AIWorkerz
Profession pack

AI Native Supply Chain Manager

Convert the existing Supply Chain Manager role into an AI-native operating model through 30 days of simulated workplace practice, evidence and assessment.

Operations30 daysProduction-ready
Start guided programmeView 30-day plan
Role walkthroughApp screens and 30-day flow
Not a course preview.

The video shows how this role is presented in the AIWorkerz app: simulated company context, guided AI-native work, day-by-day evidence and accreditation progression.

Simulated workplace

How AIWorkerz makes a Supply Chain Manager AI Native

Learners do the role inside an imaginary company rather than consuming generic training. Each day gives them role-specific pressure, context, stakeholder tension and an accountable work product to produce with AI as an operating partner.

SenseFrameDelegateVerifyDecideImprove
Duration

30 days

Orientation, guided work, applied practice, integration and capstone.

Evidence

30 outputs

Daily work products show the learner can perform the role in an AI-native way.

Credential

Accredited AI Native Supply Chain Manager

Public verification follows assessor acceptance and accreditation checks.

Capability shift

What changes in the role

Professional judgementAI delegationEvidence verificationStakeholder communicationWorkflow redesignResponsible AI use

The learner practises when to use AI, how to verify its work, what judgement cannot be delegated and how to leave a clear evidence trail.

Access

$995 30-day course

After the 30-day active window, learners retain read-only course history and can extend active use for $100/month.

30-day curriculum

What this pack teaches day by day

The programme is structured as a workplace simulation: each day has a role-specific objective, guided activities and a required evidence output.

ORIENTATIONGUIDED WORKAPPLIED PRACTICEINTEGRATIONCAPSTONE

By Day 30, the learner has produced a complete portfolio showing how they sense context, frame work, delegate to AI, verify claims, make accountable decisions and improve the operating system of the role.

1
ORIENTATION

Day 1: Understand AI-native Supply Chain Manager performance

Learn which Supply Chain Manager responsibilities remain human when AI performs research, drafting, analysis and synthesis.

Why it matters

The learner must separate AI assistance from professional accountability before using AI in real work.

Evidence output

Supply Chain Manager accountability map

Activities

  1. Review the Supply Chain Manager mandate and simulated organisationReview the Supply Chain Manager mandate and simulated organisation for understand ai-native supply chain manager performance.
  2. Classify human judgement versus AI-assistable workClassify human judgement versus AI-assistable work for understand ai-native supply chain manager performance.
  3. Submit the Supply Chain Manager accountability mapSubmit the Supply Chain Manager accountability map for understand ai-native supply chain manager performance.
2
ORIENTATION

Day 2: Map the Supply Chain Manager operating system

Understand the stakeholders, workflows, systems, data, decisions and constraints that shape Supply Chain Manager performance.

Why it matters

AI-native work is only useful when it is grounded in the real operating context of the profession.

Evidence output

Supply Chain Manager stakeholder and workflow map

Activities

  1. Review the operating profileReview the operating profile for map the supply chain manager operating system.
  2. Map stakeholders and decision rightsMap stakeholders and decision rights for map the supply chain manager operating system.
  3. Identify tensions requiring professional judgementIdentify tensions requiring professional judgement for map the supply chain manager operating system.
3
ORIENTATION

Day 3: Complete the Supply Chain Manager baseline assessment

Respond to an ambiguous supplier risk scenario with limited guidance and an explicit AI-use record.

Why it matters

The baseline establishes starting capability across framing, delegation, verification, judgement and communication.

Evidence output

Supply Chain Manager baseline decision brief

Activities

  1. Review the baseline scenarioReview the baseline scenario for complete the supply chain manager baseline assessment.
  2. Produce an AI-supported responseProduce an AI-supported response for complete the supply chain manager baseline assessment.
  3. Submit the diagnostic evidenceSubmit the diagnostic evidence for complete the supply chain manager baseline assessment.
4
GUIDED WORK

Day 4: Frame a logistics constraints decision

Convert an unclear request into a precise decision question, constraints, success criteria and evidence needs.

Why it matters

Poorly framed professional work produces confident AI output that cannot support a real decision.

Evidence output

logistics constraints decision frame

Activities

  1. Review the stakeholder requestReview the stakeholder request for frame a logistics constraints decision.
  2. Define decision scope and constraintsDefine decision scope and constraints for frame a logistics constraints decision.
  3. Submit the decision frameSubmit the decision frame for frame a logistics constraints decision.
5
GUIDED WORK

Day 5: Build a professional AI work instruction

Create a complete instruction for AI that specifies outcome, context, constraints, evidence standard and review criteria.

Why it matters

AI delegation must make authority, assumptions and verification responsibilities explicit.

Evidence output

Supply Chain Manager AI work instruction

Activities

  1. Select relevant contextSelect relevant context for build a professional ai work instruction.
  2. Construct the AI work instructionConstruct the AI work instruction for build a professional ai work instruction.
  3. Review it against Supply Chain Manager delegation criteriaReview it against Supply Chain Manager delegation criteria for build a professional ai work instruction.
6
GUIDED WORK

Day 6: Separate facts, assumptions and inference in cost-to-serve

Review an AI-generated analysis and classify each material claim as fact, assumption, inference or unsupported assertion.

Why it matters

The profession becomes AI-native when fluent output is tested against evidence before action.

Evidence output

cost-to-serve claim verification register

Activities

  1. Read the AI analysisRead the AI analysis for separate facts, assumptions and inference in cost-to-serve.
  2. Classify material claimsClassify material claims for separate facts, assumptions and inference in cost-to-serve.
  3. Record verification requirementsRecord verification requirements for separate facts, assumptions and inference in cost-to-serve.
7
GUIDED WORK

Day 7: Challenge the evidence behind service levels

Interrogate a persuasive recommendation by testing inputs, missing data, incentives, constraints and downside cases.

Why it matters

Professional judgement requires challenge before convergence, especially when AI compresses analysis time.

Evidence output

service levels evidence challenge brief

Activities

  1. Review the recommendationReview the recommendation for challenge the evidence behind service levels.
  2. Ask decision-reversing questionsAsk decision-reversing questions for challenge the evidence behind service levels.
  3. Submit a revised evidence viewSubmit a revised evidence view for challenge the evidence behind service levels.
8
GUIDED WORK

Day 8: Resolve conflicting advice on scenario planning

Reconcile competing stakeholder views without averaging away the real trade-off.

Why it matters

AI-native professionals use AI to clarify trade-offs while retaining accountable judgement.

Evidence output

scenario planning alignment record

Activities

  1. Review opposing positionsReview opposing positions for resolve conflicting advice on scenario planning.
  2. Define decision criteriaDefine decision criteria for resolve conflicting advice on scenario planning.
  3. Record the professional resolutionRecord the professional resolution for resolve conflicting advice on scenario planning.
9
GUIDED WORK

Day 9: Communicate a sourcing signals recommendation

Turn complex analysis into concise communication that preserves uncertainty, cites evidence and asks for the right action.

Why it matters

Professional influence depends on clear communication, not simply better analysis.

Evidence output

sourcing signals recommendation note

Activities

  1. Review the evidence trailReview the evidence trail for communicate a sourcing signals recommendation.
  2. Draft the stakeholder communicationDraft the stakeholder communication for communicate a sourcing signals recommendation.
  3. Submit the final recommendationSubmit the final recommendation for communicate a sourcing signals recommendation.
10
GUIDED WORK

Day 10: Verify before acting on exception management

Detect polished but unsupported AI output and produce a corrected recommendation with explicit confidence levels.

Why it matters

AI-native practice requires verification routines that prevent fluency bias from becoming operational risk.

Evidence output

Verified exception management recommendation

Activities

  1. Run the AI analysisRun the AI analysis for verify before acting on exception management.
  2. Mark unsupported conclusionsMark unsupported conclusions for verify before acting on exception management.
  3. Submit the corrected recommendationSubmit the corrected recommendation for verify before acting on exception management.
11
APPLIED PRACTICE

Day 11: Prioritise competing Supply Chain Manager demands

Choose between competing work, risk and value priorities while explaining what AI can and cannot decide.

Why it matters

The role requires transparent trade-offs when time, attention and evidence are constrained.

Evidence output

Supply Chain Manager priority decision memorandum

Activities

  1. Review competing casesReview competing cases for prioritise competing supply chain manager demands.
  2. Use AI to compare scenariosUse AI to compare scenarios for prioritise competing supply chain manager demands.
  3. Submit the priority decisionSubmit the priority decision for prioritise competing supply chain manager demands.
12
APPLIED PRACTICE

Day 12: Respond to a inventory trade-offs performance shock

Lead the first response to a material performance issue using AI-supported diagnosis and human escalation judgement.

Why it matters

The learner must stabilise work without reacting to incomplete or misleading information.

Evidence output

inventory trade-offs response plan

Activities

  1. Review the incident briefingReview the incident briefing for respond to a inventory trade-offs performance shock.
  2. Set response priorities and decision gatesSet response priorities and decision gates for respond to a inventory trade-offs performance shock.
  3. Issue the professional directionIssue the professional direction for respond to a inventory trade-offs performance shock.
13
APPLIED PRACTICE

Day 13: Challenge an AI recommendation on supplier risk

Decide whether to accept, revise or reject an AI-supported recommendation under time pressure.

Why it matters

The profession needs accountable review of AI output before commitments are made.

Evidence output

supplier risk decision brief

Activities

  1. Review the recommendation and evidence packReview the recommendation and evidence pack for challenge an ai recommendation on supplier risk.
  2. Challenge assumptions and riskChallenge assumptions and risk for challenge an ai recommendation on supplier risk.
  3. Commit and explain the decisionCommit and explain the decision for challenge an ai recommendation on supplier risk.
14
APPLIED PRACTICE

Day 14: Lead through a logistics constraints constraint

Diagnose a constraint affecting outcomes while balancing service, quality, cost, risk and stakeholder confidence.

Why it matters

AI-native professionals improve the system rather than treating symptoms in isolation.

Evidence output

logistics constraints recovery directive

Activities

  1. Review performance evidenceReview performance evidence for lead through a logistics constraints constraint.
  2. Test root-cause explanationsTest root-cause explanations for lead through a logistics constraints constraint.
  3. Set the recovery mandateSet the recovery mandate for lead through a logistics constraints constraint.
15
APPLIED PRACTICE

Day 15: Make a responsible automation decision

Evaluate an AI or automation proposal affecting work quality, trust, fairness and professional control.

Why it matters

AI productivity decisions create human, ethical and operational consequences that the role must own.

Evidence output

Responsible Supply Chain Manager automation decision

Activities

  1. Review productivity and risk evidenceReview productivity and risk evidence for make a responsible automation decision.
  2. Define transition principles and safeguardsDefine transition principles and safeguards for make a responsible automation decision.
  3. Submit the automation decisionSubmit the automation decision for make a responsible automation decision.
16
APPLIED PRACTICE

Day 16: Handle a data, quality or compliance incident

Lead the professional response to an issue with incomplete facts and potential stakeholder harm.

Why it matters

AI-native work must include escalation thresholds, evidence discipline and clear accountability.

Evidence output

Supply Chain Manager incident record

Activities

  1. Review the incident briefingReview the incident briefing for handle a data, quality or compliance incident.
  2. Question technical and compliance positionsQuestion technical and compliance positions for handle a data, quality or compliance incident.
  3. Approve the response planApprove the response plan for handle a data, quality or compliance incident.
17
APPLIED PRACTICE

Day 17: Protect trust during scrutiny of service levels

Respond when an AI-supported decision or output is challenged by stakeholders.

Why it matters

Trust is preserved through evidence, disclosure, correction and accountable professional judgement.

Evidence output

service levels trust response brief

Activities

  1. Review challenge claimsReview challenge claims for protect trust during scrutiny of service levels.
  2. Test the organisation's evidenceTest the organisation's evidence for protect trust during scrutiny of service levels.
  3. Issue the trust responseIssue the trust response for protect trust during scrutiny of service levels.
18
APPLIED PRACTICE

Day 18: Transfer the method to real Supply Chain Manager work

Apply the Sense-Frame-Delegate-Verify-Decide-Improve loop to a genuine non-confidential task from the learner's role.

Why it matters

Transfer proves the method improves professional performance beyond the simulation.

Evidence output

Real-work Supply Chain Manager application note

Activities

  1. Define the real taskDefine the real task for transfer the method to real supply chain manager work.
  2. Use the structured AI workflowUse the structured AI workflow for transfer the method to real supply chain manager work.
  3. Submit an attested application noteSubmit an attested application note for transfer the method to real supply chain manager work.
19
INTEGRATION

Day 19: Redesign a recurring Supply Chain Manager workflow

Map how recurring work should operate when AI supports research, analysis, drafting, checking and communication.

Why it matters

AI-native capability changes the operating workflow, not just individual productivity.

Evidence output

AI-native Supply Chain Manager workflow

Activities

  1. Map the current workflowMap the current workflow for redesign a recurring supply chain manager workflow.
  2. Allocate human and AI ownershipAllocate human and AI ownership for redesign a recurring supply chain manager workflow.
  3. Submit the redesigned workflowSubmit the redesigned workflow for redesign a recurring supply chain manager workflow.
20
INTEGRATION

Day 20: Define the Supply Chain Manager AI operating model

Set accountabilities, escalation points, evidence standards and collaboration patterns for AI-supported work.

Why it matters

Sustainable AI use requires explicit operating rules and professional ownership.

Evidence output

Supply Chain Manager AI operating model

Activities

  1. Review current governance gapsReview current governance gaps for define the supply chain manager ai operating model.
  2. Design decision rights and escalationDesign decision rights and escalation for define the supply chain manager ai operating model.
  3. Publish the operating modelPublish the operating model for define the supply chain manager ai operating model.
21
INTEGRATION

Day 21: Establish verification controls for demand planning

Define proportionate controls for low, medium and high-consequence AI-supported work.

Why it matters

Not every output needs the same assurance, but consequential work needs traceable verification.

Evidence output

demand planning assurance framework

Activities

  1. Classify consequence levelsClassify consequence levels for establish verification controls for demand planning.
  2. Design evidence and approval controlsDesign evidence and approval controls for establish verification controls for demand planning.
  3. Submit the assurance frameworkSubmit the assurance framework for establish verification controls for demand planning.
22
INTEGRATION

Day 22: Lead adoption without losing trust

Respond to resistance, inconsistent practice and unrealistic expectations around AI-enabled work.

Why it matters

Adoption is a leadership system involving purpose, capability, incentives and credible safeguards.

Evidence output

Supply Chain Manager AI adoption plan

Activities

  1. Review adoption signalsReview adoption signals for lead adoption without losing trust.
  2. Diagnose resistance and trust risksDiagnose resistance and trust risks for lead adoption without losing trust.
  3. Set the interventionSet the intervention for lead adoption without losing trust.
23
INTEGRATION

Day 23: Set responsible AI governance for Supply Chain Manager

Approve role-level principles, prohibited uses, escalation thresholds and review responsibilities.

Why it matters

Governance must enable value while making unacceptable use and accountability explicit.

Evidence output

Responsible Supply Chain Manager AI mandate

Activities

  1. Review proposed governance policyReview proposed governance policy for set responsible ai governance for supply chain manager.
  2. Challenge gaps and vague ownershipChallenge gaps and vague ownership for set responsible ai governance for supply chain manager.
  3. Approve the mandateApprove the mandate for set responsible ai governance for supply chain manager.
24
INTEGRATION

Day 24: Measure value from AI in Supply Chain Manager

Replace usage metrics with measures of value, cycle time, quality, risk reduction and capability transfer.

Why it matters

AI-native performance must be measured by improved professional outcomes, not prompt volume.

Evidence output

Supply Chain Manager AI value scorecard

Activities

  1. Review current metricsReview current metrics for measure value from ai in supply chain manager.
  2. Define value measuresDefine value measures for measure value from ai in supply chain manager.
  3. Approve the scorecardApprove the scorecard for measure value from ai in supply chain manager.
25
INTEGRATION

Day 25: Coach a colleague in AI-native Supply Chain Manager work

Improve a weaker AI-supported work product without taking over the colleague's accountability.

Why it matters

The learner must build capability in others while preserving clear professional ownership.

Evidence output

Supply Chain Manager AI coaching record

Activities

  1. Review the colleague's workReview the colleague's work for coach a colleague in ai-native supply chain manager work.
  2. Conduct a coaching conversationConduct a coaching conversation for coach a colleague in ai-native supply chain manager work.
  3. Record capability actionsRecord capability actions for coach a colleague in ai-native supply chain manager work.
26
INTEGRATION

Day 26: Build the Supply Chain Manager 90-day AI-native operating plan

Integrate workflow redesign, governance, capability, measurement and stakeholder communication into a practical plan.

Why it matters

The plan demonstrates movement from isolated tool use to sustained AI-native professional practice.

Evidence output

Supply Chain Manager AI-native 90-day plan

Activities

  1. Review all integration evidenceReview all integration evidence for build the supply chain manager 90-day ai-native operating plan.
  2. Prioritise the first 90 daysPrioritise the first 90 days for build the supply chain manager 90-day ai-native operating plan.
  3. Submit the operating planSubmit the operating plan for build the supply chain manager 90-day ai-native operating plan.
27
CAPSTONE

Day 27: Prepare the independent capstone

Review accreditation criteria and receive a new Supply Chain Manager scenario without guided answers.

Why it matters

The capstone tests independent transfer across the complete capability model.

Evidence output

Capstone preparation record

Activities

  1. Review the accreditation rubricReview the accreditation rubric for prepare the independent capstone.
  2. Inspect the capstone workplaceInspect the capstone workplace for prepare the independent capstone.
  3. Declare the evidence strategyDeclare the evidence strategy for prepare the independent capstone.
28
CAPSTONE

Day 28: Capstone: diagnose and frame

Diagnose a multi-dimensional scenario planning challenge and define the professional decisions required.

Why it matters

Independent framing determines whether AI work is relevant, safe and decision-ready.

Evidence output

Capstone Supply Chain Manager decision architecture

Activities

  1. Review the capstone evidence roomReview the capstone evidence room for capstone: diagnose and frame.
  2. Frame the decisionsFrame the decisions for capstone: diagnose and frame.
  3. Submit the capstone decision architectureSubmit the capstone decision architecture for capstone: diagnose and frame.
29
CAPSTONE

Day 29: Capstone: decide and communicate

Use AI, verify critical claims, resolve stakeholder tension and issue a decision-ready work product.

Why it matters

This is the final demonstration of AI-native Supply Chain Manager performance under pressure.

Evidence output

Capstone Supply Chain Manager decision portfolio

Activities

  1. Run and challenge the analysisRun and challenge the analysis for capstone: decide and communicate.
  2. Commit to the decisionCommit to the decision for capstone: decide and communicate.
  3. Submit communication and action planSubmit communication and action plan for capstone: decide and communicate.
30
CAPSTONE

Day 30: Accreditation review

Review the complete evidence portfolio, capability profile and assessor decision.

Why it matters

Accreditation confirms demonstrated professional capability, not content completion or attendance.

Evidence output

AI Native Supply Chain Manager accreditation record

Activities

  1. Review portfolio completenessReview portfolio completeness for accreditation review.
  2. Confirm learner attestationsConfirm learner attestations for accreditation review.
  3. Receive accreditation decisionReceive accreditation decision for accreditation review.