delivery process duration brought about lost improvement time. Since carrying out their fixes, they slice the lost opportunity to under 1%.

What is Six Sigma

Six Sigma Green Belt Introduction