Overview
Bioindustries are reshaping how we produce food, materials, and energy, driving the shift towards a circular, resource-efficient, and low-carbon economy. This Learning Pathway introduces the key principles, technologies, and business models behind the bio-based transition, helping you understand how innovation can turn today’s environmental challenges into tomorrow’s sustainable growth opportunities.
Startups gain practical tools to embed life cycle thinking from the very beginning, while professionals and policymakers strengthen their ability to design and scale sustainable bio-based systems. The pathway also promotes collaboration between science, business, and policy to build resilient, future-oriented industrial ecosystems.
Potential career paths include bio-based startup founders, circular economy specialists, sustainability managers, and innovators developing waste-to-value solutions.
The pathway is flexible and self-paced, with a recommended sequence: Circular Economy – Sustainable Materials Management, From Waste to Value: How to Tackle Food Waste, and Green Technologies & Industrialization.
Key Skills Developed Through This Pathway
- Systems thinking: Analyse production, materials, and resource flows for resilient bio-based industries.
- Circular design: Apply circular economy principles to products, processes, and business models.
- Waste valorisation: Turn waste streams into value-added solutions.
- Business innovation: Develop circular business cases and scale bio-based solutions.
- Sustainable industrialisation: Integrate green technologies responsibly to drive competitive impact.
- Partnership building: Collaborate across value chains to implement circular strategies.
Courses (3)
The pathway includes the following three modules:
Course ・ Beginner ・ 8-20 hours ・ Paid Circular Economy - Sustainable Materials Management (Raw Materials)
Course ・ Beginner ・ 8-20 hours ・ Free From Waste to Value: How to Tackle Food Waste (Food)
Course ・ Intermediate ・ 20 - 48 hours ・ Paid Green Technologies & Industrialization (Manufacturing)