Quality Manager QMS Kit

A specialized skill for ISO 13485 Quality Management System implementation and maintenance — covering QMS process establishment, procedure documentation, process validation, continuous improvement, and day-to-day quality system operations for medical device organizations.

When to Use This Skill

Choose Quality Manager QMS Kit when you need to:

• Implement ISO 13485:2016 from scratch or gap-assess an existing QMS
• Write quality system procedures and work instructions
• Establish process validation protocols (IQ/OQ/PQ)
• Set up nonconforming product handling workflows
• Design continuous improvement programs with measurable outcomes

Consider alternatives when:

• You need QMS auditing (use a QMS audit skill)
• You need risk management (use an ISO 14971 skill)
• You need regulatory submissions (use a regulatory affairs skill)

Quick Start

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# Generate an ISO 13485 gap assessment
claude "Create an ISO 13485:2016 gap assessment checklist for a startup medical device company that has no existing QMS. Prioritize the clauses and identify quick wins vs. long-term items."

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# ISO 13485:2016 Gap Assessment

## Priority Matrix

### Quick Wins (Implement in 1-2 weeks)
| Clause | Requirement              | Current State | Action              |
|--------|-------------------------|---------------|---------------------|
| 4.2.4  | Document control        | None          | Create SOP + templates|
| 5.3    | Quality policy          | None          | Draft and approve   |
| 6.2    | Training records        | Informal      | Create training matrix|

### Medium-Term (1-3 months)
| Clause | Requirement              | Current State | Action              |
|--------|-------------------------|---------------|---------------------|
| 7.3    | Design controls         | Ad hoc        | Create DHF template |
| 7.4    | Purchasing controls     | Informal      | Supplier qualification SOP |
| 8.2.4  | Internal audit          | None          | Audit program + train|

### Long-Term (3-6 months)
| Clause | Requirement              | Current State | Action              |
|--------|-------------------------|---------------|---------------------|
| 7.5.6  | Process validation      | None          | IQ/OQ/PQ protocols  |
| 8.5.2  | CAPA system             | None          | Full CAPA procedure |
| 4.1    | QMS processes mapped    | None          | Process interaction map |

## Implementation Roadmap
Month 1: Quality policy, document control, training
Month 2: Design controls, purchasing, complaint handling
Month 3: CAPA, internal audit, management review
Month 4-6: Process validation, full integration, pre-audit

Core Concepts

QMS Process Map

Process Category	Key Processes	ISO 13485 Clause
Management	Quality policy, management review	5.1-5.6
Resource	Personnel, infrastructure, work env	6.1-6.4
Realization	Design, purchasing, production	7.1-7.5
Measurement	Monitoring, audit, CAPA	8.1-8.5
Support	Document control, records, training	4.2, 6.2

Process Validation (IQ/OQ/PQ)

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## Validation Protocol Structure

### Installation Qualification (IQ)
Verify equipment is installed per manufacturer specs.
- Serial numbers and model verification
- Utility connections (power, air, water)
- Software version confirmation
- Calibration status of instruments
- Documentation: IQ protocol, results, approval

### Operational Qualification (OQ)
Verify equipment operates within specified parameters.
- Test at operational limits (worst case)
- Alarm and interlock functionality
- Measurement accuracy verification
- Run with test materials (not production)
- Documentation: OQ protocol, results, approval

### Performance Qualification (PQ)
Verify process consistently produces conforming output.
- Run with actual production materials
- Minimum 3 consecutive qualifying runs
- Statistical analysis of output
- Operator training verified
- Documentation: PQ protocol, results, approval

### Revalidation Triggers
- Equipment relocation
- Major maintenance or repair
- Process parameter changes
- Raw material source changes
- Software updates affecting process control

Nonconforming Product Procedure

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## Nonconformance Handling Workflow

### Detection
Sources: incoming inspection, in-process check,
final inspection, customer complaint, audit finding

### Documentation
NCR form with:
- Description of nonconformity
- Quantity and lot affected
- Detection point and method
- Initial risk assessment

### Segregation
- Physically segregate or clearly label
- "HOLD" or "NONCONFORMING" tag
- Prevent inadvertent use or shipment
- Secure quarantine area if needed

### Disposition Decision
| Disposition    | Authority        | Requirements          |
|---------------|------------------|-----------------------|
| Use as-is     | QA + Engineering | Documented justification, no safety impact |
| Rework        | QA + Production  | Rework instructions, re-inspection |
| Return to supplier | QA + Purchasing | RMA process, SCAR if needed |
| Scrap         | QA               | Destruction record    |

### Follow-up
- CAPA evaluation (is systemic CA needed?)
- Trend analysis (frequency, category, root cause)
- Supplier notification (if incoming material)

Configuration

Parameter	Description	Example
standard	QMS standard version	"ISO 13485:2016"
company_stage	Organization maturity	"startup" / "growth"
device_class	Primary device classification	"Class II"
process_types	Manufacturing process types	["assembly", "sterilization"]
include_templates	Generate document templates	true
output_format	Document format	"markdown" / "docx"

Best Practices

1. Build the QMS around your actual processes, not the standard's clause structure — ISO 13485 is organized by topic, but your QMS should be organized by how work actually flows. A procedure that matches reality gets followed; one that matches a clause structure gets filed.

2. Start with document control and training, then build outward — Without document control, every other procedure you write is uncontrolled. Without training records, you can't prove anyone knows how to follow the procedures. These two systems must be operational before everything else.

3. Validate processes that cannot be fully verified by inspection — If you can't inspect 100% of a critical quality characteristic (sterilization, welding, adhesive bonding), the process must be validated per Clause 7.5.6. Identify these processes early — validation takes months, not weeks.

4. Connect every process to a measurable quality objective — Each QMS process should have at least one metric that indicates whether it's effective. Document control might track "time to approve a DCR." CAPA might track "percentage of CAPAs closed on time." Processes without metrics can't be improved.

5. Keep the quality manual short and reference procedures — The quality manual should be a 15-20 page overview that maps your QMS to ISO 13485 clauses and references the detailed procedures. A 200-page quality manual becomes unmanageable and nobody reads it.

Common Issues

QMS is built for certification, not for operations — Organizations create procedures to pass the certification audit, then operate differently in practice. This creates a dual system — the documented QMS and the actual QMS — which is worse than no QMS at all. Build procedures that reflect what people actually do, then improve those procedures.

Process validation is treated as a one-time activity — IQ/OQ/PQ is performed during initial equipment setup and never revisited. Process validation must be maintained: revalidation when parameters change, periodic review of process capability data, and monitoring of ongoing process performance against validated parameters.

Continuous improvement is limited to CAPA — CAPA addresses problems that have already occurred. Continuous improvement should also include proactive activities: process capability analysis, error-proofing initiatives, efficiency improvements, and preventive risk reduction. Management review should drive improvement actions beyond reactive CAPA.