The Microplastics Challenge: Towards a Cleaner Future

COIL: Tackling Microplastics in Water

Microplastics are everywhere—from oceans to drinking water—and pose risks to both ecosystems and human health. This COIL brings together international teams to explore how microplastics interact with pollutants, impact living organisms, and how we can detect and remove them. 

Students participating in this COIL will be using innovative life sciences solutions to develop cleaner water for a healthier planet.

What we explore

  • Impact on life and health: How do microplastics affect fish, other aquatic organisms, and people through drinking water or food?
  • Pollution link: Do microplastics make other pollutants more toxic?
  • Detection: How can we measure microplastics in water or even in living tissue?

Innovative solutions

  • Using biotechnology and biomedical science to understand health risks and microbial applications.
  • Applying chemistry and chemical engineering to develop better filtration systems and materials for water purification.
  • Identifying harmful substances in wastewater from plastic recycling and finding ways to break down or remove them.

Global collaboration
Students work in multidisciplinary international teams using online platforms to share ideas, research data, and solutions. Through video meetings and collaborative tools, they tackle one of today’s biggest environmental challenges—together.

Be part of this exciting COIL and experience new ideas, make meaningful connections, and get inspired for the future!

Date:

27th of January 2026 to 30th of January 2026

Language of instruction:

English

1 ECTS credit
Academic recognition:

To be defined by each higher education institution involved in this COIL.

Eligible participants:

Only open to students enrolled in the designated courses in NHL Stenden & TUS.

How to apply:

Application for this product is closed.

Programme at a glance

Overview COIL Programme (online)
27 Jan - 30 Jan 2026 :
Tuesday 27 Jan 2026:
🎯 Kick-off & project introduction
Team formation, role allocation, and expert presentation on microplastics. Problem exploration & brainstorming: defining the problem, formulating research questions
⌛8 hours

Wednesday 28 Jan 2026:
🎯 Independent research – Concept development
Information gathering, mindmap creation, initial concept and feasibility analysis
⌛6 hours

Thursday 29 Jan 2026:
🎯 Live & online session – Elaboration & proposal refinement
Company visit insights, feasibility testing, peer review, practice pitch. Final presentation preparation: poster/PPT development and rehearsal
⌛8 hours

Friday 30 Jan 2026:
🎯 Presentation & closing
Team presentations, reflection, feedback, certificate ceremony
⌛6 hours

Integrated activities: social networking, mentor support, online COIL collaboration throughout the week

Learning outcomes

By the end of this Collaborative Online International Learning, learners will be able to:

  1. Collaborate effectively in multidisciplinary and international teams to solve real-world challenges.
  2. Apply research methods and analytical skills in biotechnology, chemistry, and environmental sciences to investigate microplastics and water purification.
  3. Develop problem-solving and critical thinking skills through concept development, feasibility analysis, and solution testing.
  4. Enhance intercultural competence and communication skills by working with peers and mentors from different countries.
  5. Prepare and deliver professional presentations, posters, and reports to convey findings and recommendations clearly.
  6. Reflect on the practical and societal impact of scientific solutions for sustainability and environmental challenges.

Selection criteria

Only open to students enrolled in the designated courses in NHL Stenden & TUS.

Involved organisations and persons

NHL Stenden University of Applied Sciences

Lead Organisation
  • Fitrilia Silvianti (Instructor)
  • Petra Van Dalfsen (Instructor)
  • Xavier Gallego y van Seijen (Lead Instructor)

Technological University of the Shannon

Partner Organisation
  • Brian Murphy (Instructor)

Wetsus

  • Rouèl Gnodde (Regional Stakeholder)
Product label: COI-INTERUNI-01