ASQ Updated CSSBB Exam Questions and Answers by samir

The correct answer is B. Facilitate a meeting with the managers whose goals are in conflict . In CSSBB team management, the facilitator and team leader are expected to support conflict resolution , reinforce participation, and help the right people address issues that affect team progress. The team-meeting guidance specifically includes conflict resolution as part of effective meeting structure and asks teams to define how conflict will be managed.

Because this conflict is caused by management goals , the issue is above the team’s authority level and should be addressed directly with the managers involved. Asking the team to prioritize management goals would push the team into a decision that belongs to leadership. Ignoring the conflict would allow misalignment to continue, and ranking goals by manager seniority is not a sound Six Sigma approach. The first step should be to bring the relevant managers together in a structured discussion so the competing goals can be clarified, aligned, or escalated appropriately. Therefore, the best CSSBB-based answer is B .

The best answer is C. Motion . In Lean Six Sigma, waiting is one waste, but the question asks what additional waste was present. The CSSBB-aligned materials define motion as unnecessary movements by people , such as walking or searching, and define inventory as excess products and materials not being processed . In this scenario, the nurse had to leave the exam room and walk to the supply room because the tubes were not available where needed. That extra walking is classic motion waste .

Option A may seem plausible because tubes were unavailable, but the problem describes a stockout , not excess inventory. Lean defines inventory waste as having too much material tied up in the process, not having none at all. Overproduction is also not present, and “bottleneck” is not one of the standard waste categories. Therefore, besides the patient’s waiting time, the clearly identifiable additional waste is the nurse’s unnecessary movement to search for supplies. That makes Motion the best verified answer from the options provided.

The primary benefit of a statistical tolerance approach is that the tolerance on an individual part can be increased while still maintaining acceptable assembly or system performance. In DFSS and design engineering, conventional or worst-case tolerancing assumes that all component dimensions may simultaneously occur at their extreme limits, which often forces very tight individual tolerances. Statistical tolerancing recognizes that such simultaneous worst-case conditions are unlikely when component variation is random and controlled. By considering the statistical distribution of variation across parts, designers can often allow wider tolerances on individual components without sacrificing fit, function, or reliability of the final product. This provides greater manufacturing flexibility and can reduce production cost, scrap, inspection burden, and supplier difficulty. The method does not simply duplicate conventional results, nor does it reduce design latitude. In fact, it gives the designer more practical freedom by balancing performance requirements with realistic variation behavior. In Six Sigma design work, this supports robust product design and cost-effective manufacturability. Therefore, the correct answer is that the tolerance on an individual part can be increased.

===========