Carbon Management Course

Lesson 1 • Greenhouse Gases and Radiative Forcing

Examines the properties of key greenhouse gases and their warming potential. Links molecular science to measurable climate outcomes.

Lesson 2 • The Carbon Cycle Explained

Covers natural carbon reservoirs, fluxes, and feedback loops. Establishes the baseline understanding needed for all subsequent emissions accounting work.

Lesson 3 • Climate System Responses

Analyzes how Earth's climate system responds to increased greenhouse gas concentrations. Connects physical science to observed and projected climate risks.

Lesson 1 • Base Year and Recalculation Protocols

Establishes how to set and recalculate base years when structural changes occur. Ensures year-over-year comparability essential for tracking progress against targets.

Lesson 2 • Accounting Principles and Data Quality

Applies relevance, completeness, consistency, accuracy, and transparency principles. These principles govern inventory credibility and third-party verification readiness.

Lesson 3 • Scope 1, 2, and 3 Emissions

Defines direct and indirect emission categories and their measurement responsibilities. Scope classification determines data collection strategy and reporting obligations.

Lesson 4 • Organizational Boundary Setting

Teaches equity share, financial control, and operational control approaches to boundary definition. Correct boundary setting is prerequisite to accurate inventory construction.

Lesson 1 • Emission Factor Selection and Use

Covers published, supplier-specific, and calculated emission factors and their appropriate application. Factor quality directly determines inventory accuracy and auditability.

Lesson 2 • Scope 1 Data Collection Methods

Guides collection of fuel consumption, process, and fugitive emission data. Accurate Scope 1 data forms the most controllable portion of the corporate inventory.

Lesson 3 • Scope 2 Market and Location Methods

Distinguishes location-based and market-based Scope 2 calculation approaches. Method choice affects renewable energy claim validity and reported emission totals.

Lesson 4 • Inventory Compilation and Quality Control

Assembles collected data into a structured inventory with documented quality checks. A well-controlled compilation process supports third-party verification and audit trails.

Lesson 1 • Footprint Reporting and Communication

Structures footprint results for internal management and external stakeholder audiences. Clear communication of footprint data builds credibility and drives action.

Lesson 2 • Product Life Cycle Assessment Basics

Introduces life cycle thinking and cradle-to-grave carbon quantification for products. LCA results inform product design, procurement, and customer-facing claims.

Lesson 3 • Hotspot Identification Techniques

Uses Pareto analysis and contribution mapping to locate dominant emission sources. Hotspot data directs reduction investment to highest-impact areas.

Lesson 4 • Emission Intensity and Normalization

Calculates revenue, production, and employee-normalized intensity metrics. Intensity metrics enable fair comparison across business units and reporting periods.

Lesson 1 • Energy Transition and Efficiency Measures

Covers renewable energy procurement, fuel switching, and energy efficiency levers. Energy measures typically deliver the largest near-term Scope 1 and 2 reductions.

Lesson 2 • Abatement Opportunity Assessment

Builds marginal abatement cost curves to rank reduction options by cost and impact. Systematic opportunity assessment prevents ad hoc, low-impact investment decisions.

Lesson 3 • Decarbonization Roadmap Development

Integrates target, abatement, and investment data into a phased roadmap. A structured roadmap aligns internal stakeholders and tracks progress against commitments.

Lesson 4 • Supply Chain Decarbonization Approaches

Addresses supplier engagement, procurement criteria, and collaborative reduction programs. Supply chain action is essential for achieving Scope 3 targets.

Lesson 1 • Carbon Credit Standards and Quality

Evaluates leading offset standards against additionality, permanence, and verification criteria. Credit quality assessment prevents reputational and financial risk from poor purchases.

Lesson 2 • Offset Procurement and Due Diligence

Guides sourcing, contract negotiation, and due diligence for offset purchases. Rigorous procurement protects against fraud, double counting, and greenwashing exposure.

Lesson 3 • Offset Project Types and Technologies

Surveys forestry, renewable energy, methane capture, and removal project categories. Project type knowledge enables portfolio diversification and risk-adjusted procurement.

Lesson 4 • Integrating Offsets into Corporate Strategy

Positions offsets as a complement to, not substitute for, direct emission reductions. Correct integration maintains target credibility and stakeholder trust.

Lesson 1 • GHG Inventory Verification Process

Explains limited and reasonable assurance levels, verifier roles, and audit procedures. Verification readiness reduces cost and increases the credibility of reported data.

Lesson 2 • Climate-Related Financial Disclosures

Applies task force recommendations for governance, strategy, risk, and metrics disclosure. Financial-grade climate disclosure is increasingly required by investors and regulators.

Lesson 3 • Internal Controls for Reporting

Designs data governance, access controls, and review workflows for GHG reporting systems. Strong internal controls reduce material misstatement risk and support audit readiness.

Lesson 4 • Major Reporting Frameworks Compared

Compares climate disclosure frameworks by scope, audience, and data requirements. Framework selection determines reporting structure, materiality, and assurance obligations.

Lesson 1 • Long-Term Carbon Strategy Integration

Aligns carbon strategy with corporate vision, capital planning, and innovation pipelines. Long-term integration ensures carbon management survives leadership changes and market shifts.

Lesson 2 • Climate Risk Integration into ERM

Embeds physical and transition climate risks into enterprise risk management processes. Integrated risk management prevents carbon-related financial surprises and supports resilience.

Lesson 3 • Carbon Governance Structures

Designs board-level oversight, executive accountability, and cross-functional carbon committees. Governance structures determine whether carbon commitments translate into operational action.

Lesson 4 • Stakeholder Engagement and Communication

Develops strategies for engaging investors, employees, customers, and communities on carbon. Effective engagement builds trust, surfaces innovation, and accelerates decarbonization.