FRBV26 MSTE ENGAGE Citizenship Mission: Ocean Rescue

The activity was organized by a science teacher. This immersive 90-minute workshop was designed as a scientific escape game, where students worked in teams to navigate a series of rotating challenges under a strict countdown. The experience centered on the lifecycle of marine debris, with an experiment on oceanic gyres to demonstrate how currents drive the accumulation of plastics in specific global zones.

Through forensic observation using binocular magnifying glasses, students learnt to differentiate between fresh debris and weathered microplastics, while a comparative study of degradation rates highlighted the persistence of polymers in the environment.

Crucially, the activity illustrated the biological impact of this pollution, tracing how plastics move from ingestion by marine animals to bioaccumulation in apex predators—and ultimately, into the human food chain.

By turning complex ecology into an interactive challenge, the workshop aimed to transform passive learners into informed citizens ready to reduce their plastic footprint.

The students learned the science behind pollution and felt inspired to use less plastic in their daily lives.

The students increased scientific and ecological knowledge about bioaccumulation of microplastics in seawater and its impact on human health.They developed ability to use specialized equipment. They also developed civic responsibility and environmental awareness. Finally, they improved collaboration, strategic problem-solving, time management, and collective decision-making.

The workshop saw high levels of student engagement, with participants fully immersing themselves in the competitive 'escape game' format. The difficulty level was well-calibrated, with only three teams successfully cracking the 5-digit combination. The winners got rewards and there was a special commendation for the group with the most innovative environmental solutions.