Project Process Assessment Report
This report provides a comprehensive assessment of the "I Learn Life Skills Through STEAM" eTwinning project, conducted between November 2025 and May 2026 with partners from Türkiye, Georgia, Portugal, Greece, Romania, Albania, and Ukraine.
🟢 Project Initiation and Development Process
The project was structured using modern pedagogies, including inquiry-based learning, flipped classroom, blended learning, and learning-by-doing.
🗓️ November 2025 (Start): Project objectives were presented, the work schedule was organized, parental permissions were obtained, and student introductions were completed.
🎨 December 2025 (Social Interaction & Art): AI-powered coloring activities, dramatization of proverbs and idioms, New Year card designs, and online cultural celebrations were organized.
♻️ January-February 2026 (Sustainability):Artworks from recycled yarns, transportation vehicles from waste materials, and story analyses using the 5W1K method were conducted.
🛠️ March 2026 (Technology & Engineering): "Delicious Designs" (math/healthy eating), origami nature interaction activities, World Water Day events, and the presentation of the "Sea Waste Hunter Ship" prototype at the Türkiye STEM Workshop were carried out.
🎶 April 2026 (Creativity & Rhythm):Recycling-focused toy design, production of rhythm instruments using the Orf Schulwerk approach in collaboration with Mersin University ITE, collective song production, and coding/sports activities with the mascot "Steamora" were held.
🌟 May 2026 (Final): eTwinning Day celebrations, educational workshops with Mersin University, final digital games, virtual exhibitions, and the preparation of final videos successfully concluded the process.
🔴 Project Results, Achievements, and Skills:
Beyond academic knowledge, students gained digital literacy, critical thinking, and environmental awareness.
📝 Literacy Skills: Story writing, 5W1K analysis, and drama activities enhanced expression and vocabulary.
🧪 Science Skills: Nature exploration, waste management, and ecological system awareness were fostered.
🔢 Mathematics Skills: Geometric shapes, ratios, and measurement concepts were reinforced through workshops.
💻Digital Skills:High-level competence in AI tools (ChatGPT, Gemini, Canva AI, etc.) and Web 2.0 tools was achieved.
🌍Citizenship Skills: Social responsibility, ethical internet use, and cultural collaboration awareness were established.
🟠 Stakeholder Contributions and Detailed Gains
The project's success was supported by a multi-layered stakeholder structure:
🎓 Students:Gained analytical thinking, creative design, and critical analysis skills by integrating STEAM disciplines into daily life.
👩🏫 Teachers: Developed interdisciplinary leadership and the competency to integrate digital education tools into the curriculum.
🏫 Schools: Established a systematic STEAM ecosystem compliant with STEM School Label criteria and achieved institutional prestige featured in the 2026 Mersin eTwinning Digital Magazine (page 58).
🎓 Academic Partners (Mersin University ITE): Applied experiential learning models in the field, bridging the gap between theory and practice.
👪 Parents: Participated in home-based recycling workshops with the "We Are a Family" approach and acted as guides for digital safety processes.
🌳 Environment: Developed ecological literacy and waste management awareness aligned with the "Yeşil Vatan" (Green Homeland) vision.
🌐 eTwinning Ecosystem: Contributed significantly to the international network through active participation in the STEM Discovery Campaign 2026 platform.
🟣 Multi-Country Curriculum Integration:
The project harmonized the national curriculum goals of 7 countries with local values:
🇹🇷 Türkiye (Türkiye Maarif Model & Green Homeland): The project was conducted in full alignment with the value-oriented approach of the Maarif Model. The "Green Homeland" (Yeşil Vatan) vision was transformed from theory into practice through projects focused on the conservation of water resources (World Water Day) and the cleaning of marine waste. Students embraced ecological literacy as a way of life.
🇬🇪 Georgia: The interdisciplinary scientific inquiry-based learning process enabled students to support their engineering designs (ship prototypes) with scientific data.
🇵🇹 Portugal: Focused on the preservation of cultural heritage; by conducting artistic design activities using waste materials, the project centered on reinterpreting historical and cultural fabric through STEAM.
🇬🇷 Greece: Focused on the integration of art and digital citizenship; the project was built upon the foundation of ethical internet use and blending artistic design with digital tools.
🇷🇴 Romania: Focused on the visualization of the nature-art relationship using artificial intelligence; this allowed students to combine their aesthetic perceptions with digital literacy.
🇦🇱 Albania: Focused on blending cultural values with technology; the project aimed to synthesize traditional handicrafts with modern coding skills.
🇺🇦 Ukraine: Focused on national scientific methods and rhythm-based educational models; academic achievement was supported through the connection between music and mathematics (Orf Schulwerk).
🔵 Data Collection, Assessment, and Analysis Methodology
Our project’s success was anchored in systematic data collection tools, meticulously prepared and implemented by our teaching staff:
📋 Surveys & Interest Inventories: Pre-project surveys established baseline cognitive levels, while post-project "Student Interest Inventories" and "Teacher Evaluation Surveys" measured the attainment of our goals.
🎯 Digital Assessment (Quizizz & Wordwall): Throughout the journey, we monitored learning outcomes in real-time using "Life Skills" themed digital games (Wordwall) and knowledge quizzes via Quizizz.
🔍Teacher-Prepared Observation Forms: During hands-on workshops, teachers utilized custom-designed "Process-Oriented Observation Forms." These tools allowed for the qualitative tracking of:
🔷Problem-solving speed in complex tasks,
🔷Collaboration and teamwork skills,
🔷Depth of inquiry and cognitive engagement.
🎤 Station Rotation & Presentations:Using the "Station Rotation" technique for prototypes like the Sea Waste Hunter Ship, we nurtured students' presentation skills while creating a platform for constructive feedback.
🤝 Peer Assessment: A pivotal milestone in our process, students utilized standardized "Peer Assessment Rubrics" to evaluate prototypes and presentations. This fostered critical thinking, respect for diverse perspectives, and the ability to objectively analyze their own work.
♓Achievements and Skill Acquisition Rates
The success of our project is validated by the synthesis of teacher-prepared observation data and digital analytics:
Leadership in Digital Skills (85%):The fact that this area has the highest acquisition rate proves that students have a very high level of adaptation to today's technologies and artificial intelligence tools. The emphasis on "ethical content production" shows that students are being raised not only technically but also as conscious digital citizens.
Strong Position in Citizenship and Science Skills (70% and 60%): A 60% acquisition rate in science and the use of the engineering design cycle demonstrate that the project successfully implements a "learning by doing" model. The 70% citizenship score is a strong indicator that the project is meeting its goals for social responsibility and awareness.Core Academic Skills (45% - 55%): The data in the fields of Turkish and Mathematics (45% - 55%) prove that the project presents these subjects not through direct instruction, but through interdisciplinary integration (such as geometric concepts and 5W1H analysis). These rates indicate that academic success has been successfully incorporated into STEAM projects as a "tool".
🟤 Data Interpretation and the "Learning Journey"
Collected data and the reflective feedback from teacher-prepared observation forms were synthesized into "Teacher Bulletins" within our project forums. These findings enabled a "continuous improvement" strategy, shaping our pedagogical approach each month:
📝 Literacy & Communication: The 5W1K analysis performance recorded by teachers in their observation forms confirms a 45% increase in students' reading comprehension and analytical skills.
🧪 Scientific Inquiry: The 60% excellence level in the engineering cycle demonstrates that students, under teacher guidance, successfully tested their scientific hypotheses while developing their Sea Waste Hunter Ship prototypes.
🔢 Mathematical Competency: The use of geometric concepts as a design tool was validated by teacher observations, marking a 55% rise in practical application.
💻 Digital & Citizenship: The 85% success rate in AI utilization and the 70% positive trend in citizenship awareness confirm that our project effectively reached its mission of nurturing "competent individuals of the future."
Summary:This data-driven methodology, supported by the meticulous observation forms prepared by our teachers, transformed our project from a mere series of events into a measurable, adaptive, and sustainable "learning ecosystem." Every observation form served as a compass, guiding our students through their unique development journey.
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