Process Improvement in Practice

Organizations consist of four main elements: people, processes, control mechanisms, and structure. Focus on processes to deliver value to the end customer, and drive improvement projects.

Reveal that 85% of organizational problems stem from flaws in process, structure, and control mechanisms, and apply root cause analysis to diagnose processes and end the blame game.

Examine five work management styles, from traditional and involvement to cross-functional, matrix, and process-focused, and see how organizations mature in quality, service, and cost reduction through process management.

Explain how traditional organization uses a directive, top-down approach with managers supervising and making decisions. Note the blame-gaming culture within this hierarchical structure and the limited autonomy for employees.

Senior management values workers' ideas and uses quality circles, task forces, and teams to collect and implement them, while sub-optimization and conflicting objectives across functions threaten the entire process.

Shift to process organization treats root causes in processes, not people, and uses Lean, Six Sigma, and Kaizen to cut wastes and costs while improving efficiency, quality, and customer satisfaction.

Adopt a cross-functional mindset that replaces silos with end-to-end thinking across functions. Improve cycle time, cost, quality, service by re-engineering end-to-end processes to address suboptimization and resistance toward matrix organization.

Learn how cross-functional orgs create end-to-end ownership gaps and suboptimization. Explore how a matrix organization uses a process consultant to oversee and improve the process, but without resource authority.

A process owner in a matrix organization gains authority to select resources from across departments to resolve customer complaints, deploying root cause analysis within a process-focused (f-type) work management style.

Identify your current work management style and progress to the next, as organizations evolve to become more efficient and competitive.

Identify your organization's work management style and sketch the organization chart. Note the reasons for your choice and outline steps to advance to a more developed style.

Learn to map processes with a visual workflow diagram to identify inefficiencies, bottlenecks, and root causes, standardize procedures, streamline tasks, and support continuous improvement initiatives like Lean and Six Sigma.

Identify and apply flowchart symbols to map processes, including activity rectangles, decision diamonds, process arrows, storage triangles, delays, start/end ovals, and external process circles.

Macro flowcharts illustrate the macro level of process maps, showing the big picture with 2–7 steps that define the scope of an order-to-payment process, from quotation to payment.

Use swim-lane functional-activity flowcharts to map tasks by department and reveal handoffs and non-lean loops. Define scope and stakeholders, and prepare for task-procedure charts with verb-noun activity labels.

Expand a single activity from the functional-activity flowchart into detailed steps, documenting duration, frustration, and reasons to identify bottlenecks, root causes, and support training across process improvements.

Apply process mapping to an air-cooled chiller design-to-ship case study, documenting 37 activities and creating macro and functional flowcharts to drive improvement.

Explore process mapping of the air cooled chiller case study from design to ship, using macro flowcharts to identify bottlenecks, loops, and quick win improvements led by assembly operators.

Identify the stakeholder roles and responsibilities within process improvement projects, including project manager, senior management, project team, and functional managers, to guide project lifecycle decisions.

Leads the process improvement project by defining scope and process boundaries, directing implementation stages and sign-offs, engaging stakeholders, setting smart targets with the process owner, and recognizing the team's contributions.

The project team collects and verifies data on the as-is process, maps it, designs interviews and questionnaires, benchmarks against similar processes, and drives redesign, training, and monitoring of process implementation.

Senior management commits time and resources, communicates change rationale to all stakeholders, honors and applauds project team, and intervenes to resolve issues, while engaging external stakeholders to ensure success.

Functional managers oversee a specific process and its human resources, secure buy-in, remove obstacles, listen to concerns, keep people informed and involved, and guide through consensus and problem-solving.

Identify a broken process by recognizing symptoms such as long cycle times, multiple owners, finger-pointing, excessive approvals, and firefighting. Use customer feedback and quality data to select priority for improvement.

Use a prioritization matrix in Excel to rank processes by quality problems, cost-saving potential, cycle time, and frustration. Normalize weights and scores to select the top candidate, process C.

Explore a four-phase, ten-step process improvement methodology from getting started to continuous improvement, including macro flowchart and as-is analysis, redesign with 32 principles, benchmarking, stakeholder alignment, and testing.

Scope step one of process redesign with an as-is macro flowchart, define a smart objective, and secure senior management commitment to resolve turf issues and retain affected employees.

Assign a project manager with change leadership experience and authority to address stakeholders. Assemble a competent project team including frontliners and a maverick to identify issues and drive change.

Reinforce the sponsor's message to the process team, clarify the case for change, and emphasize a focus on processes over people, supported by ground rules and a communication plan.

Scope a project, define objectives, secure management commitment, and build a project team with ground rules and a communication plan, using the air-cooled chiller case study to practice.

Create the as-is flowchart to capture the current state using a functional activity or swim-lane diagram, interview staff, and walk the process on site to reveal inconsistencies and standardization gaps.

Analyze frustration through the four lenses to reveal process frustrations and quality problems. Apply the idea bin tool and a 2-by-2 impact-effort matrix to identify feasible, high-impact improvements with buy-in.

Apply the time lens to distinguish value-added from non-value-added activities, and shrink the process cycle time by reducing waiting, rework, and setup.

Apply the cost lens to quantify ROI by costing as-is and to-be processes, accounting for investments to reveal net savings, and prioritize high-cost activities using ABC.

Identify quality problems and their root causes using the cost of quality framework, optimize prevention while reducing appraisal and failure costs, and uncover hidden costs to minimize total quality costs.

Master root-cause analysis with the fishbone diagram (Ishikawa) to map problems, classify causes by the six m's, and use check sheets, pareto diagrams, and 5-whys to identify the vital few.

Apply step three of the process improvement methodology to map the functional and task-procedure flowchart of the air-cooled chiller process and diagnose time, cost, quality, and frustration for improvement.

Step four introduces customer interviews within the ten-step process improvement method, guiding you to sample customers, rank needs and wants, and generate a customer report card.

Benchmark your process against direct competitors, non-competing organizations, and world-class practices, using customer report cards and industry sources plus Baldrige and EFQM frameworks for best practices.

Sharpen your process improvement skills by detailing the as-is map, diagnosing problems with four lenses, interviewing customers, benchmarking against competitors, and reshaping the to-be process through redesign.

The clean-sheet redesign guides the improvement team to envision an ideal process using diagnosis lenses, customer interviews, and benchmarking for 50%+ improvements in time, cost, or quality.

Explore 32 redesign principles organized into work structure, information flow, design guides, and organizing people, and learn to apply them to address problems revealed by customer interviews and benchmarking analysis.

Identify value-added activities in the as-is process and design a future flow with only those activities, assign ownership to ensure a single point of contact and a lean value stream.

Identify non-value-added activities such as waiting, transportation, and rework to improve value flow. Apply setup time reduction (SMED) and pursue parallel, one-piece flow to minimize batching and lead times.

Push sign-off to the lowest level by building skills, trust, and accountability, while reducing inspection through root-cause analysis and mistake-proofing; emphasize automation and centralized shared services for process improvement.

Standardize upstream information to downstream activities with templates, checklists, and training to prevent incomplete inputs, reduce redundant data gathering, and share data once across finance, customer service, and sales.

Apply design guides principles to minimize human interactions and hand-offs, streamlining value flow. Prevent upstream defects and bottlenecks with prevention-focused work and concurrent engineering.

Design guides require a feedback loop with metrics and KPIs to measure process health, use quality control charts, and listen to workers to drive continuous improvement.

Co-locate teams to accelerate information flow and prevent suboptimization by appointing a process consultant for cross-functional processes; involve frontline workers, implement work cells, and deploy multi-skilled labor to reduce bottlenecks.

Apply four-lens diagnosis, customer interviews, and benchmarks to craft a future process map and improvement log guided by 32 design principles in the air-cooled chiller design-to-ship case study.

Teams refine multiple design proposals, present them to sponsors, secure stakeholder buy-in, and assess implementation risks to select a final future process with step seven implementation options.

Gather feedback from process staff and customers to fine-tune the final design, incorporate adjustments, gain stakeholder support, and pilot the changes before implementation.

Implement the redesign by testing with role-playing, practice, simulation, and piloting to mitigate risks, gather feedback, and choose a roll-out strategy (parallel, phase-in, or complete changeover).

Sustain improvements by installing metrics and feedback mechanisms to monitor process health, using defect rate, cycle time, and cost per unit to drive adjustments that meet customer expectations.

Reflect on applying the 10-step process improvement methodology to scope, analyze, redesign, test, and measure a process with stakeholders, achieving a more efficient, customer-aligned future.