E-Procurement Implementation Training Course

Duration 10 days 17 modules · 65 contact hours
Level Intermediate Certificate on completion
Who attends Procurement Managers, Procurement Transformation Leads and others
Fee from USD 2,200 KSh 190,000 for Kenyan organisations
Where 52 cities + online See dates by city
Next start 9 Nov 2026 Course code SD-P-063

Before you join: Participants should understand basic procurement terminology, including requisitions, purchase orders, suppliers, contracts, invoices and approval routes.

Dates & prices

Two start dates a month in every city, and live online on weekdays or weekends. Fees are per participant; classroom fees include tuition, materials, lunch and refreshments, and the certificate.

Suggest a date or city

Showing the next six months. Later dates, other cities and private deliveries for your team are available on request.

Course overview

E-procurement programmes often fail to deliver expected control, compliance and cycle-time improvements because the technology is configured around existing workarounds, master data is unreliable, suppliers are not ready, or users revert to email and spreadsheets. Procurement leaders need an implementation approach that connects policy, process design, sourcing, purchasing, contracts, supplier data, finance controls and user adoption. This course addresses the practical decisions required to move from a procurement operating model to a working digital process.

Participants learn to define the business case, assess process maturity, gather requirements, select an appropriate solution, prepare data, configure approval workflows, enable suppliers and manage integration with finance, ERP and identity systems. The course covers source-to-contract and procure-to-pay processes, including supplier onboarding, catalogues, requisitions, purchase orders, invoice matching, spend analytics and performance reporting. Participants use recognised references including ISO 20400, the Open Contracting Data Standard and PEPPOL BIS where relevant to their operating context.

Instructor-led sessions combine focused briefings, public-sector, banking, NGO and corporate cases, team analysis and implementation simulations. From the first week, participants build components of an e-procurement implementation pack for a realistic organisation. By the end of the course, each participant leaves with a structured implementation blueprint covering process scope, requirements, governance, data, supplier enablement, testing, rollout, adoption and measures.

The course suits procurement professionals, project managers, systems owners and business stakeholders responsible for introducing, replacing or improving e-sourcing, contract management, procure-to-pay or supplier management systems.

What you will be able to do

  • Assess procurement process maturity and identify priority digitisation opportunities
  • Build an e-procurement business case using cost, control and service measures
  • Define source-to-contract and procure-to-pay requirements through process mapping
  • Evaluate e-procurement solution options using weighted selection criteria
  • Design approval workflows, user roles and delegation controls
  • Prepare supplier, item, contract and chart-of-accounts master data
  • Plan supplier enablement, testing, rollout and user adoption activities
  • Produce and present an e-procurement implementation blueprint

Benefits of attending

For you

  • Produce credible requirements for an e-procurement system implementation
  • Lead informed discussions with software vendors, IT teams and finance stakeholders
  • Identify workflow, data and adoption risks before configuration begins
  • Apply supplier enablement methods that increase electronic transaction uptake
  • Present a structured implementation plan to procurement leadership

For your organisation

  • Improves alignment between procurement policy, system workflows and delegated authority
  • Reduces rework caused by unclear requirements and unprepared master data
  • Increases supplier adoption of portals, catalogues and electronic invoicing
  • Strengthens purchase-to-pay controls, audit trails and compliance reporting
  • Creates a repeatable implementation approach for future procurement technology changes

Course modules

17 modules over 10 days

Participants can define the purpose, boundaries and value case for an e-procurement programme.

  • Source-to-contract and procure-to-pay process boundaries defined through SIPOC mapping
  • Procurement operating model roles aligned with system ownership decisions
  • Value drivers quantified through compliance, cycle-time, cost and visibility measures
  • Pain-point interviews translated into prioritised digitisation opportunities
  • Maturity assessment covering process, data, technology, people and governance
  • Scope exclusions documented to prevent uncontrolled implementation expansion

Participants can prepare a business case and governance structure for implementation approval.

  • Business case structure linking investment, benefits, assumptions and delivery costs
  • Benefits map separates cashable savings from control and service gains
  • Programme charter defines objectives, scope, milestones, risks and accountabilities
  • RACI matrix assigns decision rights across procurement, finance, IT and users
  • Steering committee cadence establishes escalation routes and approval gates
  • Stage-gate criteria govern progression from design through rollout

Participants can document current procurement processes and diagnose root causes of performance gaps.

  • Swimlane maps capture requisition, approval, ordering, receipt and invoice activities
  • Value-stream mapping identifies queues, handoffs, rework and non-value work
  • Root-cause analysis uses five whys and fishbone categories
  • Process mining evidence distinguishes actual user behaviour from written procedures
  • Exception logs reveal off-contract buying, approval bypasses and invoice disputes
  • Control points mapped against policy, delegated authority and audit requirements

Participants can design future-state source-to-contract and procure-to-pay workflows.

  • Future-state swimlanes remove duplicate approvals and manual data re-entry
  • Three-way matching rules align purchase orders, receipts and invoices
  • Guided buying journeys direct users toward approved channels and suppliers
  • Approval matrices apply spend thresholds, risk triggers and budget ownership
  • Exception handling defines emergency purchases, non-catalogue requests and disputes
  • Service-level targets set expected turnaround times for each workflow stage

Participants can create traceable functional, technical and control requirements.

  • User stories capture buyer, requester, approver and supplier needs
  • MoSCoW prioritisation separates mandatory functions from deferred enhancements
  • Requirements traceability matrix links needs, configuration, tests and acceptance
  • Non-functional requirements cover availability, accessibility, retention and response times
  • Control requirements specify audit trails, segregation of duties and approvals
  • Acceptance criteria define observable evidence for each approved requirement

Participants can assess e-procurement solution options using transparent selection methods.

  • Market scan distinguishes suite platforms, specialist tools and ERP modules
  • Weighted scoring model compares functional fit, cost, risk and usability
  • Request for proposal questions test configuration, integration and support capability
  • Vendor demonstrations evaluated against scripted end-to-end procurement scenarios
  • Total cost of ownership includes licences, implementation, support and change
  • Reference checks probe delivery quality, supplier adoption and post-launch performance

Participants can plan the data structures, cleansing and governance needed for go-live.

  • Master data domains include suppliers, items, categories, users and cost centres
  • Data profiling identifies duplicates, missing fields, obsolete records and format errors
  • Cleansing rules standardise supplier names, tax identifiers and payment terms
  • UNSPSC classification supports spend analysis, catalogue search and reporting
  • Data ownership matrix assigns creation, approval, maintenance and archival responsibilities
  • Migration reconciliation confirms record counts, values and critical field accuracy

Participants can design supplier onboarding and transaction adoption plans.

  • Supplier segmentation targets enablement methods by spend, risk and transaction volume
  • Onboarding questionnaires collect legal, tax, banking and sustainability information
  • PEPPOL BIS messages support structured orders, invoices and acknowledgements
  • Supplier portal processes manage profile updates, bid responses and invoice status
  • Communication plans explain supplier actions, deadlines, support channels and benefits
  • Adoption metrics track registered suppliers, electronic orders and invoice compliance

Participants can specify controlled digital workflows for sourcing events and evaluations.

  • Sourcing event templates standardise RFIs, RFQs, RFPs and reverse auctions
  • Evaluation criteria separate mandatory compliance from scored technical responses
  • Weighted evaluation matrices document consensus scoring and moderation decisions
  • Bid confidentiality controls restrict access by role, timing and event stage
  • Clarification workflows maintain auditable communication with participating suppliers
  • Open Contracting Data Standard fields support transparent public tender reporting

Participants can translate contracts into usable buying channels and controlled catalogues.

  • Contract metadata captures terms, renewal dates, owners and obligations
  • Catalogue content standards define item descriptions, units, prices and images
  • Punchout catalogue connections route buyers to approved supplier web stores
  • Framework agreement rules control call-offs, ceilings and approved supplier lists
  • Guided buying policies direct demand toward contracted goods and services
  • Content governance schedules price updates, availability checks and catalogue retirement

Participants can configure governance requirements into roles, permissions and approval workflows.

  • Role-based access control separates requester, buyer, approver and administrator permissions
  • Segregation-of-duties matrix prevents conflicting supplier, purchasing and payment actions
  • Delegated authority rules apply monetary limits and organisational hierarchy
  • Budget checking validates available funds before purchase order release
  • Workflow routing uses category, value, project and risk-based conditions
  • Audit log requirements preserve approvals, changes, exceptions and evidence

Participants can plan key integrations, interfaces and technical readiness activities.

  • Integration map identifies ERP, finance, identity, tax and supplier systems
  • Interface specifications define data fields, formats, frequencies and error handling
  • API and batch integration choices assessed against volume and timing needs
  • Single sign-on design aligns user provisioning with identity management controls
  • Error queues establish ownership for failed transactions and data corrections
  • Technical cutover checklist confirms environments, access, backups and support contacts

Participants can incorporate security, privacy and regulatory controls into implementation plans.

  • Data classification identifies confidential supplier, pricing and personal information
  • Privacy impact assessment identifies collection, retention and access risks
  • ISO 27001 control themes inform access, logging and incident requirements
  • Records retention schedules govern tenders, contracts, invoices and approvals
  • Sanctions screening and supplier due diligence checks fit onboarding workflows
  • Compliance testing verifies policy rules before production release

Participants can prepare a test strategy and controlled transition to production.

  • Test strategy covers unit, system, integration, user acceptance and regression testing
  • Test scripts follow complete requisition-to-payment and sourcing event scenarios
  • Defect triage classifies severity, ownership, workaround and retest status
  • User acceptance testing validates requirements with representative business users
  • Cutover plan sequences data migration, access release and transaction freeze
  • Go-live readiness assessment confirms critical defects, support and contingency arrangements

Participants can build an adoption plan that supports sustained system use.

  • Stakeholder analysis identifies influence, impact, concerns and engagement actions
  • ADKAR change model structures awareness, desire, knowledge, ability and reinforcement
  • Training needs analysis separates requester, approver, buyer and administrator curricula
  • Role-based job aids explain critical transactions, controls and exception routes
  • Super-user network provides local support, feedback and escalation capability
  • Adoption dashboard monitors active users, compliant spend and helpdesk demand

Participants can establish measures and governance for post-launch performance improvement.

  • Procurement KPI tree links adoption, compliance, efficiency, savings and supplier service
  • Spend-under-management measures transactions processed through approved digital channels
  • First-pass invoice match rate identifies purchase-order and receiving quality
  • Cycle-time analysis tracks requisition, approval, order and invoice duration
  • Monthly service reviews assign corrective actions for recurring performance failures
  • Backlog prioritisation uses impact, effort, risk and dependency criteria

Participants can build, review and present a complete e-procurement implementation blueprint.

  • Implementation roadmap sequences design, build, test, rollout and stabilisation milestones
  • Workstream plan integrates process, data, technology, suppliers and change activities
  • Risk register assigns probability, impact, mitigation, owner and trigger
  • Benefits realisation plan defines baselines, targets, evidence and review dates
  • Executive presentation communicates decisions, investment, dependencies and implementation readiness
  • Peer review tests blueprint coherence against requirements, controls and adoption goals

Exercises and examples are adapted to each cohort's sectors and roles.

What you take back to work

  1. E-procurement business case template
  2. Requirements traceability matrix
  3. Future-state procure-to-pay process map
  4. Supplier enablement plan
  5. Testing and cutover checklist
  6. E-procurement implementation blueprint

Who should attend

  • Procurement Managers — responsible for digitising sourcing and purchasing processes
  • Procurement Transformation Leads — planning system-enabled operating model changes
  • E-Procurement Project Managers — coordinating implementation workstreams and delivery decisions
  • Category Managers — translating category requirements into sourcing and catalogue workflows
  • Finance Systems Managers — aligning purchasing controls with ERP and invoice processes
  • Supply Chain and Operations Managers — improving requisitioning, ordering and supplier visibility

Skills and tools covered

E-procurement implementationRequirements definitionProcurement process designSupplier enablementMaster data governanceChange management

Tools and standards

ISO 20400, ISO 27001, Open Contracting Data Standard, PEPPOL BIS

How the course runs

Training methodology

The course uses short instructor briefings followed by procurement cases, process-mapping work, group exercises and implementation simulations. Participants analyse realistic requirements from public procurement, banking, NGO and corporate purchasing settings, then apply the methods to an organisation of their choice or a supplied case. Facilitated reviews test assumptions about data, workflows, suppliers, integration and adoption. Application planning sessions convert course outputs into a practical implementation blueprint. Trainers adapt examples and group work to the systems, regulations and procurement categories represented in the cohort.

Requirements and prerequisites

Participants should understand basic procurement terminology, including requisitions, purchase orders, suppliers, contracts, invoices and approval routes. Experience in procurement, finance, supply chain, IT project delivery or process improvement is expected. Familiarity with an ERP, purchasing system, sourcing platform or spreadsheet-based procurement process is useful. Participants do not need programming skills, prior configuration experience, vendor-specific product knowledge or formal project-management certification. The course focuses on implementation management and process decisions rather than technical system administration.

A typical training day

08:30 – 10:30First session
10:30 – 10:45Refreshment break
10:45 – 12:30Second session
12:30 – 13:30Lunch and networking
13:30 – 15:00Third session
15:00 – 15:15Refreshment break
15:15 – 16:30Workshop and daily review

Live online deliveries follow the same structure in East Africa Time, with shorter screen blocks and longer breaks.

What the fee includes

  • Instruction by a practitioner facilitator
  • Full course workbook and materials
  • Exercise files, templates and case studies
  • Refreshments and lunch on classroom deliveries
  • Certificate of completion
  • Post-course application plan

Frequently asked questions

You should understand routine procurement activities such as requisitioning, ordering, supplier management and invoice processing. Prior work with an ERP or purchasing system is useful, but technical configuration experience is not required.

Bring examples of your current procurement processes, approval rules, supplier onboarding documents or reporting challenges if you can share them appropriately. A laptop is useful for working on templates and preparing your implementation blueprint.

It is suited to procurement managers, transformation leads, project managers, systems owners, category managers and finance or IT stakeholders. It is particularly relevant for teams planning a new system, replacing a platform or improving low adoption.

General procurement courses focus on category strategy, negotiation, sourcing and supplier management. This course concentrates on converting procurement policy and processes into configured digital workflows, data structures, supplier channels and implementation plans.

Participants can use the templates to assess readiness, gather requirements, structure vendor evaluations and plan rollout activities. The final blueprint can be adapted into a project initiation pack or workstream plan.

The first week establishes scope, process design, requirements, solution selection, data and supplier readiness. The second week addresses controls, integration, testing, adoption, performance management and the final implementation blueprint presentation.

Questions about this course?

Ask about dates, fees, group bookings or running it for your team. Our training team replies by email.

Ask on WhatsApp info@skillsetdevelopment.com

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