Sustainable Real Estate Training Course

Participants can identify the building systems and operational factors driving resource performance.

• Energy end uses across heating, cooling, lighting, equipment and controls
• Building fabric performance measured through insulation, glazing and air tightness
• HVAC efficiency indicators including seasonal performance and part-load operation
• Metering hierarchies for landlord, tenant, common-area and plant consumption
• Water balance calculations covering supply, consumption, losses and reuse
• Waste streams classified by prevention, reuse, recycling and disposal routes

Participants can establish a reliable asset sustainability baseline from available property data.

• Data quality checks for completeness, consistency, boundary and estimation methods
• Normalising energy intensity using floor area, occupancy and weather variables
• Energy use intensity calculated from annual consumption and net area
• Water intensity benchmarks separated by building type and operating profile
• Waste diversion rates derived from weighed recycling and disposal records
• Baseline register documenting sources, assumptions, owners and update cycles

Participants can calculate and document operational greenhouse gas emissions for a property asset.

• GHG Protocol scopes applied to landlord-controlled and tenant-controlled emissions
• ISO 14064-1 principles of relevance, completeness, consistency and transparency
• Location-based and market-based electricity emissions calculated from consumption data
• Fuel combustion emissions calculated using approved emission factors
• Refrigerant leakage recorded by equipment type, charge and global warming potential
• Carbon inventory boundaries documented for ownership structures and shared services

Participants can assess embodied carbon hotspots and circular options for projects and refurbishments.

• EN 15978 life-cycle modules applied to building carbon assessments
• Product stage emissions compared across structure, facade and building services
• Refurbishment versus replacement assessed through retained structure and material quantities
• Environmental product declarations reviewed for declared unit, scope and validity
• Design for disassembly principles applied to partitions, finishes and services
• Material passports specifying provenance, condition, reuse potential and recovery route

Participants can prepare a structured diagnostic identifying an asset's main sustainability gaps and priorities.

• Asset fact sheet combining age, use, systems, leases and condition
• Performance gap analysis against internal targets and peer benchmarks
• Site walk-through observations translated into operational and capital issues
• Issue register ranked by impact, urgency, feasibility and data confidence
• Stakeholder map identifying decision rights, dependencies and information needs
• Diagnostic briefing summarising baseline findings, priorities and immediate actions

Participants can identify and screen technically credible energy and carbon reduction measures.

• Energy conservation measures grouped by controls, equipment, fabric and generation
• Retro-commissioning scope for controls, schedules, setpoints and maintenance defects
• Heat pump feasibility assessed against heating loads and electrical capacity
• Solar photovoltaic yield estimated from roof area, shading and generation profile
• Lighting upgrades compared through illuminance, controls, wattage and operating hours
• Measure interactions considered before combining insulation, HVAC and renewable generation

Participants can evaluate sustainability measures using property investment and whole-life cost methods.

• Life-cycle cost analysis including capital, energy, maintenance and replacement costs
• Net present value calculated using cash flows, discount rates and holding periods
• Simple payback limitations tested against asset strategy and residual value
• Marginal abatement cost curves rank measures by cost and carbon reduction
• Sensitivity analysis tests energy prices, incentives, utilisation and discount rates
• Investment paper recommendations linked to approvals, funding and implementation timing

Participants can build a phased asset decarbonisation pathway aligned to carbon reduction targets.

• CRREM carbon pathways interpreted for property type, geography and target year
• Carbon budget allocation across baseline operations, retrofit and renewable measures
• No-regret actions scheduled before lease events and major capital cycles
• Retrofit roadmap sequences surveys, design, procurement, installation and verification
• Electrification dependencies assessed for grid capacity, tariffs and backup systems
• Transition plan accountabilities assigned to owners, dates, budgets and performance indicators

Participants can assess physical climate risks and specify proportionate asset adaptation actions.

• Physical climate hazards identified through flood, heat, wind and drought scenarios
• Exposure, vulnerability and consequence assessed using asset-specific risk matrices
• Flood resilience measures compare barriers, drainage, raised equipment and recovery plans
• Heat adaptation measures address shading, ventilation, cooling and occupant safety
• Business continuity plans define critical systems, response roles and recovery priorities
• Residual risk statements document accepted exposures and decision rationale

Participants can incorporate water stewardship and ecological considerations into property asset plans.

• Site ecology baseline records habitats, species, canopy cover and impermeable surfaces
• Biodiversity enhancement measures include native planting, habitat corridors and green roofs
• Sustainable drainage systems manage runoff through attenuation, infiltration and treatment
• Water risk screening considers scarcity, flood exposure, quality and local restrictions
• Landscape maintenance plans reduce irrigation, chemicals and habitat disturbance
• Site value plan connects ecological measures with operational responsibilities and budgets

Participants can assess occupant-focused sustainability measures and their operational implications.

• Indoor environmental quality covers air, thermal comfort, light and acoustics
• Ventilation performance assessed through outdoor air rates and carbon dioxide readings
• Occupant surveys capture comfort, accessibility, safety and service satisfaction
• Universal design considerations address mobility, sensory and neurodiversity needs
• Social value requirements translated into procurement, employment and community actions
• Health and wellbeing measures balanced against energy, cost and maintenance impacts

Participants can structure landlord-tenant arrangements that support shared sustainability performance.

• Green lease clauses define data sharing, operational duties and improvement cooperation
• Memoranda of understanding used where formal lease amendments remain impractical
• Tenant fit-out guides set standards for materials, energy and waste
• Data-sharing protocols specify meters, frequency, confidentiality and quality checks
• Occupier engagement campaigns target energy behaviours, waste practices and comfort feedback
• Service charge mechanisms allocate costs and savings transparently between parties

Participants can specify sustainability requirements and evidence within property procurement processes.

• Procurement specifications set measurable energy, carbon, waste and social requirements
• Supplier prequalification assesses environmental management, competence and reporting capacity
• Whole-life value criteria balance price, quality, carbon, durability and maintenance
• Contractor method statements address pollution prevention, logistics and material segregation
• Environmental product declarations requested for priority materials and major equipment
• Performance-based contracts link payment to verified operational outcomes

Participants can connect asset sustainability performance with financing, acquisition and disposal decisions.

• Green loan criteria linked to eligible projects and performance reporting
• Sustainability-linked loan indicators tested for relevance, measurability and control
• Due diligence checklists identify energy, carbon, resilience and compliance exposures
• Acquisition underwriting includes retrofit allowances, utility costs and transition risk
• Valuation evidence considers income durability, capex requirements and market liquidity
• Investment committee papers distinguish assumptions, evidence gaps and decision conditions

Participants can prepare credible real estate sustainability reporting supported by traceable evidence.

• GRESB evidence requirements mapped to asset data, policies and supporting records
• KPI dictionary defines metric formula, boundary, source and accountable owner
• Data audit trails connect reported values with invoices, meters and calculations
• Material claims reviewed for accuracy, substantiation, scope and potential greenwashing
• Internal assurance checks test controls, anomalies, restatements and documentation
• Board reporting combines performance trends, risks, decisions and required actions

Participants can organise portfolio-level governance, targets and investment priorities for sustainability delivery.

• Portfolio segmentation groups assets by value, emissions, risk and intervention potential
• Target cascade translates enterprise commitments into asset-specific annual performance goals
• Capital planning integrates retrofit pathways with lifecycle replacement programmes
• RACI matrices clarify sustainability responsibilities across owners, managers and suppliers
• Monthly performance reviews address variances, actions, blockers and accountability
• Escalation thresholds identify decisions requiring executive or investment committee approval

Participants can manage delivery of sustainability actions and verify resulting property performance.

• Implementation plans define scope, milestones, dependencies, owners and acceptance criteria
• Measurement and verification plans establish baselines, meters and adjustment methods
• International Performance Measurement and Verification Protocol options matched to interventions
• Commissioning records confirm installed systems meet specified operational requirements
• Post-occupancy evaluation captures energy, comfort, defects and user feedback
• Corrective action logs track underperformance, root causes and closure evidence

Participants can communicate sustainable real estate decisions to technical and non-technical stakeholders.

• Decision papers state recommendation, alternatives, costs, risks and approval required
• Carbon narratives connect technical measures with financial and operational consequences
• Asset dashboards present trends, targets, exceptions and accountable actions
• Scenario comparisons distinguish assumptions, uncertainty ranges and decision triggers
• Board presentations anticipate challenge on value, evidence, timing and delivery risk
• Tenant communications explain shared actions, expected benefits and practical responsibilities

Participants can build, review and present a complete sustainable asset transition business case.

• Asset baseline consolidates energy, carbon, water, waste, condition and lease data
• Material risks cover transition exposure, physical hazards and stakeholder requirements
• Decarbonisation pathway sequences operational actions, retrofits, electrification and renewable generation
• Investment appraisal compares capital needs, savings, carbon reductions and sensitivities
• Implementation plan assigns governance, procurement, milestones, measurement and reporting controls
• Peer review tests evidence quality, assumptions, feasibility and recommendation clarity