manufacturing

MANUFACTURING — Manufacturing Industry

Industry overview

Code: MANUFACTURING Description: Manufacturing engagements — MES readiness, OEE programs, predictive maintenance, supply resilience, sustainability in manufacturing.

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Skills index

#	Skill	Command	Purpose
1	MES Readiness	/cps-ind-manufacturing:mes-readiness	Assess MES readiness against ISA-95 levels; identify integration gaps with ERP and shop floor.
2	OEE Program	/cps-ind-manufacturing:oee-program	Design OEE measurement + improvement program; benchmark against world-class (85%+).
3	Predictive Maintenance	/cps-ind-manufacturing:predictive-maintenance	Assess current maintenance regime (reactive/preventive); design predictive maintenance pilot.
4	Supply Resilience	/cps-ind-manufacturing:supply-resilience	Map critical supply chain risks; design dual-sourcing and inventory buffer strategy.
5	Sustainable Manufacturing	/cps-ind-manufacturing:sustainability-mfg	Assess Scope 1+2 emissions, energy intensity, water use; design decarbonization roadmap.

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Skill 1: MES Readiness

Command: /cps-ind-manufacturing:mes-readiness

Purpose

Assess MES readiness against ISA-95 levels; identify integration gaps with ERP and shop floor.

Inputs required

client:
  name: "Client Name"
  industry: "manufacturing"
context:
  in_scope: ["explicit scope items"]
  constraints: ["regulatory deadlines", "stakeholder commitments"]
references:
  - "Prior deliverable / regulator filings"
  - "Peer benchmarks"

Methodology

1. Frame. Map the request to the relevant Manufacturing Industry regulator / standard.
2. Gather. Pull current-state evidence — filings, prior audits, interviews.
3. Score. Apply the standard rubric (don't invent one).
4. Synthesize. Author deliverable with severity-ranked gaps + remediation plan.
5. Validate. Run /cps:verify-quality and address all flagged items.

Output shape

A CPS-branded MES Readiness deliverable in 05_Deliverables_Final/. Pyramid-Principle structured, sourced, and reviewed.

Quality checklist

• MES findings map to ISA-95 levels (0-4) explicitly
• OEE figures show all 3 components (availability × performance × quality)
• Predictive maintenance pilots have explicit measurement (MTBF, MTTR, false-positive rate)

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Skill 2: OEE Program

Command: /cps-ind-manufacturing:oee-program

Purpose

Design OEE measurement + improvement program; benchmark against world-class (85%+).

Inputs required

client:
  name: "Client Name"
  industry: "manufacturing"
context:
  in_scope: ["explicit scope items"]
  constraints: ["regulatory deadlines", "stakeholder commitments"]
references:
  - "Prior deliverable / regulator filings"
  - "Peer benchmarks"

Methodology

1. Frame. Map the request to the relevant Manufacturing Industry regulator / standard.
2. Gather. Pull current-state evidence — filings, prior audits, interviews.
3. Score. Apply the standard rubric (don't invent one).
4. Synthesize. Author deliverable with severity-ranked gaps + remediation plan.
5. Validate. Run /cps:verify-quality and address all flagged items.

Output shape

A CPS-branded OEE Program deliverable in 05_Deliverables_Final/. Pyramid-Principle structured, sourced, and reviewed.

Quality checklist

• MES findings map to ISA-95 levels (0-4) explicitly
• OEE figures show all 3 components (availability × performance × quality)
• Predictive maintenance pilots have explicit measurement (MTBF, MTTR, false-positive rate)

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Skill 3: Predictive Maintenance

Command: /cps-ind-manufacturing:predictive-maintenance

Purpose

Assess current maintenance regime (reactive/preventive); design predictive maintenance pilot.

Inputs required

client:
  name: "Client Name"
  industry: "manufacturing"
context:
  in_scope: ["explicit scope items"]
  constraints: ["regulatory deadlines", "stakeholder commitments"]
references:
  - "Prior deliverable / regulator filings"
  - "Peer benchmarks"

Methodology

1. Frame. Map the request to the relevant Manufacturing Industry regulator / standard.
2. Gather. Pull current-state evidence — filings, prior audits, interviews.
3. Score. Apply the standard rubric (don't invent one).
4. Synthesize. Author deliverable with severity-ranked gaps + remediation plan.
5. Validate. Run /cps:verify-quality and address all flagged items.

Output shape

A CPS-branded Predictive Maintenance deliverable in 05_Deliverables_Final/. Pyramid-Principle structured, sourced, and reviewed.

Quality checklist

• MES findings map to ISA-95 levels (0-4) explicitly
• OEE figures show all 3 components (availability × performance × quality)
• Predictive maintenance pilots have explicit measurement (MTBF, MTTR, false-positive rate)

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Skill 4: Supply Resilience

Command: /cps-ind-manufacturing:supply-resilience

Purpose

Map critical supply chain risks; design dual-sourcing and inventory buffer strategy.

Inputs required

client:
  name: "Client Name"
  industry: "manufacturing"
context:
  in_scope: ["explicit scope items"]
  constraints: ["regulatory deadlines", "stakeholder commitments"]
references:
  - "Prior deliverable / regulator filings"
  - "Peer benchmarks"

Methodology

1. Frame. Map the request to the relevant Manufacturing Industry regulator / standard.
2. Gather. Pull current-state evidence — filings, prior audits, interviews.
3. Score. Apply the standard rubric (don't invent one).
4. Synthesize. Author deliverable with severity-ranked gaps + remediation plan.
5. Validate. Run /cps:verify-quality and address all flagged items.

Output shape

A CPS-branded Supply Resilience deliverable in 05_Deliverables_Final/. Pyramid-Principle structured, sourced, and reviewed.

Quality checklist

• MES findings map to ISA-95 levels (0-4) explicitly
• OEE figures show all 3 components (availability × performance × quality)
• Predictive maintenance pilots have explicit measurement (MTBF, MTTR, false-positive rate)

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Skill 5: Sustainable Manufacturing

Command: /cps-ind-manufacturing:sustainability-mfg

Purpose

Assess Scope 1+2 emissions, energy intensity, water use; design decarbonization roadmap.

Inputs required

client:
  name: "Client Name"
  industry: "manufacturing"
context:
  in_scope: ["explicit scope items"]
  constraints: ["regulatory deadlines", "stakeholder commitments"]
references:
  - "Prior deliverable / regulator filings"
  - "Peer benchmarks"

Methodology

1. Frame. Map the request to the relevant Manufacturing Industry regulator / standard.
2. Gather. Pull current-state evidence — filings, prior audits, interviews.
3. Score. Apply the standard rubric (don't invent one).
4. Synthesize. Author deliverable with severity-ranked gaps + remediation plan.
5. Validate. Run /cps:verify-quality and address all flagged items.

Output shape

A CPS-branded Sustainable Manufacturing deliverable in 05_Deliverables_Final/. Pyramid-Principle structured, sourced, and reviewed.

Quality checklist

• MES findings map to ISA-95 levels (0-4) explicitly
• OEE figures show all 3 components (availability × performance × quality)
• Predictive maintenance pilots have explicit measurement (MTBF, MTTR, false-positive rate)

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Cross-skill workflows

Discovery → /cps-ind-manufacturing:mes-readiness → /cps-ind-manufacturing:oee-program → Recommendations

Integration with other CPS plugins

Plugin	Integration point
cps-core	Cross-cutting skills + brain commands
cps-iso	Companion certification work
cps-risk	Industry risks roll into enterprise register
cps-ai-regs	Track regulatory horizon for this sector

Templates & artifacts

All deliverables use standard CPS branding via:

• /doc-gen for document generation
• assets/cps-branding.json for styling

Skill	Primary artifact	Format
/cps-ind-manufacturing:mes-readiness	MES Readiness Report	DOCX/PDF
/cps-ind-manufacturing:oee-program	OEE Program Report	DOCX/PDF
/cps-ind-manufacturing:predictive-maintenance	Predictive Maintenance Report	DOCX/PDF
/cps-ind-manufacturing:supply-resilience	Supply Resilience Report	DOCX/PDF
/cps-ind-manufacturing:sustainability-mfg	Sustainable Manufacturing Report	DOCX/PDF