Certified Quality Improvement Associate Training

Learn how a team forms around a common goal, distinguishes temporary projects from ongoing functions, and relies on clear goals, complementary skills, communication, trust, mutual support, and fun.

Explore the main team types in quality improvement, including process improvement teams, work groups, self-managed, ad-hoc, cross-functional, and virtual teams, and how they collaborate.

Learn how teams deliver value to organizational strategy, how to evaluate their impact on quality, safety, cost, and schedule, and apply continuous improvement teams to achieve targeted goals.

Explores the sponsor, champion, facilitator, team leader, team members, scribe, and timekeeper roles, outlining each responsibility and how they enable effective project improvement.

Initiate teams by establishing a clear, smart goal with management support, selecting the right members, and setting ground rules; document a charter with scope, milestones, and commitments.

Select team members by matching required skills, communication ability, and subject matter knowledge to the goal, while balancing personal traits like organization, confidence, and being a team player.

Explore Tuckman's five team development stages—forming, storming, norming, performing, and adjourning—and how leaders guide teams through these stages from forming to adjourning.

Explore how conflict adds value, avoids group thinking, and resolves disagreements using the Kilmann model's five strategies: competing, accommodating, avoiding, compromising, and collaborating, driven by empathy and assertiveness.

Explore group thinking as a negative team dynamic, its causes like time pressure and group pressure, and how leaders counter it with an independent expert, diversity, and the devil's advocate.

Learn team decision making within the PDCA framework, from recognizing and defining problems to implementing and evaluating solutions. Use brainstorming, voting, and consensus to develop and select effective alternatives.

Practice brainstorming to generate as many ideas as possible for a problem, recording all ideas without judgment, and then use nominal group technique to balance participation and refine solutions.

Master the nominal group technique to identify problems, generate solutions, and make decisions. Follow five steps: introduction, silent idea generation, sharing ideas, group discussion, and voting and ranking.

Master multi voting to narrow brainstormed ideas into a short list with group consensus. Assign letter codes, vote one third, tally results, and round to three ideas.

Learn Six Sigma concepts and tools, including history, sigma definitions, DMAIC and DMADV, and belt levels, with define, measure, analyze, improve, and control tools like fishbone, histogram, and pareto.

Learn lean concepts and tools to reduce waste, shorten setup and cycle times, and apply pull and just-in-time manufacturing through value stream mapping, Kaizen, and 5S.

Explore setup reduction (SMED) in lean manufacturing to rapidly switch between products, reduce inventory, and convert internal setup to external setup using quick clamps.

Discover lean pull systems that reduce work in progress and inventory by producing on demand. Explore just-in-time (JIT) and Kanban cards as replenishment tools, illustrated by a three-bin Kanban system.

Discover kaizen, a bottom-up, daily improvement approach that eliminates hard work, empowers workers, and removes wastes through documented changes, standardization, and occasional rapid kaizen blitz.

Explore the 5s method for lean implementation, detailing seiri, seiton, seison, seiketsu, and shitsuke to sort, set in order, shine, standardize, and sustain a clean, organized workplace, enabling kaizen-driven improvements.

Identify value and map the value stream (VSM) to reveal material and information flow, distinguishing value-added from non-value-added activities, and compare current and future state maps to reduce lead time.

Poka-yoke, or error proofing, prevents mistakes and signals issues in lean processes. Learn prevention and detection with examples like car key removal only when parked and a fuel gauge alert.

Learn benchmarking in process improvement by comparing your performance to best-in-class firms through process, performance, and strategic benchmarking, using internal or external comparisons and DMAIC-aligned steps.

Compare incremental and breakthrough improvement in process performance by gradually reducing a defect index through Kaizen, PDCA, and quality circles, versus drastic 10x gains via six sigma or BPR.

Master brainstorming as a quantity-focused, rule-driven idea generator, then study the pdca cycle (plan-do-check-act) and its pdsa variant, with previews of affinity diagram, cost of poor quality, and internal audits.

Organize brainstorming ideas into natural groups using the affinity diagram (K-J method) to reveal customer needs and translate them into actionable groups for course improvements.

Distinguish visible and invisible costs of quality and classify them as prevention, appraisal, internal, and external failure costs, using the iceberg analogy and examples like rework to reduce COPQ.

internal audits systematically review objective evidence against criteria (ISO 9000 2015 and ISO 9001 standards) by independent auditors to identify gaps and drive corrective action for continuous improvement.

Explore the seven basic quality tools for process improvement, with a focus on the cause and effect (Ishikawa, fishbone) diagram used for brainstorming and root cause analysis.

Learn how flow charts map processes with boxes, arrows, and decision points, including start and end symbols, and how audits use flow charts to capture discussions.

Identify defects and patterns using check sheets as data collection tools, tallying bottle defects by type and size to guide Pareto-driven improvements.

Apply the pareto principle with a pareto chart to identify the vital few defects driving 80 percent of problems, using a descending bar chart and cumulative line to prioritize actions.

Explore how scatter diagrams plot two variables against each other to reveal relationships, using independent and dependent variables, x and y axes, and a best-fit trend line.

Use the control chart, the sixth basic quality tool, to display process variation over time, interpret control limits, and distinguish common versus special causes to decide when to act.

Explore histograms, a bar chart that shows the frequency distribution and the distribution shape, revealing the center and variation to identify common times and reduce variation.

Explore decision trees as flowcharts where each node tests a condition and branches show outcomes. Illustrate with a corona virus example to decide self-isolation or medical advice.

Identify the source of defects by stratifying data into categories such as product, shift, or time, revealing hidden trends and enabling targeted actions.

Identify root cause analysis outcomes by applying structured tools like 5 whys, Ishikawa fishbone diagrams, and process mapping, then use prioritisation matrices to select and implement corrective actions.

Explore the five stages of risk management, from plan to monitor, identify, analyze, and respond to risks using qualitative analysis and a probability–impact matrix, plus FMEA and SWOT.

Explore how FMEA (failure mode and effects analysis) proactively identifies potential failures and their effects, prioritizes actions, and serves as a living document across concept, design, and process levels.

Explore a proactive FMEA example from perfume bottle production, analyzing receiving risk, severity, occurrence, detection, and the resulting RPN to prioritize preventive actions and continuous improvement.

Calculate the risk priority number in FMEA by rating severity, occurrence, and detection, identify failure modes and effects, apply controls, plan actions, and update the living document before SWOT.

Explore swot analysis to map internal strengths and weaknesses and external opportunities and threats for risk management in asq exam preparation courses.

Master seven steps for supplier selection, from identifying potential suppliers to awarding a purchase order, including pre-qualification, bidder list, and bid evaluation.

Classify suppliers by value and risk into basic, commodities, key items, and strategic, then choose transactional or alliance relationships to optimize long-term buyer-supplier partnerships.

Evaluates the past performance of existing suppliers by assessing price, quality, delivery, lead time, responsiveness, capability, and capacity, using weighted scoring to identify top performers.

Identify internal and external customers and map the supplier–organization–customer chain. Explore segregation of customers to tailor quality and meet the voice of the customer.

Explore data gathering and use in voice of the customer (VOC) via surveys, feedback, warranty claims, and focus groups. Learn survey design and data collection methods to boost customer experience.

Utilize informal, unsolicited customer feedback from social media for honest insights, and analyze warranty data and focus groups to identify and prevent future issues.

Explore the voice of the customer and the complaint process, showing how to collect feedback, demonstrate action, and advance organizational maturity from reactive to soliciting feedback using quality tools.

Explore quality function deployment, the house of quality, to translate the voice of the customer into prioritized requirements across design, build, and lifecycle.

Apply practical qfd by mapping customer needs to course features using a qfd template with weighted relationships and align with ASQ body of knowledge.