Mastering Business Excellence · ESG & Sustainability

Mastering Regenerative Supply Chain

Mastering Regenerative Supply Chain trains sourcing and sustainability teams to build supply chains that restore soil, water, biodiversity and livelihoods.

Register Now opens this course on the Blue Ocean Academy website in a new tab.

Mastering Regenerative Supply Chain course
  • Course codeMRSC
  • LevelProfessional
  • Learning time30 hours
  • Modules21 modules
  • FormatSelf-paced online
  • CredentialMBE credential

About this course

Why it matters

Doing less harm is no longer the ceiling for a supply chain. Customers, regulators and lenders have started asking whether sourcing leaves the land, the water and the communities behind it better than it found them, and few procurement functions can answer.

The program teaches sourcing, sustainability and strategy professionals the regenerative alternative: outcome-based agricultural sourcing, nature-positive goals, restoration of natural and social capital, supplier partnerships and finance that reward improvement, and the measurement and verification that keep a regenerative claim honest.

How it runs for your organization

Food, beverage, textile and materials companies can license it for sourcing and sustainability together, running it as 30 hours of self-paced online learning on the Blue Ocean learning platform, available on web and mobile. The administrator dashboard tracks enrollment, progress and completion for the cohort.

Participants work on one of their own commodity chains throughout, assessing its impacts and dependencies, choosing interventions and partners, and defining metrics and MRV, so the capstone roadmap is a usable draft. Finishing every module and assessment results in a digital, verifiable MBE credential.

What you will learn

  • Place a company's ambition on the continuum from do less harm to net positive
  • Redesign products, processes and flows using whole-systems thinking and feedback loops
  • Specify outcome-based regenerative sourcing models and work with farmers and primary producers
  • Assess impacts and dependencies on nature with the LEAP approach and set nature-positive supply chain goals
  • Choose soil carbon, watershed and insetting interventions and value the capital they restore
  • Structure supplier partnerships, premiums and blended finance that share the risk of transition
  • Define outcome indicators, baselines and attribution using the SBTN AR3T framework
  • Build an audit-ready evidence chain with digital MRV and avoid regen-washing in claims

Skills you will build

  • Regenerative sourcing design
  • Nature impact assessment
  • Natural capital valuation
  • Supplier partnership structuring
  • Outcome metric design
  • Digital MRV evaluation
  • Regenerative finance structuring
  • Claim credibility review

Who this course is for

Food and beverage, textile, materials and packaging companies with agricultural or land-based inputs are the obvious buyers. Supply chain and sourcing directors learn to set regenerative strategy at category level. Agriculture and raw material buyers learn what to ask of a farm or cooperative and how to contract for outcomes rather than practices.

Sustainability and nature leads gain the TNFD and SBTN logic to set targets, and MRV and data specialists learn how outcomes get measured and verified. Corporate strategy teams, impact investors and NGO or landscape program managers complete the picture. Mixed cohorts are strongly advised, since regeneration is negotiated between buyer, supplier, financier and landscape.

Course outline

The 21 modules move from mindset to method to money and measurement. Modules one to four establish why regeneration is the next step beyond sustainability, its principles and what a regenerative supply chain is. Modules five to ten supply the toolkit: regenerative agriculture and sourcing, nature-positive chains using the TNFD approach, natural and social capital, soil, water and carbon, systems design and the link to the circular economy.

Modules eleven to fifteen cover partnerships, measurement, finance, technology and digital MRV. The remaining modules apply the material by sector and case studies, confront credibility risk, scan policy and standards, and end with strategy building and a capstone transformation roadmap.

21 modules · 84 topics

Module 1The Regenerative Imperative: Planetary Boundaries and Business
  • Planetary boundaries and the limits of the extractive economy
  • From degeneration to regeneration: a continuum of ambition
  • Why supply chains sit at the center of nature loss and repair
  • The business case for net-positive value creation
Module 2From Sustainable to Regenerative
  • Sustainability, ESG, and the Do-Less-Harm Paradigm
  • The Regenerative Shift: Actively Restoring Systems
  • Net-Zero versus Net-Positive Mindsets
  • Common Misconceptions and Vocabulary
Module 3Principles of Regenerative Business
  • Living-Systems and Whole-Systems Thinking
  • Designing for Net-Positive Impact
  • Reciprocity, Stakeholders, and Shared Value
  • Regenerative Leadership and Organizational Culture
Module 4The Regenerative Supply Chain Concept
  • Defining the Regenerative Supply Chain
  • Restoring Ecosystems and Communities Across Tiers
  • From Linear Chains to Regenerative Value Webs
  • Boundaries, Scope, and the Extended Value Chain
Module 5Regenerative Agriculture and Sourcing
  • Principles of Regenerative Agriculture
  • Rebuilding Soil Health, Water, and Biodiversity
  • Sourcing Models: Outcomes over Practices
  • Working with Farmers and Primary Producers
Module 6Biodiversity and Nature-Positive Chains (TNFD)
  • Nature as a material business issue
  • The TNFD framework and LEAP approach
  • Assessing impacts and dependencies on nature
  • Setting nature-positive supply-chain goals
Module 7Restoring Natural and Social Capital
  • Beyond carbon: the natural capital lens
  • Social capital, livelihoods, and community wellbeing
  • Valuing and accounting for restored capital
  • Just transition and equity in regeneration
Module 8The Living-Systems Toolkit: Soil, Water, and Carbon
  • Soil Carbon and Regenerative Land Practices
  • Watershed Thinking and Volumetric Water Benefit Accounting
  • Carbon Insetting Versus Offsetting in the Value Chain
  • Ecosystem Restoration and Rewilding Partnerships
Module 9Designing Regenerative Systems
  • Systems Thinking for Supply-Chain Design
  • Feedback Loops, Resilience, and Self-Renewal
  • Redesigning Products, Processes, and Flows
  • Place-Based and Context-Specific Design
Module 10Circular and Regenerative: How They Connect
  • Circular economy fundamentals
  • Where circular and regenerative overlap and differ
  • Designing out waste while restoring nature
  • Integrating both approaches in practice
Module 11Supplier Partnerships for Regeneration
  • Collaboration across tiers and landscapes
  • Incentivizing regenerative practices
  • Long-term contracts, cost-sharing, and risk
  • Pre-competitive coalitions and landscape programs
Module 12Measuring Regenerative Impact
  • Defining net-positive outcomes and indicators
  • Outcome-based metrics: measuring nature's improvement
  • The SBTN AR3T framework and science-based targets
  • Baselines, additionality, and attribution
Module 13Financing Regenerative Supply Chains
  • The Cost and Investment Gap of Regeneration
  • Blended Finance and Regenerative Funds
  • Incentive Models: Premiums, Insetting, and Outcomes Payments
  • De-risking the Transition for Suppliers
Module 14Technology and Data for Regeneration
  • Monitoring Nature with Digital Tools
  • Remote Sensing, Satellite, and IoT
  • Traceability, Blockchain, and Provenance
  • Data Governance and Interoperability
Module 15Digital MRV and Nature Tech in Practice
  • Measurement, Reporting, and Verification (MRV) Systems
  • Nature-Tech Landscape and Emerging Platforms
  • Satellite and AI-Driven Outcome Verification
  • Building Credible, Audit-Ready Evidence Chains
Module 16Regenerative Models Across Sectors
  • Food and Beverage Value Chains
  • Fashion, Textiles, and the Regenerative Outcomes Framework
  • Materials, Packaging, and the Built Environment
  • Cross-Sector Lessons and Transferable Patterns
Module 17Regenerative Supply Chains in Action: Global Case Studies
  • How Major Brands Are Cultivating Regenerative Supply Chains
  • SMEs and Agro-Food Chains: Constraints and Enablers
  • Landscape and Jurisdictional Programs
  • What Worked, What Failed, and Why
Module 18Risks, Challenges, and Credibility
  • Avoiding Regen-Washing and Overclaiming
  • Proving Real, Additional, and Permanent Impact
  • Regulatory, Reputational, and Delivery Risks
  • Building Trust with Stakeholders and Assurance
Module 19Emerging Frontiers: Policy, Standards, and the Next Decade
  • Converging Standards: SBTN, TNFD, and Sector Frameworks
  • Policy, Disclosure Mandates, and Nature Markets
  • Biodiversity Credits and Emerging Finance Instruments
  • Signals to Watch and Future Scenarios
Module 20Building a Regenerative Supply Chain Strategy
  • Assessing Readiness and Setting Ambition
  • A Roadmap for Transformation
  • Governance, Targets, and Accountability
  • Sequencing Pilots to Scale
Module 21Capstone: Designing Your Regenerative Transformation Roadmap
  • Integrating the Frameworks Into One Plan
  • Diagnosing Your Value Chain's Impacts and Dependencies
  • Prioritizing Interventions, Partners, and Finance
  • Defining Metrics, MRV, and Disclosure

Frequently asked questions

What makes a supply chain regenerative rather than just sustainable?

Module two draws the line. Sustainability and ESG, as commonly practiced, aim to do less harm; a regenerative chain is designed to leave soil, water, biodiversity and livelihoods measurably better than it found them. Module four extends the idea across tiers, from linear chains to value webs with a defined scope and boundary, and module ten shows where this overlaps with circular economy thinking and where it goes further.

How do buyers contract with farmers for regenerative outcomes?

Module five sets out the principles of regenerative agriculture and the shift from paying for practices to paying for outcomes such as soil health, water and biodiversity, and how to work with farmers and primary producers. Module eleven turns that into partnership design: collaboration across tiers and landscapes, incentives for regenerative practice, long-term contracts that share risk, and pre-competitive coalitions. Buyers leave with a model they can take into a sourcing negotiation.

How are regenerative outcomes measured and verified credibly?

Three modules handle it. Module twelve defines net-positive outcomes and indicators, introduces the SBTN AR3T framework and science-based targets for nature, and deals with baselines, additionality and attribution. Module fourteen covers the data layer: remote sensing, satellite and IoT monitoring, traceability and provenance, and data governance. Module fifteen puts it together as a measurement, reporting and verification system with an audit-ready evidence chain.

Is Mastering Regenerative Supply Chain relevant outside food and agriculture?

Yes. Module sixteen works through regenerative models in food and beverage, fashion and textiles, and materials, packaging and the built environment, then draws out the transferable patterns. The nature assessment, natural capital, finance and MRV content applies to any company whose inputs depend on land, water or ecosystems, which includes most manufacturers once the supply chain is traced back far enough.

Can sourcing and sustainability teams study it together at different speeds?

Yes, and the format is built for it. All 30 hours are on the Blue Ocean learning platform, by web or mobile app, with nothing timetabled, so a buyer can move quickly through the systems theory and slow down on contracting while a nature lead does the reverse. The administrator dashboard shows the sponsor enrollment, progress and completion for everyone, which makes it simple to agree a shared finish date.

What does a participant hold at the end, and what does the company hold?

The participant holds a digital, verifiable MBE credential confirming completion of all 21 modules and the practice assessments, plus the capstone roadmap for the commodity chain they worked on. The company holds the completion record on the administrator dashboard and a set of draft roadmaps it can consolidate, which is a practical starting point for a regenerative sourcing strategy and for the evidence that customers and investors may ask to see.

How do individual learners register for this course?

Use the Register Now button on this page. It opens Mastering Regenerative Supply Chain on the Blue Ocean Academy website, where individual learners can enroll directly.

How does a corporate license for this course work?

Your organization licenses seats for a cohort or a whole team. Participants study the self-paced modules on the Blue Ocean learning platform, on web or mobile, and your administrator follows enrollment, progress and completion on a dashboard.

Can we start with a pilot cohort before a wider rollout?

Yes. A pilot cohort in one department is a practical first step. Use the corporate license form, and a program advisor will map the relevant courses and license options to your teams.

Ready to get started?

Ask about a pilot cohort for one commodity or category team, or request a corporate license across sourcing, sustainability and strategy.

Register Now opens this course on the Blue Ocean Academy website in a new tab.

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