Sustainable Construction Management Training Course

Participants can establish governance arrangements for sustainability requirements and project decisions.

• EN 15978 life-cycle modules and project reporting boundaries
• ISO 14001 environmental management system principles applied to construction projects
• BREEAM credits interpreted as design, procurement and site delivery requirements
• Responsibility assignment matrix for client, designer, contractor and subcontractor actions
• Sustainability clauses embedded within employer's requirements and work packages
• Design-stage gateways used to confirm evidence, approvals and change decisions

Participants can identify significant environmental aspects and establish proportionate project controls.

• Site environmental baseline covering receptors, constraints, permits and sensitive locations
• Aspect-impact register scored by likelihood, consequence, control effectiveness and priority
• Construction environmental management plan structure, ownership and approval process
• Legal register tracking permits, consent conditions, monitoring and reporting duties
• Pre-construction surveys for ecology, contamination, drainage and heritage constraints
• Environmental risk register linked to method statements and inspection schedules

Participants can prepare a practical whole-life carbon strategy for a construction project.

• Whole-life carbon stages A1-A5, B modules, C modules and Module D
• Carbon baseline assembled from quantities, environmental product declarations and assumptions
• Embodied-carbon hotspots identified within structure, envelope, finishes and services
• Construction-stage emissions calculated for transport, plant, energy and temporary works
• Carbon reduction hierarchy applied before offsetting residual project emissions
• Carbon register records assumptions, design changes, actions and approval decisions

Participants can evaluate material and design choices against carbon, cost and performance criteria.

• Option appraisal comparing retained structures, new build and adaptive reuse
• Material passports record composition, disassembly potential and recovery routes
• Environmental product declarations checked for product scope, data quality and validity
• Low-carbon concrete specifications address cement replacement, strength and curing requirements
• Steel reuse assessed through traceability, testing, fabrication and liability evidence
• Whole-life cost analysis compares capital cost, maintenance, replacement and end-of-life value

Participants can create waste prevention and resource recovery controls for site delivery.

• Waste hierarchy applied to design, procurement, storage, installation and demolition
• Site waste management plan assigns streams, targets, records and responsibilities
• Pre-demolition audit identifies salvageable materials, hazardous items and recovery routes
• Segregation layouts support timber, metal, plasterboard, plastics and inert materials
• Take-back schemes evaluated for packaging, pallets, fixtures and surplus materials
• Waste data reconciled using transfer notes, weights, destinations and recovery percentages

Participants can plan water efficiency and pollution controls for construction activities.

• Water balance identifies demand, sources, reuse opportunities and discharge points
• Construction water management plan covers metering, targets, leaks and responsibilities
• Sustainable drainage measures protect receiving waters during temporary works
• Silt control uses settlement tanks, filter media, check dams and inspections
• Concrete washout procedures prevent alkaline runoff and drainage contamination
• Spill response plans define containment equipment, reporting and remediation actions

Participants can reduce energy and fuel use through planned site management measures.

• Site energy baseline separates cabins, lighting, plant, lifts and temporary power
• Energy action plan sets meter ownership, targets, reviews and corrective actions
• Plant selection compares electric, hybrid, diesel and renewable fuel options
• Idle-time controls use telematics, shutdown procedures and operator briefings
• Temporary works design reduces material consumption, rework and repeat installations
• Generator sizing matches load profiles, battery storage and demand management

Participants can embed sustainability requirements into purchasing and subcontract management.

• Procurement plan identifies sustainability risks by package, supplier and delivery stage
• Prequalification questions test environmental controls, carbon data and ethical sourcing
• Tender evaluation matrix weights price, quality, carbon, circularity and social value
• Supplier code of conduct addresses labour standards, sourcing and environmental requirements
• Chain-of-custody evidence verified for timber, aggregates and responsible materials
• Subcontract order clauses define data submissions, targets, inspections and remedies

Participants can integrate sustainability actions with project budgets, schedules and change control.

• Cost plan identifies sustainability allowances, savings, risks and contingency requirements
• Value engineering distinguishes genuine optimisation from removal of performance requirements
• Programme logic links surveys, approvals, procurement lead times and installation activities
• Change-control forms assess carbon, waste, environmental and social value consequences
• Life-cycle cost comparisons support investment decisions beyond initial capital expenditure
• Early contractor involvement tests buildability, sequencing and low-impact delivery options

Participants can prepare logistics controls that reduce transport impacts and local disruption.

• Construction logistics plan maps delivery routes, booking systems and consolidation opportunities
• Vehicle management controls engine idling, emissions standards and driver conduct
• Freight consolidation reduces part-load deliveries, congestion and packaging waste
• Dust management combines source suppression, monitoring, cleaning and weather controls
• Noise and vibration plans define limits, monitoring locations and notification procedures
• Community liaison protocols manage complaints, access constraints and construction notices

Participants can manage ecological and community commitments during construction delivery.

• Ecological constraints plan identifies protected species, habitats and seasonal restrictions
• Biodiversity net gain commitments translated into construction protection measures
• Tree protection zones managed through fencing, access controls and inspections
• Soil management plans separate stripping, storage, testing and reuse requirements
• Community benefits plan records local employment, training and supplier commitments
• Grievance mechanisms document stakeholder concerns, responses, escalation and closure

Participants can operate an ISO 14001-aligned environmental management system on a project.

• Environmental policy translated into project objectives, procedures and behavioural expectations
• Operational control procedures cover high-risk activities and subcontractor interfaces
• Toolbox talks communicate environmental risks, controls and reporting routes
• Inspection checklists test storage, drainage, waste, noise and housekeeping conditions
• Nonconformity process records findings, root causes, actions and verification
• Management review evaluates performance trends, resources, risks and improvement priorities

Participants can build reliable sustainability data collection and reporting arrangements.

• Key performance indicators defined with formulas, owners, sources and reporting frequency
• Data quality checks test completeness, consistency, traceability and unusual variances
• Carbon dashboard tracks baseline, forecast, actual emissions and reduction actions
• Waste dashboard reports quantities, recovery rates, contamination and disposal costs
• Environmental inspection trends identify recurring failures and priority interventions
• Monthly sustainability report combines progress, evidence, risks and corrective actions

Participants can prepare project evidence for internal audits, client reviews and certification assessments.

• Audit plan defines scope, criteria, sampling methods, interviews and reporting
• Evidence register links requirements, documents, photographs, records and approvals
• Internal audit findings classified by severity, cause, action owner and deadline
• BREEAM evidence tracker monitors credits, responsibilities, submissions and assessor queries
• Document control protects revision status, retention periods and approval traceability
• Close-out reviews confirm corrective-action effectiveness before formal verification

Participants can account for climate-related risks in construction planning and site controls.

• Climate risk assessment considers heat, rainfall, flooding, wind and supply disruption
• Weather contingency plans define triggers, responsibilities, communications and recovery actions
• Flood response procedures protect materials, plant, workers and nearby receptors
• Heat-stress controls integrate work scheduling, welfare provisions and supervision
• Material supply risk assessed for carbon constraints, scarcity and transport disruption
• Risk treatment plans assign preventative controls, contingency measures and residual ratings

Participants can organise people, controls and decisions required to deliver project sustainability targets.

• Sustainability implementation roadmap sequences actions from mobilisation through project closeout
• RACI matrix allocates accountable, responsible, consulted and informed project roles
• Subcontractor induction includes environmental rules, targets, reporting and consequences
• Behavioural observations identify barriers to consistent environmental control implementation
• Meeting cadence connects design reviews, procurement decisions, site actions and reporting
• Escalation protocols resolve target conflicts involving cost, programme and compliance

Participants can build, review and present a complete Sustainable Construction Management Plan for a defined project.

• Project brief analysed for sustainability requirements, constraints, stakeholders and priorities
• Materiality matrix selects significant carbon, resource, ecological and community impacts
• Whole-life carbon strategy sets baseline, reduction actions, owners and evidence sources
• Procurement, waste, water and logistics controls integrated into delivery documentation
• Performance dashboard defines indicators, data sources, thresholds and reporting cadence
• Peer review tests plan feasibility, evidence quality, risks and corrective actions