
This course contains the use of artificial intelligence.
AI is used to reframe the words, fixing spelling mistakes and grammatical mistakes and audio conversion.
Quality leaders are being handed a new target this decade: not just defects per million, but tonnes of carbon, cubic metres of water, and ESG numbers an auditor will check. This course shows you how to use the Lean Six Sigma you already trust to hit those targets — without guesswork and without greenwashing.
You will work through a full DMAIC project with a green lens: a project charter that states a carbon or waste goal, a measurement plan built on Scope 1, 2, and 3 emissions data, root-cause analysis for energy and material loss, designed experiments to find a lower-carbon process setting, and a control plan that holds the gain. Along the way you map a value stream with a carbon overlay, score suppliers on ESG, build control charts for emissions, and design waste out of a product using circular-economy thinking.
Every concept is taught the way it actually plays out on the floor — a solar-cell line in one example, a food factory in another — with one global, dollar-based case and one India, rupee-based case so the numbers feel real wherever you work. You will also see the regulations that now drive the work: the GHG Protocol, CSRD, and the kind of carbon-accounting evidence a CSRD or BRSR report demands.
I have spent more than twenty years on process and automation projects across manufacturing, supply chain, and e-commerce, and I have watched 'sustainability' go from a slide in the annual report to a number the operations team owns. This course is the practical bridge between those two worlds.
By the end you will be able to scope, run, and defend a green improvement project that saves money and cuts environmental impact at the same time — and prove it with data. Enrol now and turn your Six Sigma skills into measurable climate results.