Energy Transition and Sustainability Training Course

Participants can explain the climate, policy and market drivers shaping energy transition decisions.

• Carbon budgets connect cumulative emissions with temperature stabilisation goals
• IPCC mitigation pathways compare electrification, efficiency, fuels and carbon removal
• Paris Agreement mechanisms shape national climate commitments and policy direction
• Nationally Determined Contributions signal planned emissions reductions and sector priorities
• Carbon pricing mechanisms include taxes, emissions trading systems and offsets
• Assess policy uncertainty through scenarios, trigger points and contingency responses

Participants can diagnose energy performance using consumption, production, weather and cost data.

• Interval-meter data reveals load shapes, peak demand and operating anomalies
• Energy intensity ratios link consumption with production, floor area or service output
• Weather normalisation separates operational changes from heating and cooling variation
• Create energy performance indicators with baselines, targets and reporting frequency
• Regression analysis estimates expected consumption from relevant activity variables
• Validate data through reconciliation, outlier checks and meter hierarchy reviews

Participants can prepare a credible organisational greenhouse gas inventory and emissions baseline.

• GHG Protocol organisational boundaries use equity share or control approaches
• Scope 1 emissions cover stationary combustion, mobile sources and refrigerants
• Scope 2 accounting compares location-based and market-based electricity methods
• Screen material Scope 3 categories using spend, activity and supplier data
• Emission factors require source documentation, units, vintage and geographic relevance
• Inventory assurance files retain calculations, assumptions, invoices and approvals

Participants can identify, quantify and prioritise energy efficiency opportunities for implementation.

• Energy audits apply walk-through, diagnostic and investment-grade assessment methods
• Load management targets peak demand, idle consumption and avoidable losses
• Motor systems analysis covers variable-speed drives, controls and maintenance
• Building measures assess envelopes, HVAC controls, lighting and occupancy schedules
• Process integration identifies heat recovery, steam optimisation and waste reduction
• Opportunity registers record savings, cost, owner, risk and implementation timing

Participants can evaluate renewable energy technologies against site, grid and operating requirements.

• Solar photovoltaic yields depend on irradiation, orientation, shading and performance ratio
• Wind resource assessment uses wind speed distributions, turbulence and capacity factors
• Biomass projects assess feedstock security, moisture content and competing uses
• Hydropower screening considers flow variability, head, permits and ecosystem impacts
• Battery storage services include shifting, peak shaving and frequency response
• Interconnection studies assess protection, voltage quality, curtailment and grid capacity

Participants can select renewable energy procurement structures suited to organisational demand and risk appetite.

• On-site generation compares ownership, leasing, energy service and developer models
• Power purchase agreements allocate volume, price, term and credit risks
• Virtual power purchase agreements use contracts for differences and certificates
• Renewable energy certificates require credible issuance, retirement and claims controls
• Tariff analysis compares time-of-use rates, demand charges and escalation clauses
• Procurement scorecards assess additionality, price certainty, contract flexibility and provenance

Participants can build investment cases for energy transition projects using financial appraisal methods.

• Capital expenditure estimates separate equipment, installation, development and contingency costs
• Operating cost models include maintenance, insurance, land and replacement assumptions
• Net present value discounts future cash flows using defined hurdle rates
• Internal rate of return compares project returns with investment thresholds
• Sensitivity analysis tests energy prices, output, inflation and capital costs
• Scenario analysis compares base, adverse and accelerated-transition investment cases

Participants can match transition initiatives with suitable funding structures and capital-allocation criteria.

• Green loans link financing terms with eligible assets and reporting requirements
• Sustainability-linked loans connect pricing adjustments with agreed performance targets
• Energy service company contracts allocate savings guarantees and performance risk
• Blended finance combines concessional capital, guarantees and commercial funding
• Marginal abatement cost curves rank measures by cost and emissions impact
• Capital allocation gates test strategic fit, returns, risk and implementation readiness

Participants can assess physical and transition climate risks affecting energy assets and operations.

• Physical risk assessment considers acute hazards and chronic climate shifts
• Transition risk categories cover policy, technology, market, legal and reputation
• Climate scenarios test asset exposure under defined temperature and policy assumptions
• Risk registers record causes, consequences, controls, owners and residual ratings
• Adaptation options include design standards, redundancy, relocation and insurance
• Business continuity plans address fuel disruption, grid outages and extreme weather

Participants can translate emissions baselines into credible targets and decarbonisation pathways.

• Science Based Targets initiative criteria define boundary, ambition and validation expectations
• Absolute contraction pathways reduce emissions against a defined base year
• Sectoral decarbonisation approaches use activity metrics and sector intensity pathways
• Interim targets create accountable milestones before long-term net-zero commitments
• Abatement sequencing prioritises efficiency, electrification, renewables and residual emissions
• Offsets follow reduction hierarchy, quality criteria and transparent claims practices

Participants can identify resource strategies that reduce embodied carbon, waste and energy demand.

• Life cycle assessment identifies embodied impacts from materials, transport and disposal
• Circular economy strategies apply reduce, reuse, repair, remanufacture and recycle principles
• Material flow analysis tracks resource inputs, stocks, losses and recovery routes
• Sustainable procurement specifications address recycled content, durability and end-of-life recovery
• Waste hierarchy prioritises prevention, reuse, recycling, recovery and disposal
• Supplier engagement requests product footprints, traceability data and improvement plans

Participants can prepare the core content and evidence required for climate-related reporting.

• IFRS S2 disclosures cover governance, strategy, risk management, metrics and targets
• Materiality assessment identifies sustainability matters relevant to enterprise value
• Governance disclosures define board oversight, management roles and escalation routes
• Transition plan disclosures explain actions, assumptions, financing and dependencies
• Key performance indicators connect emissions, energy, capital and operational results
• Assurance readiness requires traceable data, documented controls and management sign-off

Participants can integrate environmental and social safeguards into energy transition project planning.

• Environmental impact assessment identifies receptors, impacts, mitigation and monitoring measures
• Stakeholder mapping identifies affected groups, influence, interests and engagement needs
• Free, prior and informed consent principles guide engagement with Indigenous peoples
• Land acquisition plans address tenure, compensation, livelihoods and grievance mechanisms
• Biodiversity screening assesses habitat sensitivity, avoidance options and restoration requirements
• Just transition principles consider jobs, skills, affordability and community impacts

Participants can build stakeholder engagement and change plans that support transition delivery.

• Stakeholder salience analysis considers power, legitimacy and urgency of claims
• Change impact assessments identify affected roles, processes, systems and behaviours
• ADKAR model structures awareness, desire, knowledge, ability and reinforcement actions
• Communication plans specify audience, message, channel, timing and accountable owner
• Training needs analysis identifies required technical, operational and leadership capabilities
• Grievance mechanisms provide accessible channels, response standards and escalation steps

Participants can establish governance arrangements that control and track transition plan delivery.

• RACI matrices assign responsibility, accountability, consultation and information requirements
• Transition steering committees review progress, exceptions, decisions and resource constraints
• Balanced scorecards connect financial, operational, environmental and stakeholder measures
• Leading indicators track project readiness, data quality and implementation progress
• Lagging indicators measure energy savings, emissions reductions and financial outcomes
• Management review cycles test performance, corrective actions and target revisions

Participants can adapt energy transition approaches to differing sector constraints and opportunities.

• Manufacturing transitions prioritise process heat, motors, electrification and demand response
• Commercial property strategies combine retrofits, tenant engagement and renewable procurement
• Financial institutions assess financed emissions, sector policies and client transition plans
• Public infrastructure plans balance affordability, resilience, service continuity and procurement rules
• Extractive operations assess microgrids, fuel switching, rehabilitation and community impacts
• Development programmes evaluate energy access, productive use and long-term maintenance

Participants can build phased implementation roadmaps that coordinate projects, resources and dependencies.

• Roadmaps sequence quick wins, enabling projects, capital works and long-term initiatives
• Work breakdown structures define deliverables, tasks, dependencies and acceptance criteria
• Critical path analysis identifies schedule constraints and priority management actions
• Portfolio dashboards track cost, savings, emissions, risks and delivery status
• Benefits realisation plans assign measurement methods, baselines and benefit owners
• Implementation risk reviews identify barriers, mitigations, triggers and contingency actions

Participants can build, review and present a complete energy transition plan supported by evidence and investment logic.

• Integrate baseline, inventory, targets, projects, finance and governance into one plan
• Test plan assumptions against policy, market, technology and climate-risk scenarios
• Prioritise initiatives using abatement cost, feasibility, timing and strategic value
• Prepare executive decision papers with recommendations, trade-offs and funding requirements
• Peer review checks data quality, claims credibility, controls and implementation dependencies
• Present transition plans using concise visuals, milestones, risks and accountable owners