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| Training Mode | Platform | Fee | Enroll |
|---|---|---|---|
| Online Training | Zoom/ Google Meet | 900USD | Register |
| Course Date | Location | Fee | Enroll |
|---|---|---|---|
| 07/09/2026 to 11/09/2026 | Nairobi | 1,500 USD | Register |
| 07/09/2026 to 11/09/2026 | Mombasa | 1,750 USD | Register |
| 07/09/2026 to 11/09/2026 | Dubai | 4,900 USD | Register |
| 05/10/2026 to 09/10/2026 | Nairobi | 1,500 USD | Register |
| 05/10/2026 to 09/10/2026 | Mombasa | 1,750 USD | Register |
| 02/11/2026 to 06/11/2026 | Nairobi | 1,500 USD | Register |
| 02/11/2026 to 06/11/2026 | Mombasa | 1,750 USD | Register |
| 02/11/2026 to 06/11/2026 | Kigali | 2,500 USD | Register |
| 07/12/2026 to 11/12/2026 | Nairobi | 1,500 USD | Register |
| 07/12/2026 to 11/12/2026 | Nairobi | 1,500 USD | Register |
| 07/12/2026 to 11/12/2026 | Mombasa | 1,750 USD | Register |
Course Introduction
The Circular Economy and Sustainable Cooperative Enterprise Training Course equips participants with practical knowledge and strategic tools for transforming cooperative enterprises from linear “take, make, use, dispose” models toward more sustainable systems that reduce waste, conserve resources, extend product lifecycles, and create additional economic value. The course connects circular economy principles with cooperative ownership structures, member participation, enterprise development, sustainability, innovation, and long-term financial resilience.
Cooperative enterprises are well positioned to adopt circular economy approaches because they can mobilize members, aggregate resources, coordinate value chains, share infrastructure, and develop community-based solutions. This training examines how cooperatives can create value through reuse, repair, refurbishment, recycling, remanufacturing, resource recovery, sustainable production, sharing models, and waste-to-value enterprises. Participants will learn how to identify circular opportunities that are commercially viable while addressing environmental challenges and improving member livelihoods.
The course provides practical approaches for redesigning products, services, operations, and supply chains around resource efficiency and lifecycle thinking. Participants will explore circular procurement, sustainable materials, eco-design, reverse logistics, waste management, industrial symbiosis, renewable energy, water efficiency, and responsible consumption. Particular emphasis is placed on identifying opportunities to reduce operating costs, minimize resource dependency, improve productivity, create new revenue streams, and strengthen the competitiveness of cooperative enterprises.
Financial sustainability is a critical consideration when implementing circular business models. Participants will examine investment appraisal, circular business model economics, cost-benefit analysis, green finance, impact investment, blended finance, grants, and innovative financing approaches. They will learn how to prepare business cases for circular initiatives, assess financial viability, identify potential revenue streams, evaluate risks, and develop investment proposals that demonstrate both economic and environmental benefits to financing partners and cooperative stakeholders.
Technology and innovation are accelerating the development of circular enterprises. The course explores digital marketplaces, artificial intelligence, Internet of Things applications, traceability systems, blockchain-enabled supply chains, smart waste management, renewable energy, advanced recycling, resource monitoring, and data analytics. Participants will also consider emerging challenges involving digital inclusion, cybersecurity, electronic waste, technology costs, data governance, greenwashing, carbon accounting, biodiversity, and the growing demand for credible sustainability information.
By completing the training, participants will be better prepared to design, implement, finance, and scale circular cooperative enterprises that deliver measurable economic, environmental, and social benefits. They will gain practical tools for mapping material flows, identifying waste-to-value opportunities, developing circular strategies, engaging members, strengthening supply chains, measuring impact, and managing implementation risks. The ultimate goal is to enable cooperatives to become resource-efficient, innovative, resilient, competitive, and capable of creating sustainable value for members and communities.
5 days
Cooperative board members and directors responsible for sustainability, enterprise strategy, resource management, governance, and long-term organizational development.
Chief executives and senior managers responsible for developing financially sustainable and environmentally responsible cooperative enterprises.
Cooperative enterprise development officers supporting members with business development, innovation, market access, and circular economy initiatives.
Sustainability and environmental managers responsible for resource efficiency, waste management, environmental performance, and sustainability strategies.
Strategic planning professionals responsible for integrating circular economy principles into cooperative growth and enterprise development plans.
Finance managers and accountants involved in investment appraisal, budgeting, green finance, cost management, and sustainable enterprise performance.
Credit and investment officers assessing circular economy projects, sustainable enterprises, environmental risks, and financing opportunities.
Procurement professionals responsible for sustainable sourcing, supplier assessment, materials management, responsible purchasing, and lifecycle considerations.
Supply chain and logistics managers responsible for reverse logistics, resource optimization, distribution efficiency, inventory management, and value chain resilience.
Agricultural and producer cooperative managers interested in waste-to-value enterprises, regenerative practices, resource recovery, and sustainable production.
Waste management and recycling professionals seeking to develop commercially viable cooperative approaches to collection, sorting, recycling, reuse, and resource recovery.
Innovation and technology professionals supporting digital platforms, traceability, smart resource management, automation, and circular business solutions.
Marketing and business development professionals developing sustainable products, green markets, customer propositions, and circular revenue opportunities.
Internal auditors and compliance professionals assessing environmental controls, sustainability risks, resource management, and regulatory requirements.
Consultants, development practitioners, regulators, and professional advisers supporting circular economy, sustainability, enterprise development, finance, and cooperative transformation.
Develop comprehensive understanding of circular economy principles and demonstrate how they can be applied to cooperative enterprises to improve sustainability, competitiveness, and resource productivity.
Enable participants to identify opportunities for reducing waste, extending product lifecycles, recovering resources, improving efficiency, and creating new revenue streams within cooperative operations.
Equip participants with practical techniques for designing circular business models that integrate member needs, customer value, environmental performance, financial sustainability, and market opportunities.
Strengthen participants’ ability to conduct material flow analysis, resource mapping, lifecycle assessments, waste audits, and opportunity assessments for cooperative enterprise activities.
Develop practical skills for establishing circular procurement and supply chain practices involving sustainable materials, responsible suppliers, reverse logistics, and resource-efficient operations.
Improve participants’ understanding of green finance, impact investment, blended finance, grants, circular investment appraisal, and innovative financing options for sustainable enterprise development.
Enable participants to apply appropriate technologies and innovations including digital marketplaces, smart monitoring, traceability, automation, artificial intelligence, and resource management systems.
Strengthen participants’ ability to develop waste-to-value, recycling, reuse, repair, refurbishment, remanufacturing, sharing, and resource recovery enterprises that generate sustainable member value.
Develop awareness of emerging circular economy issues including carbon accounting, biodiversity, nature-positive enterprises, greenwashing, extended producer responsibility, and evolving sustainability regulations.
Promote financially viable and environmentally responsible cooperative enterprises that reduce resource dependency, create employment, improve member incomes, strengthen resilience, and generate lasting economic value.
Understanding circular economy principles, concepts, terminology, business models, and their relevance to cooperative enterprise development.
Examining the transition from linear production and consumption systems toward regenerative, resource-efficient, and value-retaining cooperative enterprises.
Identifying how cooperative ownership, member participation, shared resources, and collective action can support circular economic models.
Assessing circular economy opportunities across agriculture, manufacturing, retail, services, housing, energy, transport, and community-based cooperative activities.
Understanding circular business model patterns including reuse, repair, sharing, product-as-a-service, refurbishment, remanufacturing, and resource recovery.
Designing circular value propositions that address customer needs while reducing resource consumption, waste generation, environmental impacts, and operating costs.
Developing sustainable revenue models that convert waste, underused assets, by-products, recovered materials, and services into additional sources of cooperative income.
Evaluating circular business model feasibility based on market demand, resource availability, member capabilities, investment requirements, profitability, and environmental outcomes.
Conducting resource and waste assessments to identify material losses, inefficiencies, unnecessary consumption, disposal costs, and recovery opportunities.
Developing practical strategies for reducing water, energy, raw material, packaging, fuel, and other resource consumption across cooperative enterprise operations.
Establishing waste segregation, collection, reuse, recycling, composting, recovery, and waste-to-value systems that support commercial and environmental objectives.
Measuring resource productivity and waste reduction through appropriate indicators covering costs, material flows, recovery rates, energy use, water use, and environmental impacts.
Redesigning cooperative production processes to minimize waste, improve resource efficiency, extend equipment lifecycles, and reduce environmental impacts.
Applying eco-design and lifecycle thinking to products and services to improve durability, repairability, recyclability, reuse potential, and overall resource performance.
Integrating renewable energy, energy efficiency, sustainable materials, water conservation, cleaner production, and pollution prevention into cooperative operations.
Establishing circular operational procedures that improve productivity, reduce costs, strengthen resilience, and support continuous sustainability performance improvement.
Mapping material flows and supply chains to identify resource dependencies, waste points, supplier risks, transportation inefficiencies, and circular opportunities.
Developing sustainable procurement policies that consider product durability, recycled content, repairability, lifecycle costs, environmental impacts, and supplier responsibility.
Establishing reverse logistics systems for product returns, collection of used materials, recycling, refurbishment, repair, recovery, and responsible disposal.
Strengthening supplier partnerships to encourage circular innovation, sustainable production, resource efficiency, traceability, transparency, and shared environmental objectives.
Understanding green finance, circular finance, impact investment, blended finance, grants, sustainable lending, and other funding mechanisms supporting circular enterprises.
Conducting financial feasibility assessments for recycling, reuse, repair, resource recovery, renewable energy, sustainable production, and circular service initiatives.
Preparing commercially credible investment proposals that demonstrate financial returns, resource savings, environmental benefits, social outcomes, and manageable risks.
Exploring emerging financing opportunities involving sustainability-linked finance, green bonds, carbon finance, impact funds, guarantees, and environmental investment mechanisms.
Exploring artificial intelligence, Internet of Things systems, digital marketplaces, blockchain, automation, sensors, and data analytics for circular enterprise management.
Applying digital technologies to improve material traceability, resource monitoring, product lifecycle management, inventory optimization, waste collection, and reverse logistics.
Assessing emerging technologies based on affordability, scalability, environmental benefits, cybersecurity requirements, digital inclusion, maintenance needs, and business value.
Developing innovation strategies that enable cooperatives to adopt appropriate technologies while strengthening productivity, market access, transparency, and resource efficiency.
Developing circular agricultural practices involving composting, organic waste recovery, nutrient cycling, sustainable inputs, water efficiency, and resource conservation.
Exploring cooperative opportunities in sustainable food systems, agro-processing, renewable energy, recycling, biomass utilization, and nature-positive enterprise development.
Applying circular approaches to livestock, fisheries, forestry, water resources, land management, and other natural-resource-dependent cooperative activities.
Building community-based circular enterprises that create local employment, reduce waste, strengthen livelihoods, and retain economic value within communities.
Examining emerging issues involving carbon accounting, biodiversity, nature-related risks, extended producer responsibility, sustainable consumption, and resource security.
Assessing greenwashing risks and developing credible environmental claims supported by reliable data, transparent methodologies, appropriate evidence, and effective governance.
Exploring emerging opportunities involving carbon markets, ecosystem services, digital product passports, sustainable packaging, green marketplaces, and resource-sharing platforms.
Understanding how changing regulations, consumer expectations, technology disruption, climate pressures, and investor priorities are reshaping circular cooperative enterprises.
Developing practical circular enterprise implementation plans covering objectives, activities, budgets, responsibilities, partnerships, timelines, milestones, and performance indicators.
Integrating circular economy priorities into cooperative strategy, finance, procurement, operations, marketing, human resources, member services, and enterprise risk management.
Establishing impact measurement systems covering financial performance, resource savings, waste reduction, employment, member benefits, environmental outcomes, and community value.
Scaling successful circular enterprises through innovation, strategic partnerships, member engagement, market expansion, continuous improvement, benchmarking, and impact reporting.
Training Approach
This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.
Tailor-Made Course
This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808
Training Venue
The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.
Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant
Certification
Participants will be issued with Upskill certificate upon completion of this course.
Airport Pickup and Accommodation
Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808
Terms of Payment:
Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.
| Training Mode | Platform | Fee | Enroll |
|---|---|---|---|
| Online Training | Zoom/ Google Meet | 900USD | Register |
| Course Date | Location | Fee | Enroll |
|---|---|---|---|
| 07/09/2026 to 11/09/2026 | Nairobi | 1,500 USD | Register |
| 07/09/2026 to 11/09/2026 | Mombasa | 1,750 USD | Register |
| 07/09/2026 to 11/09/2026 | Dubai | 4,900 USD | Register |
| 05/10/2026 to 09/10/2026 | Nairobi | 1,500 USD | Register |
| 05/10/2026 to 09/10/2026 | Mombasa | 1,750 USD | Register |
| 02/11/2026 to 06/11/2026 | Nairobi | 1,500 USD | Register |
| 02/11/2026 to 06/11/2026 | Mombasa | 1,750 USD | Register |
| 02/11/2026 to 06/11/2026 | Kigali | 2,500 USD | Register |
| 07/12/2026 to 11/12/2026 | Nairobi | 1,500 USD | Register |
| 07/12/2026 to 11/12/2026 | Nairobi | 1,500 USD | Register |
| 07/12/2026 to 11/12/2026 | Mombasa | 1,750 USD | Register |
We support the development of a skilled and confident workforce to meet the changing demands of growing sectors by offering the best possible training to enable them to fulfil learning goals.
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