IT Asset Lifecycle Management for Asset Managers Training Course

Course overview

IT asset managers are expected to produce reliable answers to questions that often sit across disconnected systems: what technology the organisation owns, who uses it, whether it is licensed, how old it is, what it costs, and when it should be retired. Weak lifecycle controls create audit exposure, duplicate purchasing, unsupported hardware, unused software subscriptions, inaccurate CMDB data, and avoidable disposal risk. This course equips asset managers to establish an auditable operating model from demand planning and acquisition through deployment, optimisation, refresh, recovery, and secure disposal.

Participants work through the controls, data structures, and decision methods required to manage hardware, software, SaaS, and cloud-related assets as governed portfolios rather than inventory lists. They learn to define asset classes and lifecycle states; build a trusted asset register; reconcile procurement, discovery, CMDB, and financial records; establish entitlement and contract controls; calculate total cost of ownership; set refresh criteria; and measure performance through ITAM KPIs. The course also addresses ISO/IEC 19770-1 requirements, software asset management practices, licence compliance evidence, supplier handover controls, and disposal-chain documentation.

Delivery combines instructor-led modelling with practical exercises using realistic asset data, procurement records, contracts, discovery extracts, and lifecycle scenarios. Participants use templates and structured worksheets to diagnose data-quality gaps, design governance controls, prioritise optimisation opportunities, and produce management-ready reporting. Each participant leaves with an IT asset lifecycle management improvement plan, including a target lifecycle workflow, RACI, data-field baseline, KPI set, control register, and a 90-day implementation roadmap that can be adapted to their organisation.

The course is designed for experienced IT asset professionals and adjacent leaders who need to strengthen lifecycle governance, prepare for audits, improve software and hardware cost control, or formalise an ITAM practice across multiple suppliers and technology estates.

Course objectives

By the end of this course, participants will be able to:

• Map end-to-end hardware, software, SaaS, and cloud asset lifecycle states with accountable handoffs
• Design an asset register data model with mandatory fields, ownership rules, and data-quality controls
• Reconcile procurement, discovery, CMDB, and finance records to identify asset-data variances
• Apply ISO/IEC 19770-1 control requirements to an IT asset management operating model
• Calculate total cost of ownership and refresh priorities using utilisation, support, risk, and cost data
• Build a software entitlement position from purchase evidence, licence metrics, and deployment data
• Create ITAM KPIs and executive dashboards for compliance, optimisation, lifecycle, and data-quality performance
• Produce a 90-day IT asset lifecycle improvement plan with RACI, controls, milestones, and measures

Benefits of attending

Target competencies

Who should attend

• IT Asset Managers — who need defensible lifecycle controls across hardware, software, SaaS, and cloud assets
• Software Asset Managers — who must reconcile entitlements, deployments, contracts, and renewal decisions
• Hardware Asset Managers — who manage device custody, refresh, recovery, and disposal governance
• IT Service Management Managers — who need dependable asset and CMDB data to support operational processes
• IT Procurement Managers — who require asset demand, contract, and supplier data to improve purchasing decisions
• IT Governance, Risk and Compliance Professionals — who assess control evidence for software, security, and disposal audits

Requirements and prerequisites

Participants should have practical experience managing, procuring, supporting, auditing, or reporting on IT assets in an organisational setting. They should understand basic IT service management concepts such as configuration items, CMDB records, incidents, changes, contracts, and purchase orders, and be comfortable working with spreadsheets containing asset data. Familiarity with an ITAM platform such as ServiceNow or Flexera is useful but not required. No programming, database administration, formal ISO certification, or prior software licence-audit experience is required. Participants should bring examples of their current lifecycle challenges if organisational policy permits.

Training methodology

The course uses short instructor-led briefings followed by structured workshops built around a realistic enterprise asset estate. Participants examine purchase orders, discovery extracts, CMDB records, contracts, licence evidence, and disposal certificates to identify control failures and data gaps. Guided exercises use lifecycle maps, reconciliation worksheets, RACI matrices, TCO models, and KPI scorecards. Small groups compare governance options for decentralised and centralised ITAM models. On the final day, each participant converts the methods into a prioritised 90-day implementation plan for their own environment.

Course outline

Day 1: ITAM operating model and lifecycle foundations

• IT asset lifecycle scope across hardware, software, SaaS, and cloud services
• Lifecycle state models from request through retirement and disposal
• Asset classes, ownership types, and accountable custody definitions
• ITAM operating model roles, RACI, and governance forums
• ISO/IEC 19770-1 management-system control principles
• Relationship between asset registers, CMDBs, service catalogues, and finance systems
• Asset data-quality dimensions, confidence scoring, and remediation priorities

Workshop: Participants map a target lifecycle for a mixed hardware and software estate and produce a RACI identifying control owners at every handoff.

Day 2: Asset data, discovery, and reconciliation controls

• Mandatory asset-register fields and unique identifier design
• Normalisation rules for manufacturers, models, software titles, and versions
• Procurement-to-receipt matching using purchase orders, invoices, and goods-received records
• Discovery and inventory data ingestion from endpoint and network tools
• CMDB reconciliation rules and configuration-item relationship validation
• Exception management for orphaned, duplicate, stale, and unassigned records
• Data stewardship routines, sampling methods, and reconciliation evidence

Workshop: Participants reconcile a flawed asset dataset against procurement, discovery, and CMDB extracts and produce an exception log with remediation actions.

Day 3: Software, SaaS, and contract optimisation

• Software licence metrics including user, device, core, processor, and subscription measures
• Entitlement evidence from contracts, purchase records, product use rights, and vendor portals
• Effective licence position calculations and compliance risk classification
• SaaS subscription governance, user reharvesting, and renewal forecasting
• Contract repository fields, renewal calendars, and supplier obligations
• Licence optimisation scenarios for underuse, overdeployment, and unsupported versions
• Flexera One and ServiceNow HAM Pro workflow concepts for software asset governance

Workshop: Participants build an effective licence position for a software publisher scenario and prepare a renewal recommendation supported by usage and entitlement evidence.

Day 4: Financial lifecycle management and risk control

• Total cost of ownership models for end-user devices and infrastructure assets
• Capital expenditure, operating expenditure, depreciation, and chargeback data requirements
• Refresh decision criteria using age, warranty, supportability, utilisation, and security exposure
• Demand forecasting and standard catalogue controls
• Asset recovery, redeployment, and residual-value assessment
• Secure sanitisation, chain of custody, and disposal certificate requirements
• Risk registers for audit exposure, unsupported technology, supplier dependency, and data loss

Workshop: Participants prioritise a device refresh and recovery portfolio using a TCO and risk-scoring model, then produce a budget justification.

Day 5: Performance reporting and implementation planning

• ITAM KPI design for coverage, accuracy, compliance, utilisation, recovery, and savings
• Executive dashboard measures and operational scorecard drill-downs
• Control testing schedules and audit-evidence packs
• Stakeholder communications for finance, procurement, security, service management, and suppliers
• Maturity assessment against lifecycle governance capabilities
• Prioritisation methods for quick wins, foundational controls, and platform improvements
• 90-day ITAM roadmap structure with milestones, dependencies, and benefits measures

Workshop: Participants assemble an IT asset lifecycle improvement plan containing a target workflow, KPI scorecard, control register, RACI, and 90-day roadmap.

Tools & standards covered

ServiceNow Hardware Asset Management Professional, Flexera One IT Asset Management, Microsoft Excel, ISO/IEC 19770-1

A typical training day

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

What the fee includes

How you can take this course

Certification

Participants who complete the full five days receive the Skillset Development Certificate of Completion, stating the course title, course code, dates and delivery format — suitable for professional-development records and employer reimbursement.

Frequently asked questions