
apply six sigma principles to leadership, process management, and customer-focused improvement; use voice of the customer, measurement statistics, and process improvement methods to reduce variation and drive continuous improvement.
Explore the challenges of Six Sigma, including cost, leadership buy-in, data access, and change resistance, and how committed leadership and training yield production, profit, and deliverables improvements.
Explore continuous process improvement through the Toyota production system and lean principles, highlighting just-in-time and jidoka to prevent defects and boost quality, efficiency, and customer satisfaction.
Motorola pioneered Six Sigma by measuring defects per thousand opportunities and applying statistical process control across manufacturing, customer service, engineering, and technical support.
Six Sigma shifted from quality to boosting the bottom line through leadership education and company-wide deployment at Allied Signal and General Electric, with executives trained to realize large financial gains.
Explore the two types of muda in Six Sigma - value-added and non-value-added tasks - and learn how essential inspections and rearranged workflows reduce waste while maintaining quality.
Explore the 5S approach to organize and standardize a workplace, using visual cues and routines to remove clutter, standardize workflows, reduce defects, and sustain efficient, safe operations.
Explore major process components, including input, output, event, tasks, and decisions, and learn how inputs drive outputs across linked processes to deliver value for internal and external customers.
Examine the cost of quality and cost of poor quality (COQ and COPQ) in Six Sigma, including internal and external failures and prevention and appraisal costs.
Identify enterprise-level improvement opportunities and align leadership with organizational goals using a five-step process that leverages internal and external data and customer feedback to prioritize projects.
Six sigma, or 6Q, is both methodology for process improvement and a statistical concept that seek to define the variation inherent in any process. The overarching premise of Six Sigma is that variation in a process leads to opportunity for error; opportunities for error then lead to risks for products defects. Product defects-whether in a tangible process or service-lead to poor customer satisfaction. By working to reduce variation and opportunities for error, the Six Sigma method ultimately reduces process costs and increases customers satisfaction.
In applying Six Sigma, organization, teams, and project managers seek implement strategies that are based on measurement and metrics. Historically, many business leaders decision based on intuition or experience. Despite some common beliefs in various industries, Six Sigma doesn't remove the need for experienced leadership, and it doesn't negate the importance of intuition in any process. Instead, Six Sigma works alongside other skills, experience, and knowledge to provide a mathematical and statistical foundation for decision making. Experience might say a process isn't working; statistics prove that to be true. Intuition might guide a project manager to believe a certain change could improve output; Six Sigma tools help organizations validate those assumption.
Without proper measurement and analysis, decision making processes in an organization might proceed as follows:
Someone with clout in the organization has a good idea or takes interest in someone else'idea. Based on past experience or knowledge, decision makers within an organization believe the idea will be successful. The idea is implemented; sometimes it is implemented in beta mode so expenses and risks are minimized. The success of the idea weighed after implementation; problems are addressed after they impact products or processes in some way in the present or the future. Every business want to achieve productivity through effective operation system, but this need to be done by strategically developing the accurate six sigma concept in the organization.
Six-Sigma improves company performance b reducing process variation and eliminating defects, using a data-driven approach to enhance quality and efficiency.