
Maximize asset value across real estate, finance, infrastructure, and operations by strategically developing, operating, maintaining, and disposing assets with KPI dashboards and AI-based analytics.
Classify assets into tangible and intangible to guide budgeting, reporting, and maintenance, with tangible items like buildings and equipment, and intangible assets like patents and brand equity.
Map the asset lifecycle from planning and procurement to commissioning, active use, maintenance, performance evaluation, retirement decisions, and disposal, ensuring value and cost efficiency.
Balance short term needs (0-3 years) and long term value by applying lifecycle thinking, condition assessments, and KPIs-driven planning to align investments with strategic asset management plans.
Drive clarity, accountability, and alignment in asset management through governance and leadership, anchored by defined policies, delegated authority, risk oversight, and transparent decisions aligned to the strategic asset management plan.
Create a central asset register that provides visibility and control over each asset's identity, location, ownership, condition, and lifecycle, and integrate with ERP systems for informed financial planning.
Maintain asset data quality by ensuring accuracy, consistency, and completeness across systems; standardize taxonomy, enforce entry rules, assign ownership, and schedule regular audits to prevent bad data.
Assess asset risk across performance, safety, finance, and environmental impact; identify failure modes and apply FMEA, RCA, and RCM to guide preventive maintenance and capital planning.
Learn to conduct a structured criticality assessment that ranks assets by safety, downtime, compliance, and cost using risk matrices and weighted scoring (ACR) for data-driven asset prioritization.
Learn how risk-based decision making uses likelihood and consequence to prioritize assets, justify budgets, and plan preemptive interventions that reduce disruptions and improve long-term value.
Explain reliability centered maintenance as a structured analysis of asset function, failure modes, and consequences to tailor risk-informed maintenance. Describe TPM's eight pillars and CBM's data-driven, condition-based approach.
Integrate life cycle costing with budgeting to reveal total cost of ownership across an asset's life, including maintenance, energy, downtime, and replacements, guiding sustainable, long-term financial decisions.
Asset Management is critical for organizations aiming to maximize value, reduce risk, and make informed decisions about physical and digital assets. In this course, you'll gain a practical and strategic understanding of asset management fundamentals—whether you're managing infrastructure, IT systems, facilities, or any other asset class.
This course introduces key principles from ISO 55000, including lifecycle asset management, data-driven decision-making, and alignment with business goals. You’ll explore how to create an asset register, develop a Strategic Asset Management Plan (SAMP), implement asset performance indicators (KPIs), and integrate risk management into your asset strategy.
Each section is supported by real-world examples, practical templates, and visual walkthroughs to help you immediately apply what you learn. You'll also learn how to classify assets, track asset conditions, and use asset management systems (AMS) for long-term value creation.
By the end of the course, you’ll be able to:
Understand the asset lifecycle and key management processes
Build and structure an asset register
Apply ISO 55000 standards to your organization
Conduct risk-based assessments for asset decision-making
Measure and improve asset performance through KPIs
Plan for asset replacement, upgrades, and retirement effectively
Whether you're a facility manager, engineer, analyst, or business leader, this course will equip you with foundational skills to implement or support effective asset management practices. No prior experience is required—just curiosity and a drive to improve organizational value through assets.