Digital Procurement Transformation Training Course

Participants can design governance roles and decision rights for a digital procurement programme.

• Target operating model defines central, local and shared-service accountabilities
• RACI matrix assigns process ownership, approvals, data stewardship and support
• Governance forums establish decisions for design, risk, change and benefits
• Three-lines model separates operational control, oversight and independent assurance
• Policy hierarchy connects procurement policy, procedures, system rules and guidance
• Exception governance documents approval routes, evidence requirements and expiry dates

Participants can map procurement workflows and identify automation, control and handoff opportunities.

• BPMN 2.0 diagrams distinguish events, tasks, gateways, pools and lanes
• Current-state walkthroughs capture actual workarounds rather than documented procedures
• Swimlane maps expose handoffs between requesters, buyers, approvers and accounts payable
• Cycle-time analysis separates queue time, touch time and rework
• Control points identify segregation-of-duties, delegation and approval threshold requirements
• Future-state processes remove non-value-adding steps before workflow automation

Participants can assess spend-data quality and specify a practical data-governance improvement plan.

• Spend cubes combine supplier, category, business-unit and transaction-level dimensions
• Supplier normalisation resolves duplicate names, parent groups and legal entities
• UNSPSC classification improves category analysis, catalogue search and reporting consistency
• Data-quality rules test completeness, validity, uniqueness, timeliness and accuracy
• Master-data ownership assigns stewardship for suppliers, categories, contracts and users
• Data remediation backlog ranks defects by control, reporting and operational impact

Participants can connect category strategies with demand channels, sourcing methods and digital controls.

• Kraljic Matrix segments spend by supply risk and profit impact
• Demand channels distinguish catalogue purchases, spot buys, tenders and strategic sourcing
• Specification management reduces uncontrolled demand and duplicate item creation
• Buying channels align transaction complexity with approval, sourcing and fulfilment routes
• Tail-spend analysis identifies fragmented suppliers, low-value orders and purchasing-card candidates
• Category roadmaps sequence sourcing, catalogues, contracts and supplier-development actions

Participants can design digital sourcing events with fair evaluation, auditability and supplier access.

• Sourcing pipeline classifies opportunities by value, complexity, timing and market conditions
• Request-for-information templates test market capability before formal competition begins
• RFx event design defines lots, timelines, qualification gates and response rules
• Weighted scorecards separate mandatory compliance criteria from comparative evaluation criteria
• Reverse-auction suitability assessed against specification clarity, competition and supplier readiness
• Audit trails retain bidder communications, scoring rationale, approvals and award decisions

Participants can specify contract lifecycle controls from authoring through renewal and obligation tracking.

• Clause libraries standardise approved terms, fallback positions and approval triggers
• Contract metadata captures suppliers, values, dates, categories, owners and renewal notices
• Authoring workflows route legal, finance, security and procurement reviews
• Obligation registers track deliverables, service levels, reporting and compliance evidence
• Renewal calendars trigger review before notice periods and contract expiry
• Contract repositories apply access rights, version control and retention schedules

Participants can design guided-buying channels that improve compliance without obstructing users.

• Guided-buying design directs users toward approved suppliers, contracts and categories
• Hosted catalogues maintain supplier content within the procurement platform
• Punchout catalogues connect approved supplier storefronts with controlled requisition workflows
• Content standards define item descriptions, units, images, prices and taxonomy
• Catalogue governance manages price updates, discontinued items and approval ownership
• User experience testing identifies search failures, confusing forms and abandonment points

Participants can redesign procure-to-pay controls and automation rules for compliant transaction processing.

• Requisition workflows apply budget checks, approval thresholds and delegated authority
• Purchase-order controls prevent unauthorised commitments and retrospective buying
• Goods-receipt rules distinguish services, materials, milestones and blanket orders
• Three-way matching compares purchase orders, receipts and supplier invoices
• Exception queues classify price, quantity, tax and duplicate-invoice discrepancies
• Touchless-invoice targets measure automation rates, exception causes and resolution times

Participants can prepare a supplier-enablement approach for digital transaction and information exchange.

• Supplier segmentation prioritises enablement by spend, criticality, volume and readiness
• Onboarding journeys collect tax, banking, compliance and contact information once
• Supplier portals support order acknowledgement, invoice submission and profile maintenance
• PEPPOL BIS messages standardise electronic orders, invoices and order responses
• Supplier communication plans explain transaction changes, support channels and deadlines
• Adoption dashboards track connected suppliers, transaction volumes and error rates

Participants can identify the architecture and integration requirements supporting digital procurement processes.

• Application landscape maps ERP, sourcing, contracts, supplier and analytics systems
• Integration patterns distinguish APIs, middleware, batch files and electronic data interchange
• Master-data interfaces synchronise suppliers, chartfields, cost centres and user identities
• Identity-and-access design applies single sign-on, roles and segregation-of-duties controls
• Integration test cases cover failures, duplicates, timing delays and reconciliation
• Architecture decisions document ownership, service levels, dependencies and support boundaries

Participants can create prioritised requirements and run a defensible e-procurement vendor evaluation.

• User stories express procurement needs, acceptance criteria and process context
• MoSCoW prioritisation separates must-have, should-have, could-have and excluded requirements
• Requirements traceability links business needs, configuration decisions, tests and benefits
• Request-for-proposal packs define scope, integrations, security, support and commercial terms
• Weighted vendor scorecards combine functionality, implementation, cost, risk and references
• Demonstration scripts test priority scenarios rather than generic supplier presentations

Participants can incorporate security, privacy and procurement-control requirements into transformation design.

• Role-based access controls restrict transactions according to authorised procurement responsibilities
• Segregation-of-duties matrices identify incompatible requisition, approval and payment permissions
• Supplier due diligence captures sanctions, beneficial ownership and compliance evidence
• Data-privacy assessments identify personal data, retention rules and processing purposes
• ISO 27001 control themes inform security requirements for procurement platforms
• Audit evidence requirements cover approvals, changes, transactions and supplier records

Participants can develop a phased implementation plan with adoption actions and operational readiness checks.

• Deployment waves sequence entities, categories, suppliers and process capabilities logically
• Critical-path plans identify dependencies among data, integrations, configuration and training
• Change-impact assessments compare future roles, tasks, controls and performance expectations
• Stakeholder maps classify influence, readiness, concerns and required engagement actions
• Training plans differentiate requesters, approvers, buyers, suppliers and support teams
• Go-live readiness checklists verify data, controls, support, communications and contingency plans

Participants can establish measures that track adoption, process performance, compliance and benefits.

• Procurement KPI trees connect strategic outcomes with operational performance measures
• Baseline measures establish pre-change costs, cycle times, compliance and adoption
• Benefits registers assign owners, assumptions, calculation methods and validation dates
• Dashboard metrics track catalogue usage, purchase-order coverage and invoice automation
• Control charts distinguish normal process variation from material performance deterioration
• Quarterly benefits reviews compare realised results against approved transformation cases

Participants can build, review and present a complete digital procurement transformation plan for a defined business case.

• Transformation charter defines objectives, scope, stakeholders, constraints and decision rights
• Future-state BPMN maps specify redesigned sourcing and procure-to-pay workflows
• Data plan prioritises master-data remediation, ownership and quality-control activities
• Requirements matrix ranks platform capabilities, integration needs and control specifications
• Implementation roadmap sequences releases, supplier enablement, change actions and milestones
• Executive presentation defends benefits, risks, governance and performance measures