Facilities and Asset Management Training Course

Duration 10 days 19 modules · 65 contact hours
Level Intermediate Certificate on completion
Who attends Facilities Managers, Asset Managers and others
Fee from USD 2,200 KSh 190,000 for Kenyan organisations
Where 52 cities + online See dates by city
Next start 16 Nov 2026 Course code SD-OM-046

Before you join: Participants should have basic familiarity with buildings, equipment, maintenance, property operations, workplace services or supplier-managed support functions.

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

Facilities and asset managers are expected to keep buildings, infrastructure, equipment and workplace services safe, available, compliant and cost-effective while responding to changing business demand. Poor asset records, reactive maintenance, unclear service levels and weak contractor control create avoidable downtime, safety exposure, budget overruns and dissatisfied occupants. This course addresses the operational decisions required to manage physical assets and facilities as planned services rather than a series of urgent repairs.

Participants examine the relationship between facilities management, asset management, property operations and workplace services. They apply ISO 41001 facilities management principles and ISO 55000 asset management concepts to asset registers, condition assessment, maintenance strategies, service specifications, lifecycle plans, risk registers and performance dashboards. The course covers planned preventive maintenance, reliability-centred maintenance, work order control, contractor management, health and safety, energy performance, space utilisation, financial planning and reporting.

Teaching combines short instructor briefings with sector-based cases drawn from offices, hospitals, public buildings, industrial sites and retail estates. Participants work through realistic asset data, maintenance histories, service failures and supplier scenarios, then adapt the methods to their own portfolio or facility. By the end of the course, each participant has built and presented an integrated facilities and asset management plan containing priorities, budgets, controls, measures and implementation actions.

The course suits professionals responsible for buildings, estates, technical services, maintenance, workplace operations, property portfolios or outsourced facilities contracts. It is particularly useful for managers moving from technical, property or administrative roles into accountable facilities and asset management positions.

What you will be able to do

  • Develop an ISO 41001-aligned facilities management service model and governance structure
  • Create an asset register with asset hierarchy, condition data and ownership fields
  • Select maintenance strategies using criticality analysis and reliability-centred maintenance principles
  • Prepare lifecycle cost plans and prioritised capital renewal programmes
  • Write measurable service level agreements, KPIs and contractor performance controls
  • Assess facilities risks using risk registers, business continuity controls and compliance evidence
  • Build facilities performance dashboards using maintenance, cost, energy and occupancy indicators
  • Present an integrated facilities and asset management plan with implementation priorities

Benefits of attending

For you

  • Make defensible maintenance and renewal recommendations using condition, risk and lifecycle evidence
  • Translate technical issues into service, financial and business-impact terms for senior managers
  • Manage outsourced facilities contracts through measurable service levels and review routines
  • Identify compliance gaps before they become incidents, enforcement actions or costly failures
  • Build a practical management plan for an assigned facility, estate or asset group

For your organisation

  • Reduced reactive maintenance through planned, risk-based maintenance programmes
  • Clearer capital prioritisation using condition, criticality and lifecycle cost evidence
  • Improved supplier accountability through defined KPIs, service levels and escalation routes
  • Stronger audit readiness through asset records, compliance evidence and documented controls
  • Better workplace and building service reliability for occupants, customers and operational teams

Course modules

19 modules over 10 days

Participants can distinguish facilities management and asset management responsibilities within an operating model.

  • Facilities management scope, service domains and stakeholder expectations
  • Asset management principles from ISO 55000 applied to physical assets
  • ISO 41001 requirements for facilities management system governance
  • Distinguishing strategic, tactical and operational facilities management decisions
  • Value, cost, risk and performance as asset management objectives
  • Mapping owners, users, service teams and external suppliers

Participants can design accountable governance for facilities services and asset decisions.

  • RACI matrices for property, facilities, maintenance and finance responsibilities
  • Governance forums linking operational performance to management decisions
  • Defining policy, strategy, plans, procedures and work instructions
  • Escalation routes for safety incidents, service failures and budget exceptions
  • Service delivery models: in-house, outsourced, integrated and hybrid
  • Document control, approvals and evidence retention requirements

Participants can specify an asset register that supports maintenance, compliance and investment decisions.

  • Asset hierarchy using site, building, system and component levels
  • Mandatory asset register fields for identification, ownership and location
  • Condition, criticality and replacement data captured against each asset
  • Data quality rules for duplicate records, missing fields and updates
  • CMMS data structures supporting work orders and maintenance histories
  • Tagging conventions using asset labels, barcodes and location codes

Participants can assess asset condition and rank assets according to operational consequence.

  • Condition grading scales linked to defects and intervention needs
  • Criticality analysis using safety, service, financial and compliance consequences
  • Failure modes identified through FMEA for critical building systems
  • Risk matrices combining likelihood, consequence and control effectiveness
  • Survey scopes for fabric, MEP systems and specialist equipment
  • Prioritising defects through condition, criticality and statutory compliance evidence

Participants can select maintenance approaches matched to asset risk, failure patterns and cost.

  • Corrective, preventive, predictive and condition-based maintenance distinctions
  • Reliability-centred maintenance decisions for safety-critical and essential assets
  • Failure pattern analysis using maintenance history and downtime records
  • Maintenance task intervals based on manufacturer data and operating conditions
  • Statutory inspection schedules integrated with planned maintenance activities
  • Maintenance strategy statements documenting rationale, frequency and responsibilities

Participants can establish work order controls for planned and reactive maintenance.

  • Work order workflow from request, triage and approval through closure
  • Priority codes based on safety, business impact and response commitments
  • Backlog ageing analysis separating planned, reactive and deferred work
  • Weekly scheduling using labour capacity, access windows and materials availability
  • Job plans specifying tasks, permits, parts and acceptance criteria
  • Closeout evidence including test results, photographs and completion codes

Participants can prepare lifecycle cost evidence for repair, replacement and renewal decisions.

  • Whole-life cost components: acquisition, operation, maintenance and disposal
  • Net present value calculations for replacement and refurbishment options
  • Remaining useful life estimates using condition and failure evidence
  • Capital renewal programmes ranked by risk, condition and business need
  • Separating operating expenditure from capital expenditure in asset plans
  • Funding cases supported by cost avoidance and service continuity

Participants can plan, monitor and explain facilities operating and capital budgets.

  • Cost centre structures for maintenance, utilities, cleaning and security
  • Annual budget assumptions for inflation, occupancy and contract changes
  • Variance analysis comparing actual spend against approved budget profiles
  • Forecasting maintenance costs from backlog, schedules and asset condition
  • Unit cost benchmarks for area, occupant, asset and service measures
  • Management reports explaining drivers, corrective actions and forecast implications

Participants can define facilities services through measurable scopes, standards and service levels.

  • Service specifications defining scope, exclusions, frequencies and acceptance standards
  • SLA response and resolution targets matched to priority categories
  • Key performance indicators for availability, quality, cost and user satisfaction
  • Output specifications compared with input-based service requirements
  • Helpdesk protocols for requests, incidents, updates and customer feedback
  • Service review packs combining performance data, issues and actions

Participants can control facilities suppliers through contract governance and performance evidence.

  • Supplier prequalification checks for competence, insurance and compliance evidence
  • Contract mobilisation plans covering people, data, access and communications
  • Monthly performance reviews using KPIs, trends and corrective action logs
  • Non-conformance management from identification through root-cause closure
  • Change control procedures for scope, price, service and programme changes
  • Supplier risk assessments covering dependency, capacity and financial stability

Participants can establish compliance controls for facilities activities, records and contractor work.

  • Legal registers identifying applicable building, safety and environmental obligations
  • Permit-to-work systems for high-risk maintenance and contractor activities
  • Risk assessments using hazard identification, controls and residual risk ratings
  • Compliance calendars for inspections, testing, certification and evidence review
  • Incident investigation using the five whys and corrective actions
  • Audit trails linking obligations, records, findings and accountable owners

Participants can plan facilities responses that sustain essential services during disruption.

  • Business impact analysis identifying critical services and maximum outage periods
  • Emergency response plans for utility loss, fire, flooding and access disruption
  • Recovery priorities for occupied buildings, technical plant and essential equipment
  • Crisis roles, communications trees and incident command responsibilities
  • Scenario testing through tabletop exercises and post-incident improvement logs
  • Contingency arrangements for alternative sites, suppliers and temporary equipment

Participants can identify facilities actions to control utility cost, consumption and environmental impact.

  • Utility baselines using meter data, weather adjustments and occupancy factors
  • Energy performance indicators for electricity, gas, water and waste
  • Energy conservation measures ranked by cost, savings and operational risk
  • Submetering strategies for major loads, tenants and energy-intensive systems
  • Waste segregation controls, contractor reporting and contamination monitoring
  • Environmental action plans covering targets, ownership and performance review

Participants can use occupancy and service data to improve workplace capacity and user experience.

  • Space classification standards for workstations, support areas and circulation
  • Occupancy studies using observations, booking data and sensor reports
  • Utilisation metrics for desks, meeting rooms and shared facilities
  • Moves, adds and changes procedures protecting asset and space records
  • User-experience measures covering comfort, cleanliness, access and responsiveness
  • Workplace service plans aligned with occupancy patterns and business needs

Participants can build performance reports that support facilities and asset management decisions.

  • Balanced scorecards linking service, asset, financial and risk measures
  • Leading indicators for inspections, planned work and training completion
  • Lagging indicators for downtime, incidents, complaints and cost variance
  • Dashboard design using targets, trends, exceptions and owner actions
  • Data validation checks before publishing management performance reports
  • Executive narratives translating operational data into decision requirements

Participants can specify information controls for CMMS, CAFM and building data systems.

  • CMMS functions for asset records, work orders and maintenance scheduling
  • CAFM data supporting space management, service requests and occupancy reporting
  • Building information models as sources for asset and location information
  • Data ownership rules for updates, approvals and record accuracy
  • Mobile maintenance tools for inspections, photographs and field completion
  • Cybersecurity considerations for connected building systems and vendor access

Participants can convert performance evidence into a prioritised facilities improvement plan.

  • Gap analysis comparing current controls against required service standards
  • Root-cause analysis separating symptoms, contributing factors and underlying causes
  • Improvement registers linking actions, owners, dates and success measures
  • Prioritisation matrices balancing risk reduction, cost, urgency and feasibility
  • Implementation roadmaps sequencing quick wins, projects and long-term initiatives
  • Benefits tracking against baseline cost, performance and compliance measures

Participants can present facilities recommendations clearly to users, suppliers and senior decision-makers.

  • Stakeholder maps identifying influence, interest, information needs and engagement methods
  • Management papers structuring issue, evidence, options, recommendation and decision
  • Risk communication using clear consequences, controls and residual exposure
  • Supplier review agendas focused on performance, actions and contractual commitments
  • Occupant communications explaining disruptions, access arrangements and service changes
  • Decision logs recording approvals, assumptions, actions and follow-up dates

Participants can build, review and present a complete facilities and asset management plan for a defined facility or asset portfolio.

  • Scope statement defining assets, services, stakeholders and management boundaries
  • Asset baseline combining register quality, condition, criticality and compliance status
  • Maintenance programme integrating planned work, backlog reduction and statutory inspections
  • Lifecycle investment plan prioritising renewals, budgets and funding requirements
  • Service management framework covering suppliers, SLAs, KPIs and review meetings
  • Risk and continuity controls addressing safety, compliance and service interruption
  • Implementation roadmap with milestones, owners, dependencies and performance measures

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

What you take back to work

  1. ISO 41001-aligned facilities management governance template
  2. Asset register and criticality assessment model
  3. Risk-based maintenance strategy and work order control checklist
  4. Lifecycle cost and capital renewal planning template
  5. Facilities service level agreement and supplier review pack
  6. Integrated facilities and asset management plan

Who should attend

  • Facilities Managers — need structured methods for controlling services, suppliers and building performance
  • Asset Managers — need lifecycle evidence to prioritise maintenance and renewal investment
  • Estates Managers — need consistent controls across property portfolios and technical services
  • Maintenance Managers — need risk-based maintenance planning and work order performance measures
  • Property Managers — need stronger oversight of occupier services, compliance and operating costs
  • Workplace Operations Managers — need practical tools for space, service and user-experience decisions

Skills and tools covered

Asset lifecycle planningMaintenance strategy designFacilities service managementContractor performance controlFacilities risk managementOperational performance reporting

Tools and standards

ISO 41001, ISO 55000, ISO 55001, Reliability-centred maintenance

How the course runs

Training methodology

The course uses short briefings to introduce standards, methods and decision rules, followed by case work using asset data, maintenance backlogs, supplier reports and service incidents. Small-group exercises test maintenance choices, contract responses, risk controls and investment priorities. Participants use templates throughout the programme to develop material relevant to their own facility or portfolio. Simulations include supplier review meetings and management presentations. Each module includes application planning so participants can transfer methods into current operational responsibilities.

Requirements and prerequisites

Participants should have basic familiarity with buildings, equipment, maintenance, property operations, workplace services or supplier-managed support functions. Experience working with budgets, service providers, work orders or operational reports is helpful. The course assumes participants can interpret simple spreadsheets and discuss operational issues in their own facility or portfolio. Engineering qualifications, formal facilities management certification and prior knowledge of ISO standards are not required. It is suitable for professionals with some operational responsibility who need a structured approach to facilities and asset management.

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

Participants should have some exposure to facilities, estates, maintenance, property, workplace operations or supplier-managed services. Formal engineering qualifications and prior ISO 41001 or ISO 55000 training are not required.

Participants should bring a laptop if possible and may bring non-sensitive examples of asset lists, maintenance reports, service specifications or budget challenges. Course templates and case materials are provided.

It is designed for facilities managers, asset managers, estates managers, maintenance managers, property managers and workplace operations managers. It also suits professionals preparing to take responsibility for facilities contracts or asset portfolios.

Maintenance management is one part of the programme, but the course also covers service delivery, governance, lifecycle planning, contracts, compliance, workplace services and capital investment. It treats facilities and assets as connected operational systems.

Participants can use the templates to improve an asset register, review maintenance priorities, set supplier KPIs, prepare a renewal case or establish a facilities dashboard. The final management plan provides a structured starting point for workplace application.

Each day runs from 08:30 to 16:30 and provides about 6.5 contact hours. The first part develops core asset, maintenance and service controls; the second part focuses on risk, performance, improvement planning and the final capstone presentation.

Questions about this course?

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