Microplastics Solving Expert

Edu4Plastic pre- and post-assessment

Please assess your level of knowledge and understanding.

1 / 30

I understand how circular economy differs from linear models of production and consumption.

2 / 30

I can describe the main principles of life-cycle thinking and their relevance for sustainability.

3 / 30

I can identify examples of industrial symbiosis and closed-loop systems.

4 / 30

I understand how circular systems contribute to carbon neutrality and resource efficiency.

5 / 30

I can explain how extended producer responsibility (EPR) supports the circular economy

6 / 30

I can identify major sources and types of plastic pollution (macro-, micro-, and nanoplastics).

7 / 30

I understand the environmental, health, and socio-economic effects of plastic pollution.

8 / 30

I can differentiate between mechanical, chemical, and biological methods of plastic depollution.

9 / 30

I can describe global and EU strategies for plastic waste management and reduction.

10 / 30

I can explain the link between personal consumption choices and plastic leakage into the environment.

11 / 30

I can explain the concept and purpose of Extended Producer Responsibility (EPR).

12 / 30

I can identify key stakeholders in EPR schemes (producers, regulators, consumers, recyclers).

13 / 30

I understand ethical aspects of Extended Organizational Responsibility (EOR) and its link to EPR.

14 / 30

I can recognize examples of ethical and transparent corporate environmental practices.

15 / 30

I can assess how greenwashing and lack of accountability undermine sustainability goals.

16 / 30

I can describe how eco-design contributes to waste prevention and product circularity.

17 / 30

I understand digital traceability tools (e.g., blockchain, Digital Product Passports) in material monitoring

18 / 30

I can identify examples of smart technologies (AI, robotics, sensors) improving recycling efficiency.

19 / 30

I can explain how innovation and policy can drive circular transitions.

20 / 30

I can evaluate sustainability trade-offs in new material or process innovations.

21 / 30

I understand the purpose and structure of the GreenComp (European Sustainability Competence Framework)

22 / 30

I can identify its four core areas: Embodying Sustainability Values, Embracing Complexity, Envisioning Sustainable Futures, and Acting for Sustainability.

23 / 30

I can explain how transformative learning fosters systemic thinking and sustainability mindsets.

24 / 30

I can describe the aims and approach of the EDU4PlastiCircular educational initiative.

25 / 30

I feel confident to apply sustainability values and competencies in my professional or community context.

26 / 30

I feel confident explaining the link between circularity, innovation, and ethics.

27 / 30

I can connect sustainability challenges to real-world engineering or design decisions.

28 / 30

I can critically analyze the social justice dimension of environmental policies.

29 / 30

I can propose strategies for responsible plastic use, reuse, and recycling in my field.

30 / 30

I am motivated to act as a sustainability ambassador in my academic or professional environment.

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