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Orientation and Systems Framing

Program Orientation and Safety for Doctoral Labs

Regenerative and Circular Systems Primer

Design Lab: Regenerative Product Engineering

Lab 1: Design Regenerative Products

Quiz A: Regenerative Product Design Checkpoint

Enterprise Lab: Circular SME Business Modeling

Lab 2: Build Circular SME Models

Quiz B: Circular SME Modeling Checkpoint

Recovery Lab: Materials Reclamation and Flow Control

Lab 3: Recover Materials from Post-Use Streams

Quiz C: Material Recovery Methods Checkpoint

Audit and Symbiosis Lab: System Integration

Lab 4: Simulate a Rebiore Audit

Lab 5: Apply Industrial Symbiosis

Quiz D: Rebiore Audit and Symbiosis Checkpoint

Doctoral Project: Full Regenerative Circular System

Capstone Lab: Plan and Execute the Doctoral Project

Quiz E: Capstone Integration Readiness

Course Feedback and Lab Experience Survey

Doctoral Labs: Practical Regenerative Design and Circular Systems Mastery is an advanced, practice-first specialization for researchers, innovators, and leaders ready to design, pilot, and validate full-stack regenerative systems. Across integrated design, enterprise modeling, materials recovery, auditing, and industrial symbiosis, you will engineer circular solutions that are safe-by-design, economically viable, and auditable against robust indicators. Begin with systems framing, value-chain mapping, and the Rebiore audit framework. Then move through hands-on labs: design regenerative products using biomaterials and circularity-by-design heuristics; build circular SME business models with reverse logistics and product-service systems; recover materials from post-use streams using mechanical, biological, thermal, and chemical pathways; and simulate an end-to-end audit before orchestrating industrial symbiosis across local ecosystems. Your capstone integrates all components into a pilot or digital twin validated against predefined metrics and stakeholder needs. Milestone-based guidance, reproducibility standards, and ethics and safety practices are embedded throughout. If you are seeking a doctoral-level pathway that translates circular theory into verifiable impact, this program equips you to deliver measurable ecological, social, and economic value while meeting compliance and stakeholder expectations.

Doctoral Labs: Practical Regenerative Design and Circular Systems Mastery

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            <p>Doctoral Labs: Practical Regenerative Design and Circular Systems Mastery is a hands-on, research-intensive journey for scholars who want to engineer, validate, and scale circular solutions that regenerate ecological and socio-economic systems. The program opens by framing the science, safety, and ethics of laboratory practice alongside the systems-thinking foundations that guide the entire specialization. You will calibrate expectations and deliverables, implement rigorous data management and preregistration for reproducibility, and align your work with the capstone assessment rubrics. A primer on regeneration, circular economy, industrial symbiosis, and material flow analysis strengthens your conceptual base, while the Rebiore audit framework and value-chain mapping help you select a doctoral domain and articulate systems-level research questions with clear boundaries and evidence requirements.</p>

<p>From there, you will progress through a sequence of applied labs that build toward an integrated, evidence-backed circular system. In the Design Lab, you will define functional requirements within planetary boundaries, apply safe-by-design heuristics for biomaterials, and prototype through digital twins, rapid fabrication, and durability testing—embedding circularity-by-design via modularity, repairability, and disassembly protocols. The Enterprise Lab shifts focus to circular SME business modeling, including stakeholder mapping, reverse logistics, product-service systems, policy and certification pathways, financing mechanisms, and KPI frameworks spanning material circularity, carbon intensity, and socio-economic value creation. The Recovery Lab advances practical skills for characterizing post-use streams, selecting recovery routes across mechanical, biological, thermal, and chemical options, and setting up pilot lines with robust EHS protocols and quality assurance for secondary feedstocks.</p>

<p>Integration is deepened in the Audit and Symbiosis Lab, where you will simulate a Rebiore audit end-to-end: scoping indicators and baselines, executing mock audits, verifying data, resolving nonconformities, and establishing continuous improvement loops. You will also identify and design industrial symbiosis opportunities—evaluating thermodynamic fit and logistics, structuring contracts, planning shared infrastructure such as utilities and waste-heat networks, and stress-testing performance and resilience. The program culminates in a doctoral capstone that synthesizes product design, SME modeling, materials recovery, audit rigor, and symbiotic integration into a single system. You will define hypotheses, milestones, risk registers, and decision gates; stand up a pilot or digital twin; validate outcomes against Rebiore indicators; and assemble a defense package that includes a methods dossier, curated datasets, and a stakeholder impact brief. Quizzes punctuate each phase to ensure readiness, and a final survey captures insights to refine future cohort experiences.</p>
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