Specialist Preparation Program in Supply Chain Management

Specialist Preparation Program in Supply Chain Management is a free program on ARPS, the Arab Platform for Professional Studies. Learn a practical order-to-delivery decision chain: clean demand signals, calculate inventory and material needs, control receipt and commitments, trace products, plan transport and escalate with evidence.

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Estimated time
17.5 hours
subjects
6
lessons
24
Study language
Arabic and English

Optional certificate fee 50% launch discount

$90 instead of $180

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Program facts

Study fee
Free
subjects
6
lessons
24
Estimated time
17.5 hours
Content last reviewed
Access period
30 days
Study language
Arabic and English

About the program

Six units progress from visibility of product, information and decisions to a connected delivery record. Practice consistent denominators for service measures, simple forecasting, replenishment triggers and timed component needs. Then match purchase orders with accepted receipts, make dated customer commitments and preserve parcel handover evidence. Trace lots through sites and recipients, inspect returns and disruptions without assuming loss or approval authority. Bring quantity, time, capacity and cost together on an operational decision board, then test shipment consolidation, carrier eligibility, route feasibility and freight charges. Cases are fictional, with worked solutions and practice. Applying the method at work requires the organization’s own data, permissions and policies. This program grants no external professional certification or license.

Practical relevance

The exercises use fictional orders, lots and shipments, yielding a decision record that can be adapted within workplace permissions.

Why this program

Differences between system records and physical events can produce infeasible promises or misdirected escalations; the training connects calculations to evidence and decision limits.

What you will learn

  • Map order and product flow, reconcile item identity and calculate service measures while exposing evidence gaps.
  • Clean demand signals, build a limited forecast and calculate replenishment and dated component needs.
  • Match purchase orders with accepted receipts, set feasible commitments and preserve parcel handover evidence.
  • Trace lots, resolve returns and disruptions, and measure improvement using stable definitions and denominators.
  • Prioritize exceptions, compare fulfillment options and balance material and capacity in a documented plan.
  • Test consolidation, carrier and route feasibility and match freight charges to parcel evidence.
Learning outcomes (24)
  1. Map one order across parties, distinguish product from information and decision flow, and locate a verifiable delay and escalation boundary.
  2. Define item, unit, location and status and reconcile purchasing, receiving and inventory records without counting unavailable stock.
  3. Define service denominators, calculate completeness, timeliness and joint success, and distinguish performance change from mix or inclusion-rule change.
  4. Locate the last verified event and order gap, test alternative explanations with specific records, and escalate service impact without inventing a cause.
  5. Separate observed sales from unconstrained demand and record stockouts, promotions and returns before building a comparable baseline.
  6. Compute naïve and moving-average forecasts without time leakage and compare absolute error and bias before a bounded recommendation.
  7. Calculate lead-time demand, reorder point and inventory position under stated units and assumptions, distinguishing the trigger from order quantity.
  8. Explode a simple bill of materials, calculate period net requirements and component release date, and check receipt timing, capacity and authority.
  9. Reconcile requirement with quote, pack, date and specification, exposing minimum-order effects before authorized release.
  10. Reconcile ordered, shipped, arrived and accepted quantities, separate shortage from damage, and request evidence before posting stock.
  11. Build a dated view of free stock, firm receipts and commitments and test whether a quantity can be promised without double allocation.
  12. Link picking, packing, carrier handover and delivery for each parcel and stop unsupported complete-shipment messages.
  13. Build lot-event links to sites, parcels and recipients, reconcile quantities and expose gaps rather than invent destinations.
  14. Separate return authorization from physical receipt and inspection, reconciling each unit to usable, held or unresolved status without fictional stock.
  15. Calculate a dated disruption gap and separate firm from conditional alternatives, cost and eligibility before escalation.
  16. Define an operating defect and denominator and calculate a change with a balancing measure and alternative explanation.
  17. Prioritize order and supply exceptions by last action time, evidence and impact, distinguishing dependent records from separate problems.
  18. Compare fulfillment options by charges, timing and feasibility, and test how a changed cost or constraint affects the recommendation.
  19. Reconcile dated demand, stock and execution capacity in one plan and identify the gap type and decision owner.
  20. Trace an order through forecast, purchase, acceptance, packing, delivery and return, recomputing from a changed event without conflating constraints.
  21. Test shipment consolidation against capacity, readiness, deadline and handling, distinguishing apparent savings from feasible savings.
  22. Compare carrier services by cutoff, readiness, receiving window, load eligibility and price, distinguishing history from shipment assurance.
  23. Calculate stop times with travel, service, windows and load, and recompute after a late departure.
  24. Match freight lines to unique parcels and fee terms while separating cost dispute from customer-delivery evidence.

Who it is for

  • Practitioners seeking focused practical capability in supply chain management
  • Professionals in related roles needing applicable procedures
  • Purchasing, warehouse and customer-service staff who handle order, inventory and shipping exceptions every day.
  • Operations and planning coordinators who want to calculate reorder points and follow sourcing and distribution with documented evidence rather than estimates.

Prerequisites

  • Read simple tables, calculate percentages and averages, and recognize basic order and item records.
  • Familiarity with the main order stages, from purchasing and receiving to storage, shipping and delivery, even from a single workplace.
  • Ability to use a spreadsheet to sort, filter and perform simple calculations on quantities and dates.
  • Willingness to separate what records prove from what is assumed, and to practise on hypothetical teaching data.

Curriculum

  1. Subject 1 Open for free

    Flow visibility and data quality

    Trace the order by identifier through dated events, locations and owners. Separate the movement of goods from confirmation and commitment; a missing event alone does not prove a lost shipment. Item identity, unit and status definitions precede quantity comparison; distinguish arrived, accepted and promiseable stock. State the order population, inclusion rule and denominator before calculating a rate. Count the joint successes directly rather than multiplying separate rates. Separate verified event, hypothesis and temporary decision. An absent scan does not prove lost goods, and resolving customer impact does not prove root cause.

    4 lessons · 2.5 hours

    1. Map order and material flow 34 min
    2. Define items and operational records 34 min
    3. Measure order service with valid denominators 34 min
    4. Investigate exceptions from event records 34 min
  2. Subject 2

    Demand, inventory and replenishment signals

    Stockouts and promotions are not erroneous values; preserve the raw series, flag its conditions and select a sample suited to the forecast purpose. Back-test using only information available at decision time. MAD measures error size and bias its direction; both need an adequate sample. A reorder point is a signal based on lead-time demand and an approved buffer. Check stock status and receipt date before an order. Derive components from newly planned builds, net usable stock and firm receipts, and offset release by lead time. Check capacity and dates before action.

    4 lessons · 2.5 hours

    1. Clean demand history before forecasting 34 min
    2. Make a short forecast and examine error 34 min
    3. Set reorder signals and safety stock 34 min
    4. Net requirements and release dates 34 min
  3. Subject 3

    Sourcing and order fulfillment

    A purchase order fixes item, unit, date and acceptance terms; expose minimum-order surplus and start lead time from actual acknowledgment. Separate shipment, arrival and acceptance. Reconcile ordered quantity to accepted, held and investigated differences in a traceable record. Available-to-promise is a quantity, time and status question; never use a receipt before acceptance or allocate it twice. Closing or labeling a parcel does not prove custody transfer. Reconcile its contents, carrier scan and delivery proof.

    4 lessons · 2.5 hours

    1. Turn need into a checkable purchase order 34 min
    2. Receive and resolve discrepancies 34 min
    3. Allocate available supply and promise responsibly 34 min
    4. Pick, ship and confirm delivery 34 min
  4. Subject 4

    Traceability, returns and improvement

    Start with lot ID and dated movements; separate recipient deliveries from held stock and keep unexplained differences under investigation. Arrival of a return does not make it saleable. Link the unit to order and lot and separate service decision from physical status. Delayed supply cannot cover an earlier promise. Show the gap, conditional options, decision owner and latest action time. A valid comparison needs a stable denominator and detection rule; a lower rate alone does not prove cause.

    4 lessons · 2.5 hours

    1. Trace a lot through receiving and shipping 34 min
    2. Disposition a return safely 34 min
    3. Escalate a supplier disruption 34 min
    4. Run a measured improvement loop 34 min
  5. Subject 5

    Coordinating decisions across the chain

    Give every exception evidence, a question, owner and decision cutoff; link dependent orders without double counting. Compare feasible options, separate documented charges from unmeasured risk, and never treat the cheapest late option as automatically valid. Equal week-end demand and supply do not ensure fulfillment; check timing, capacity and allocation authority. Check material, time, capacity and evidence at every handoff. Solving one constraint does not solve another, and customer status follows verified events.

    4 lessons · 2.5 hours

    1. Daily exception board 34 min
    2. Cost-to-serve and fulfillment options 34 min
    3. Hand off a weekly cross-functional plan 34 min
    4. End-to-end operating case 40 min
  6. Subject 6

    Operational transport and distribution

    A common destination alone does not justify consolidation; check readiness, capacity, handling and date before total cost. The nominally faster service may miss tender cutoff; compare actual acceptance and arrival times with item and customer constraints. Include waiting and unloading as well as driving; check receiving-window definitions and remaining load. Match identity before charges and explain each variance; an invoice error does not prove parcel loss, nor missing proof settle freight payment.

    4 lessons · 2.5 hours

    1. Consolidate shipments under due-date limits 34 min
    2. Select transport service by trade-off 34 min
    3. Schedule a simple delivery route 34 min
    4. Reconcile freight invoice and loss exception 34 min

Subjects unlock in sequence as you progress.

Strengths

  • A connected order path from signal to delivery proof
  • Quantitative calculations with data and authority boundaries
  • Applied transport, distribution and exception cases

Evidence basis

Framework concepts link to ASCM, GS1, MIT and Oracle sources. The numbers and cases are original teaching examples; citation does not imply endorsement or guaranteed outcomes.

Methodology

Learn a practical order-to-delivery decision chain: clean demand signals, calculate inventory and material needs, control receipt and commitments, trace products, plan transport and escalate with evidence.

Assessment

Assessments follow the program blueprint and may use module assessments, a final assessment, or a combination, under the approved attempt policy.

Assessment attempts: 2 per assessment, 7 days apart

The pass mark is announced before the program is published.

Certificate

The credential confirms completion and successful assessment; it does not represent professional licensure unless explicitly and lawfully stated.

Every certificate has a public verification code. Verify a certificate

The real design with fictional details; opens in a new window.

Verification example: a real issued certificate

Program questions

Do I need company data?

No; every exercise provides fictional data sufficient for practice.

Does the program confer a professional license?

No; these are internal learning activities and do not grant licensure or external certification.

Are worked cases included?

Yes; each unit contains worked applications and exercises with feedback.

Do I need an inventory system?

No; the fictional calculations and trace cases can be solved without workplace software.

Are a credential price or official hours specified?

Learning is free; optional credential fees and official accredited hours are not set in this bundle.

How is learning assessed?

Each lesson has a knowledge check and each unit has an assessment under the central attempt policy.

Is Specialist Preparation Program in Supply Chain Management free, and do I get a certificate?

Yes. Specialist Preparation Program in Supply Chain Management is free on ARPS: every lesson, exercise and assessment is free, the first subject is open to read without an account, and the program is available in Arabic and English. Issuing a certificate is optional; it is a training completion certificate showing you passed the program's assessments, not a university degree, a professional licence or an endorsement by an external body.

What other names is Specialist Preparation Program in Supply Chain Management known by?

The subject of this program is also known as: SCM, supply chain, supply chain management, logistics and supply chain. Learners usually find it by searching for: free supply chain management course, learn supply chain online, demand planning and inventory control, order to delivery process, supply chain course with completion certificate.