MT475 Unit 9 ISO 9001 Gap Analysis Example

Seven in Place, Eleven Partial, Seven Missing: An MT475 Unit 9 Quality System Gap Analysis Against ISO 9001

[Student Name]

Purdue University Global

MT475: Quality Management

Unit 9 Quality System Gap Analysis

[Instructor Name]

[Date]

Overlook Skylight Company, its practices and the hour estimates are composite; the standard and the sources cited are real.

Scope and Purpose

This analysis covers Overlook Skylight Company's Lancaster plant, including order entry, engineering, production, testing and shipping, for residential skylights. Warranty service, handled by dealers, is outside the scope but is noted where it affects the plant's requirements. The standard asks an organization to determine the scope of its quality management system first (International Organization for Standardization [ISO], 2015), and this analysis does the same. It assesses readiness only. It does not claim or imply certification, which only an accredited registrar can grant.

Method

The gap table follows the standard's structure from clause 4, context of the organization, through leadership, planning, support, operation and performance evaluation, to clause 10, improvement. Each row gives a subclause, its requirement in plain words, current practice, the evidence seen and a rating: in place, partial or missing. Evidence comes from documents, records and interviews with the plant manager, quality engineer, customer service manager and two supervisors during one week.

Where the Plant Is Strong

Seven subclauses rate in place, and most are in operation, clause 8, the area the earlier units examined. Order review under 8.2 checks every order before it is released. Production control under 8.5 uses work instructions at every station. Release under 8.6 is supported by the water test and final inspection. Control of nonconforming outputs under 8.7 is supported by the remake ticket system. Operational planning under 8.1, competence under 7.2, with training records for every operator, and infrastructure under 7.1.3, with a maintenance schedule, are also in place.

Where the Plant Is Partial

Eleven subclauses rate partial. Monitoring and measuring resources under 7.1.5 is the clearest example: the lab's gauges are calibrated on schedule, but the saw stop tapes that set frame lengths have never been calibrated, a gap the Unit 2 fishbone already suspected. Control of externally provided products under 8.4 is partial: the supplier scorecard from Unit 7 is new, and criteria for re-evaluating suppliers are not yet written. Corrective action under 10.2 is partial: nonconformities are recorded, but root causes are investigated only for large problems. Documented information under 7.5 is partial, with work instructions present but no control of revisions. Processes under 4.4 are mapped for production but not for order entry. Leadership under 5.1, roles under 5.3, risks and opportunities under 6.1, awareness under 7.3, design and development under 8.3 and monitoring and analysis under 9.1 are each partly in place.

What Is Missing

Seven subclauses are missing. The plant has no documented analysis of its context under 4.1 or of interested parties under 4.2, no written quality policy under 5.2 and no measurable quality objectives under 6.2. It has never held an internal audit under 9.2 or a management review under 9.3, and it has no process for continual improvement under 10.3 beyond individual projects.

The plant controls its daily production well and has no system for checking whether the whole system works.

Why the Missing Clauses Matter Together

The seven missing subclauses are not independent. Quality objectives give management review something to review; internal audit gives it evidence; context and interested parties tell it what the objectives should be. Without them, the plant's good daily controls cannot show whether they are improving anything over time.

Ranking the Gaps

The gaps are ranked by how much each matters to the plant's known problems and how much later work depends on it. A gap that blocks other work, such as missing objectives that an audit would need, ranks above one of similar size that stands alone. Quality objectives under 6.2 rank first, because the audit and review clauses need objectives to measure against; estimated at 40 internal hours. Monitoring and measuring resources under 7.1.5 rank second, because uncalibrated saw stops feed the wrong-size remakes; 24 hours. Corrective action under 10.2 ranks third, because the plant's largest costs come from problems never traced to their root; 60 hours to set up a process. Internal audit under 9.2 ranks fourth, 80 hours including auditor training. Management review under 9.3 ranks fifth, 20 hours to design and hold the first review. The remaining gaps follow, for a total of about 420 internal hours over nine months.

Limits of a One-Week Review

This review says nothing about whether the plant would pass a certification audit after closing these gaps; a registrar's audit judges evidence gathered over months, while this review saw one week of documents and conversations, and some practices rated in place may look weaker under a longer look. Naveh and Marcus (2005) found that firms gain more from ISO 9000 when they use the system in daily operations rather than treating it as a certificate, and the ranking reflects that view by putting first the gaps that would improve operations. Juran and Godfrey (1999) note that a quality system is valuable for the habits it builds, which is why the analysis treats management review as a practice to start, not a document to file.

References

International Organization for Standardization. (2015). Quality management systems: Requirements (ISO Standard No. 9001:2015).

Juran, J. M., & Godfrey, A. B. (Eds.). (1999). Juran's quality handbook (5th ed.). McGraw-Hill.

Naveh, E., & Marcus, A. (2005). Achieving competitive advantage through implementing a replicable management standard: Installing and using ISO 9000. Journal of Operations Management, 24(1), 1-26. https://doi.org/10.1016/j.jom.2005.01.004