Collaborative program for sustainable innovation and education focused on community skills development
Proposes a community-based innovation and skills program centered on sustainability, green chemistry, and circular economy practices. The approach combines technical expertise and mentorship with local institutions and youth networks to deliver capacity-building workshops, applied learning projects, and problem-solving challenges. Intended outcomes include scalable, inclusive solutions and measurable social and environmental impact through strengthened local skills ecosystems.
Overview
This initiative proposes a collaborative partnership to co-develop community-based innovation and skills programs focused on sustainability, green chemistry, and circular economy practices. By combining technical expertise and mentorship with local institutions and youth networks, the project aims to address local environmental and social needs through capacity-building workshops, applied learning projects, and problem-solving challenges. This approach is designed to create scalable, inclusive solutions, strengthen local skills ecosystems, and generate measurable social and environmental impacts aligned with sustainability goals.
Technical specifications
- Capacity-building workshops: Tailored programs designed to enhance local skills in sustainability and green chemistry.
- Applied learning projects: Real-world projects that address specific environmental and social challenges.
- Problem-solving challenges: Collaborative exercises aimed at developing practical solutions to local issues.
- Technical contributions: Technical expertise, mentorship, and real-world case studies.
- Local support: Implementation and outreach facilitated by local institutions and youth networks.
Technology readiness level
This initiative is currently at Technology Readiness Level 2, indicating that the concept and application have been formulated and are under validation.
About Ibn Tofail University
Ibn Tofail University is a large, multidisciplinary public university in Kenitra, serving over 60,000 students across 11 establishments on a compact campus in the Maâmora Forest. Industry engagement is organized through the University Center for Analysis, Technology Transfer Expertise, and Incubation, which offers shared analysis platforms, IP and patent support, and an incubator to accelerate collaboration. The campus also hosts a Cité d’Innovation and a Digital Innovation Hub that help companies pilot digital transformation and co-develop solutions with faculty and students. Proximity to the Atlantic Free Zone—home to Stellantis and a dense supplier base—creates a direct bridge to Morocco’s automotive manufacturing ecosystem and shortens pathways from prototypes to pilots. Research is supported by national funding and competitive international programs; a dedicated technology transfer office streamlines IP, licensing, and startup formation.
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