EcoVogue Fashion Club Completes Five-Month STEAM Programme

 

EcoVogue Fashion Club Completes Five-Month STEAM Programme

Ten students transform recycled jeans and T-shirts into science — and change how they think about everything they wear

Ten female students from Years 9 to 11 have completed a five-month after-school programme that used fashion to teach science, mathematics, engineering, technology, and art in a way that has — by every measure available — worked.

The EcoVogue Fashion Club ran from January to May 2026 as part of the European Erasmus+ EcoVogue project, a collaboration between six partner schools across Europe. Aristotelio Ekpedeftirio Serron is the Greek partner, and the Fashion Club was the school's contribution to the A.4 Student Training component of the project.

The results, measured through pre- and post-programme surveys, tell a clear story. Before the programme began, the average student rated her interest in STEAM subjects at 1.9 out of 5. After five months of weekly sessions, the average rating was 4.6. Her confidence in science rose from 1.5 to 4.3. Her confidence presenting STEAM work rose from 1.6 to 4.2. Every student who participated said the programme had changed how she thinks about fashion and sustainability.

  What the students made

Over the course of the programme, each student completed three upcycled fashion projects using only recycled materials. The first was a Denim Revival Tote Bag — cut and hand-stitched from the legs and waistband of old jeans, with double-reinforced seams engineered to bear real weight. The second was a Denim Patchwork Tote Bag — 28 patches of varying-shade denim, arranged in a running bond pattern (the same structural principle as brickwork) for maximum seam strength, with a 94% fabric efficiency rate.

The third project, and the most technically complex, was a T-Shirt Yarn Crochet Bag. Students cut old cotton T-shirts into continuous spiral strips, transforming them into yarn. They dyed the yarn using natural plant-based pigments — onion skins for amber, black tea for brown, and red cabbage for a pH-sensitive dye that changed from vivid pink in acidic conditions to blue-green in alkaline ones. The crochet bag structure was built using a mathematical increase formula. Waste rate: zero percent.

Alongside the three making projects, students conducted a school-wide research investigation into the water and energy footprint of clothing consumption. They designed and administered a survey to 80 Aristotelio students, applied formulas from the Water Footprint Network to calculate individual water footprints, and compared their findings against Greek and EU averages. The key finding: the average Aristotelio student buys 31 kilograms of clothing per year — above both the Greek average (22 kg) and the EU average (26 kg) — with an annual water footprint of approximately 198,000 litres.

  What the students said

In exit interviews conducted in May, students were invited to reflect on what the programme had meant to them. Their responses were remarkable for their consistency: almost every student described a moment when an abstract scientific concept became real because she needed it to make something she cared about.

"I had never seen chemistry actually happen in front of me before," said one Year 10 student. "The red cabbage dye turned pink when we added vinegar and blue-green when we added baking soda. That is pH chemistry. I had memorised the pH scale in class but I had never understood it until my hands were in a dye bath."

"I used to think science was for other people," said another. "Now I know it has been for me all along. I just needed someone to show me where to look."

Eight of the ten students said they plan to continue with STEAM subjects in future years. Several mentioned specific career aspirations that the programme had sparked: textile science, materials chemistry, architecture, structural engineering.

  What happens next

The programme will conclude with the EcoVogue National-Wide STEAM Festival in June 2026, where students will present their work to the local community at Aristotelio. Selected students will also attend the Europe-Wide EcoVogue STEAM Festival — an international event bringing together student work from all six partner countries.

The EcoVogue project is co-funded by the European Union under the Erasmus+ KA220 programme (Grant No. 2024-1-ESO1-KA220-SCH-000248664). For more information about the project, visit www.eco-vogue.eu.