Environmental Management for Construction Projects Training Course

Duration 10 days 16 modules · 65 contact hours
Level Intermediate Certificate on completion
Who attends Environmental Managers, Construction Project Managers and others
Fee from USD 2,200 KSh 190,000 for Kenyan organisations
Where 52 cities + online See dates by city
Next start 9 Nov 2026 Course code SD-EM-021

Before you join: Participants should have basic familiarity with construction activities, such as earthworks, concrete works, temporary facilities, plant operations or subcontractor management.

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

Construction projects create environmental risks that can delay work, breach permit conditions, generate complaints and increase disposal, remediation and energy costs. Environmental managers and project teams must control impacts from earthworks, dewatering, dust, noise, waste, ecology, contaminated materials and fuel use while maintaining programme commitments. This requires more than policy knowledge: teams need site-based plans, defined controls, inspection evidence and clear accountability across contractors and subcontractors.

This course teaches participants to establish and operate an environmental management system for construction projects. Participants assess aspects and impacts, interpret legal and permit obligations, prepare Construction Environmental Management Plans, manage erosion and sediment, control water pollution, reduce waste, protect ecological receptors, and respond to incidents. The course uses ISO 14001, the mitigation hierarchy, aspect-and-impact assessment, environmental risk registers, monitoring plans and internal audit methods. It also addresses carbon, procurement and project reporting requirements.

Instructor-led delivery combines focused briefings with construction cases, group analysis, control-plan development, inspections, incident simulations and application planning. Participants progressively build project documentation from the first week, then test and improve it against realistic project conditions in the second. They leave with a completed construction environmental management package that can be adapted for live projects, including registers, plans, checklists, monitoring arrangements and reporting structures.

The course is suited to professionals responsible for environmental performance on building, infrastructure, industrial, energy and public-sector construction works. It is delivered over 10 days, from 08:30 to 16:30, in classrooms in 50+ cities or live online, with approximately 6.5 contact hours each day. Participants receive a certificate of completion.

What you will be able to do

  • Assess construction environmental aspects and impacts using significance criteria and risk matrices
  • Interpret permit conditions, planning requirements and legal obligations for site controls
  • Develop a Construction Environmental Management Plan aligned with ISO 14001 principles
  • Prepare control plans for erosion, sediment, water, waste, dust, noise and ecology
  • Design monitoring programmes with indicators, trigger levels, records and corrective actions
  • Apply the mitigation hierarchy to ecological constraints and protected-species requirements
  • Conduct environmental inspections and internal audits using evidence-based checklists
  • Present a complete environmental management package for a defined construction project

Benefits of attending

For you

  • Produce site-ready environmental plans rather than relying on generic policy documents
  • Identify permit and planning-condition risks before they disrupt construction activities
  • Lead inspections with clear evidence requirements and defensible corrective actions
  • Communicate environmental controls credibly with contractors, clients and regulators
  • Build a reusable project environmental management package for future assignments

For your organisation

  • Fewer environmental nonconformities, permit breaches and unplanned work stoppages
  • Clearer contractor accountability for pollution prevention and waste handling
  • Better inspection evidence for client reviews, regulator visits and internal assurance
  • Reduced material loss, waste disposal costs and avoidable fuel consumption
  • More consistent environmental controls across project sites and work packages

Course modules

16 modules over 10 days

Participants can identify environmental impact pathways and constraints across construction project phases.

  • Construction phase impact pathways from mobilisation through demobilisation and handover
  • Source-pathway-receptor model for predicting environmental effects before work starts
  • Receptor mapping for residents, waterways, habitats, heritage and adjacent businesses
  • Activity-impact register linking excavation, concrete works, traffic and temporary facilities
  • Significance scoring using magnitude, duration, extent, reversibility and sensitivity
  • Environmental constraints mapped against programme milestones and work-package sequencing

Participants can translate legal, permit and contract requirements into site actions and evidence.

  • Legal register structure: statutes, permits, consent conditions and client requirements
  • Permit-to-work interfaces between environmental consents and construction control systems
  • Planning conditions translated into site actions, owners and evidence
  • Compliance obligations for protected species, water discharge and waste transport
  • Regulator engagement records, notification thresholds and inspection readiness
  • Contract clauses allocating environmental duties, liabilities and reporting routes

Participants can structure a project environmental management system using ISO 14001 principles.

  • ISO 14001 clause structure applied to a project environmental management system
  • Plan-Do-Check-Act cycle connecting commitments, controls, audits and improvement
  • Environmental policy statements aligned with project scope and client objectives
  • Roles, competence matrices and communication routes within the EMS
  • Document control for method statements, permits, registers and monitoring records
  • Management review inputs, corrective actions and continual improvement tracking

Participants can develop a prioritised environmental risk register for construction activities.

  • Aspect-and-impact assessment using normal, abnormal and emergency conditions
  • Risk matrix scoring likelihood, consequence, legal exposure and stakeholder concern
  • Control hierarchy: eliminate, substitute, engineer, administer and protect
  • Significant-aspect criteria calibrated to project activities and sensitive receptors
  • Residual-risk evaluation after preventive and mitigation controls
  • Environmental risk register with actions, owners, due dates and status

Participants can specify and evaluate baseline evidence needed for project environmental decisions.

  • Desktop study sources: GIS layers, permits, surveys and historic records
  • Baseline survey scopes for soil, groundwater, ecology, noise and air
  • Conceptual site model linking contamination sources, pathways and receptors
  • Sampling plans specifying locations, frequencies, methods, laboratories and chain-of-custody
  • Seasonal survey constraints and validity periods for ecological evidence
  • Baseline data quality checks, detection limits and representativeness

Participants can prepare a Construction Environmental Management Plan with accountable controls and records.

  • Construction environmental management plan structure, commitments and control schedules
  • Aspect controls converted into inspection points and method-statement requirements
  • Responsibility assignment using RACI for contractors, supervisors and specialists
  • Emergency arrangements integrated with spill response and incident escalation
  • Site induction content covering sensitive areas, behavioural rules and reporting
  • Environmental action plan prioritised by risk, programme and permit deadlines

Participants can select and manage erosion and sediment controls for earthworks activities.

  • Erosion and sediment control plan matched to drainage catchments and soils
  • Sequencing earthworks to minimise exposed ground during rainfall periods
  • Silt fences, sediment basins and check dams: selection criteria
  • Stockpile management, stabilisation methods and perimeter runoff controls
  • Inspection triggers after rainfall, dewatering and earthmoving activities
  • Corrective actions for turbid runoff and failed sediment barriers

Participants can control water use, dewatering, runoff and pollution risks on site.

  • Water balance identifying supply, use, discharge and reuse opportunities
  • Dewatering permits, discharge limits and treatment-train selection
  • Concrete washout containment, pH control and disposal arrangements
  • Spill prevention around fuel storage, refuelling and plant maintenance
  • Drainage protection using inlet covers, bunds and isolation valves
  • Water monitoring parameters, sampling records and exceedance response

Participants can manage construction wastes, excavated materials and recovery evidence effectively.

  • Waste hierarchy applied to design, procurement, storage and disposal decisions
  • Site waste management plan with streams, containers, destinations and targets
  • Classification of excavated materials, hazardous waste and reusable aggregates
  • Transfer notes, consignment notes and duty-of-care evidence
  • Supplier take-back schemes and packaging reduction requirements
  • Materials tracking from delivery through segregation, recovery and final disposal

Participants can assess and control dust, particulate emissions and plant-related air impacts.

  • Dust risk assessment using source, pathway, receptor and duration
  • Emission controls for demolition, crushing, hauling and concrete batching
  • Vehicle idling limits, route plans and wheel-wash management
  • Particulate monitoring methods, trigger levels and response actions
  • Equipment emission standards and maintenance evidence for non-road plant
  • Community complaint investigation using time, location and meteorological records

Participants can plan noise and vibration controls and manage community complaints.

  • Noise and vibration baseline data interpreted against consent limits
  • Prediction methods for piling, blasting, demolition and heavy vehicle movements
  • Best practicable means documented within construction method statements
  • Barriers, enclosures, scheduling and equipment selection as control measures
  • Vibration monitoring thresholds protecting structures, utilities and nearby receptors
  • Complaint response protocol with verification, communication and corrective action

Participants can apply ecological constraints and mitigation measures to construction works.

  • Ecological constraints plan identifying protected habitats, species and buffers
  • Mitigation hierarchy: avoid, minimise, restore and offset residual effects
  • Pre-construction surveys, watching briefs and ecological clerk-of-works duties
  • Tree protection zones, root protection areas and site access controls
  • Timing restrictions for nesting birds, breeding seasons and migration
  • Habitat reinstatement specifications, invasive species controls and aftercare monitoring

Participants can manage contaminated materials, hazardous substances and environmental incidents.

  • Contaminated land controls for excavation, stockpiling and worker exposure
  • Unexpected contamination procedure covering stop-work, sampling and notification
  • Asbestos, lead paint and hazardous material survey interfaces
  • Chemical inventory, safety data sheets and secondary containment inspections
  • Spill response sequence: stop, contain, report, recover and investigate
  • Incident root-cause analysis using five whys and corrective actions

Participants can identify carbon reduction opportunities in materials, plant and construction operations.

  • Whole-life carbon stages aligned with EN 15978 project reporting
  • Embodied carbon estimates from quantities, environmental product declarations and transport
  • Construction energy plan covering generators, temporary power and fuel
  • Low-carbon procurement criteria for concrete, steel, timber and asphalt
  • Carbon reduction hierarchy: avoid, reduce, substitute and compensate
  • Monthly carbon dashboard linking fuel data, deliveries and programme progress

Participants can establish monitoring, audit and reporting arrangements that support corrective action.

  • Monitoring plan defining indicators, locations, frequencies, methods and responsibilities
  • Inspection checklists for dust, waste, water, ecology and housekeeping
  • Internal audit evidence sampled against ISO 14001 and permit conditions
  • Nonconformity reports distinguishing correction, corrective action and preventive control
  • Environmental KPI dashboard: compliance rate, waste recovery, complaints and incidents
  • Client and regulator reports supported by traceable site records

Participants can build, review and present a complete construction environmental management package for a defined project.

  • Project brief analysis: scope, receptors, constraints, programme and stakeholders
  • Baseline findings converted into an aspect-impact and legal obligations register
  • Environmental management plan drafted with controls, roles, inspections and records
  • Control plans selected for water, waste, dust, ecology and emergencies
  • Peer review against permits, ISO 14001 and client requirements
  • Management presentation defending priorities, resources, monitoring and corrective actions

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

What you take back to work

  1. Construction Environmental Management Plan template
  2. Environmental aspect and impact register
  3. Legal and permit compliance register
  4. Erosion and sediment control plan
  5. Environmental inspection and audit checklist
  6. Environmental monitoring and reporting dashboard

Who should attend

  • Environmental Managers — responsible for setting project controls, evidence and reporting
  • Construction Project Managers — accountable for programme delivery and environmental compliance
  • Site Managers — need practical controls for daily site activities and subcontractors
  • HSE Managers — integrating environmental requirements with wider project assurance systems
  • Civil Engineers — managing earthworks, drainage, materials and infrastructure impacts
  • Consultants and Client Representatives — reviewing contractor plans, inspections and performance

Skills and tools covered

Environmental risk assessmentConstruction environmental planningPermit compliance managementPollution prevention controlsEnvironmental monitoringISO 14001 auditing

Tools and standards

ISO 14001, Plan-Do-Check-Act, RACI matrix, EN 15978

How the course runs

Training methodology

The course uses short instructor briefings, construction-sector case work, facilitated group exercises, site-control simulations and individual application planning. Participants work with project drawings, permit extracts, monitoring records, waste data and incident scenarios. Early modules establish core registers and plans; later modules test these documents against rainfall events, complaints, ecological constraints, contaminated materials and audit findings. Trainers provide structured feedback as participants prepare a project environmental management package suitable for adaptation to their own work.

Requirements and prerequisites

Participants should have basic familiarity with construction activities, such as earthworks, concrete works, temporary facilities, plant operations or subcontractor management. Experience in project delivery, HSE, engineering, environmental consulting or facilities management is useful. Participants should be able to read site plans, method statements and simple project records. Prior formal environmental qualifications, ISO 14001 auditor training, specialist ecology knowledge and legal training are not required. The course explains the necessary environmental management methods before applying them to construction cases.

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

You should understand basic construction activities and be comfortable reading project documents. Formal environmental qualifications, audit credentials and specialist ecology training are not required.

Bring a laptop for working with templates and project documentation. If permitted by your employer, bring a current environmental plan, permit extract, inspection form or project risk register to adapt during the course.

The course is designed for environmental, HSE, project, site and engineering professionals involved in construction delivery or contractor oversight. It is particularly useful for people moving into environmental responsibilities on active projects.

General courses focus on organisation-wide systems and standard requirements. This course applies those methods to construction activities such as dewatering, earthworks, waste segregation, dust, ecological controls and contractor management.

Participants develop registers, plans, checklists and monitoring arrangements that can be adapted to live projects. The documents support site inductions, inspections, subcontractor briefings, management reviews and client reporting.

Each day runs from 08:30 to 16:30 and provides about 6.5 contact hours. The first week establishes core assessment and planning methods; the second applies control, monitoring, audit and reporting methods before the final project capstone.

Questions about this course?

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

Ask on WhatsApp info@skillsetdevelopment.com

Related courses in Environmental Management