Designing for Linear Six Sigma and Project Management Continuous Innovation
Project management is a constantly evolving field where managing time, resources, and budget can be quite challenging. This often puts pressure on project managers to achieve objectives efficiently while also dealing with potential overload. To address this challenge, the systematic approach of Lean Six Sigma (LSS) offers an opportunity to improve productivity and minimize waste. By combining the principles of LSS strives for both speed and quality in project delivery (Alnadi & McLaughlin, 2021). Ephesians 5:15-16 suggests, “Look carefully then how you walk, not as unwise but as wise, making the best use of the time because the days are evil.” In this case, adopting the DMAIC process allows organizations to continuously implement process improvements. In this discussion, we will explore the application of LSS in project management and its implementation in a present-day project implementation at Mars Wrigley, Inc.
Lean Six Sigma Methodology
The incorporation of LSS in project management was met with indifference from managers. The majority believed that operational processes were already optimized and had unrealistic expectations placed upon them (Farlik, 2021). However, a lack of understanding about LSS within the project setting often leads to resistance to implementing it. LSS offers opportunities for enhancing efficiency in various processes and project choices and providing a sustainable solution for long-term success.
Continuous improvement is crucial for a company’s success. Numerous efforts have been made to implement programs that enhance product and service quality. One widely utilized framework for this purpose is Lean Six Sigma (LSS), which aims to maximize shareholder value through customer satisfaction, better quality, speed, and cost control (Alnadi & McLaughlin, 2021). LSS serves as both a strategy and a continuous improvement approach. It focuses on enhancing key performance indicators (KPIs) and ultimately impacting the bottom-line results (Aljazzazen & Schmuck, 2022). Though initially used in manufacturing due to its repetitive processes, LSS has expanded to other areas of the organization. For example, the R&D department at Mars Wrigley, Inc. relies on LSS to innovate and create new products or processes by combining existing offerings. This approach heavily considers customer input and demand to ensure their needs are met and exceeded.
Recently, Mars Wrigley conducted customer focus groups to better understand the needs of consumers and grow their brands. Among multiple concepts, one has been identified as a strategic opportunity for development with a lower-cost investment. This concept is the Mixies M&M pack, chosen by management. In the define stage, critical quality and customer preferences for development are identified, providing the required data to map procedures for the project. Moving on to the measuring stage, the project team analyzes current product offerings while considering customer feedback on how individual products can be combined to provide satisfaction. During this analysis, the team also looks at data gathered from focus groups to determine any problems. The findings reveal that consumers prefer purchasing a blended bag of flavored M&Ms rather than considerable single flavors in order to attain satisfaction.
During the improvement stage, the team decides the most appropriate combination of ongoing product offerings to help an organization meet its customers’ demands. For instance, Plain and Peanut M&Ms are packaged together in a single bag that presents customers with two flavors at the price of one, which demands a high price at the market value. The controlling stage focuses on maintaining quality, continual documentation of demand, and customer satisfaction. Paying attention to customer feedback ensures that an organization maintains and listens to their needs, leading to Mixies becoming a customer-friendly product.
References
Aljazzazen, S., & Schmuck, R. (2022). Critical Success Factors for Successful Lean Six Sigma Implementation in the Service Organizations. Quality-Access to Success, 23(188).
Alnadi, M., & McLaughlin, P. (2021). Critical success factors of Lean Six Sigma from leaders’ perspective. International Journal of Lean Six Sigma, 12(5), 1073-1088.
Farlik, J. (2021). Project Quality Management. McGraw-Hill Education LLC.