Corporate Sustainability Strategy Training Course

Participants can assess external forces shaping sustainability priorities and obligations.

• PESTLE analysis focused on climate policy, markets, technology and society
• Regulatory scanning for mandatory reporting, due diligence and product requirements
• Investor expectations examined through stewardship codes, ratings and capital decisions
• Customer sustainability requirements translated into commercial and operational implications
• Competitor benchmarking using public targets, disclosures and sector performance indicators
• Scientific and planetary boundary evidence interpreted for strategic relevance

Participants can plan and conduct an evidence-based materiality assessment process.

• Stakeholder mapping by influence, affectedness, dependency and information needs
• Engagement plans specifying methods, samples, questions, governance and documentation
• GRI material topics assessed through significance of actual and potential impacts
• ESRS double materiality distinguishes impact materiality from financial materiality
• Scoring criteria calibrated for scale, scope, irremediability and likelihood
• Materiality matrices tested against management judgement and stakeholder evidence

Participants can identify sustainability hotspots within business models and value chains.

• Business model canvas adapted for resources, emissions, people and dependencies
• Value-chain mapping from raw materials through use phase and end-of-life
• Hotspot analysis identifies concentrated impacts, costs, risks and intervention points
• Life-cycle thinking distinguishes direct operations from upstream and downstream effects
• Supplier segmentation combines spend, criticality, emissions exposure and supplier maturity
• Product portfolio review compares sustainability performance, margin and growth potential

Participants can interpret a corporate emissions inventory and identify strategic emissions sources.

• GHG Protocol organisational boundaries: equity share, financial control and operational control
• Scope 1 emissions calculated from stationary combustion, vehicles and refrigerants
• Scope 2 location-based and market-based methods compared for electricity reporting
• Scope 3 screening identifies material categories using spend, activity and supplier data
• Emission factors selected for geography, fuel type, technology and data quality
• Inventory assurance trails document sources, assumptions, calculations and approvals

Participants can assess climate-related risks and opportunities using structured scenarios.

• Physical risks classified as acute hazards and chronic climate shifts
• Transition risks assessed across policy, legal, technology, market and reputation drivers
• Climate scenario analysis tests strategic assumptions under plausible future conditions
• Risk registers record causes, events, impacts, controls and accountable owners
• Financial materiality connects climate exposures to revenue, costs, assets and financing
• Opportunities evaluated through adaptation services, efficiency, innovation and market demand

Participants can structure a sustainability strategy around material priorities and business decisions.

• Strategic pillars derived from material topics, value-chain hotspots and enterprise priorities
• Theory of change connects activities, outputs, outcomes and intended impacts
• Strategic choices distinguish compliance actions, risk controls and market opportunities
• Initiative portfolios prioritised using impact, feasibility, cost, urgency and ownership
• Dependencies between sustainability initiatives, capital projects and operating plans identified
• Strategy narratives explain choices, trade-offs, boundaries and intended stakeholder outcomes

Participants can create measurable sustainability targets with credible baselines and milestones.

• Baseline years selected using completeness, comparability, relevance and data availability
• SMART targets specify metric, boundary, timeframe, ambition and accountable owner
• Science-based target concepts applied to corporate emissions reduction pathways
• Absolute and intensity metrics compared for growth, efficiency and accountability
• Key performance indicators cascade from board objectives to operational teams
• Milestone plans define annual actions, dependencies, resources and corrective triggers

Participants can develop a practical transition plan supporting climate targets.

• Transition plans connect emissions targets to operational and financial actions
• Abatement curves compare reduction potential, timing, cost and implementation constraints
• Energy efficiency initiatives assessed through consumption data, payback and operational impacts
• Renewable electricity procurement options include certificates, PPAs and on-site generation
• Decarbonisation roadmaps sequence equipment replacement, process redesign and supplier engagement
• Carbon credits assessed using quality criteria, claims rules and residual emissions

Participants can incorporate resource, nature and circularity priorities into sustainability strategy.

• Resource flow mapping tracks materials, water, waste and recovery pathways
• Circular economy strategies apply reduce, reuse, repair, remanufacture and recycle principles
• Water risk screening considers availability, quality, flooding and stakeholder access
• Nature-related dependencies identified through land use, sourcing and ecosystem services
• Waste hierarchy guides prevention, reuse, recycling, recovery and disposal decisions
• Product design criteria address durability, repairability, recyclability and material intensity

Participants can integrate workforce, community and human-rights considerations into strategy.

• Human rights due diligence follows assess, prevent, mitigate, track and communicate steps
• Salient human rights issues prioritised by severity, scale and remediability
• Workforce metrics cover health, safety, diversity, development and fair work
• Community impact assessments identify affected groups, concerns and grievance mechanisms
• Responsible restructuring considers worker consultation, reskilling and local economic effects
• Grievance mechanisms assessed for legitimacy, accessibility, predictability and remedy

Participants can design supplier sustainability requirements and improvement pathways.

• Supplier codes define environmental, labour, ethics and governance minimum requirements
• Supplier risk assessments combine country, commodity, spend and performance indicators
• Contract clauses specify disclosure, audit rights, corrective actions and termination triggers
• Supplier scorecards track emissions, labour practices, certifications and improvement plans
• Capability-building programmes distinguish strategic suppliers from transactional supplier relationships
• Responsible sourcing escalation routes address non-conformance, remediation and disengagement decisions

Participants can design governance arrangements for strategy oversight and delivery.

• Board mandates define oversight responsibilities, reporting cadence and decision thresholds
• Executive steering committees coordinate strategy, investment, risk and disclosure decisions
• RACI matrices assign accountable, responsible, consulted and informed roles
• Management incentives connect selected sustainability metrics to remuneration and performance reviews
• Three lines model clarifies management, risk oversight and internal audit roles
• Policy architecture links corporate standards, procedures, controls and local implementation

Participants can incorporate sustainability factors into investment appraisal and financial planning.

• Capital expenditure proposals include emissions, resource, risk and resilience impacts
• Net present value models incorporate energy savings, carbon costs and maintenance
• Internal carbon pricing tested through shadow prices, fees and investment hurdles
• Sustainability-linked finance examined through KPIs, pricing adjustments and reporting obligations
• Greenwashing risk assessed against claims evidence, governance and product characteristics
• Budget ownership allocated between corporate functions, business units and capital projects

Participants can establish an ESG data process suitable for management and reporting use.

• Data dictionaries define metrics, units, boundaries, formulas and responsible owners
• Data lineage traces reported figures from source systems to final disclosures
• Control matrices identify risks, preventive controls, detective controls and evidence
• Estimation protocols document assumptions, proxies, uncertainty and approval requirements
• Material data errors assessed through quantitative thresholds and qualitative judgement
• Assurance readiness reviews test documentation, consistency, traceability and management sign-off

Participants can select and prepare disclosures using leading sustainability reporting standards.

• GRI Standards applied to material impacts, management approaches and topic disclosures
• IFRS S1 requirements connect sustainability risks to financial reporting information
• IFRS S2 disclosures address governance, strategy, risk management, metrics and targets
• ESRS structure reviewed across cross-cutting, environmental, social and governance standards
• Disclosure gap analysis compares current reports against selected reporting requirements
• Reporting boundaries reconciled across financial consolidation and sustainability data collection

Participants can communicate sustainability performance with evidence, balance and appropriate controls.

• Sustainability claims substantiated through evidence, boundaries, qualifications and approvals
• Balanced reporting explains progress, missed targets, limitations and corrective actions
• Audience mapping differentiates board, investor, employee, customer and community information needs
• Annual report content aligned with strategy, risks, metrics and financial disclosures
• Materiality results translated into clear messages without overstating performance
• Communications governance assigns review roles for legal, technical and executive approval

Participants can convert a sustainability strategy into a funded, sequenced implementation plan.

• Implementation roadmaps sequence initiatives by dependencies, urgency, cost and organisational capacity
• Workstream charters define scope, deliverables, milestones, governance and resources
• Change impact assessments identify affected roles, processes, systems and behaviours
• Stakeholder engagement plans build sponsorship, participation, feedback and issue escalation
• Benefits realisation plans connect initiatives to measurable operational and strategic outcomes
• Quarterly management reviews assess progress, risks, decisions and corrective actions

Participants can adapt sustainability strategy choices to sector-specific risks and operating realities.

• Banking strategies address financed emissions, client engagement and portfolio risk
• Manufacturing strategies prioritise energy, materials, process emissions and worker safety
• Consumer goods strategies address sourcing, packaging, product use and waste
• Energy strategies examine transition pathways, asset resilience and community impacts
• Public-service strategies balance service continuity, procurement rules and public accountability
• Trade-off analysis compares affordability, emissions reduction, equity and delivery risk

Participants can build, review and present a complete corporate sustainability strategy and implementation roadmap.

• Materiality findings consolidated into strategic priorities and management decision statements
• Emissions baseline, climate risks and value-chain hotspots integrated into strategy design
• Targets, metrics and transition actions tested for consistency and credible delivery
• Governance, budget assumptions and workstream ownership specified for executive approval
• Disclosure data plan aligned with selected GRI, IFRS and ESRS requirements
• Executive presentation communicates recommendations, trade-offs, milestones and decisions requested