6.📊 PROJECT EVALUATION

 

✨ The Miracle of Project Evaluation ✨

“A true miracle is not measured only by results, but also by the journey we take to discover it.”

 

In The Mystery of the Mathematical Treasure, the project evaluation was a true miracle: it was not merely a grading process, but a reflection of the efforts, creativity, and courage of all participants. 

Because the students are 7-12 years old, the assessment was tailored to their age and learning style. Instead of traditional tests, it focused on observation, participation, engagement in activities, and the joy of discovery, allowing even the youngest explorers to express their learning in playful and meaningful ways.🌟

Through this miracle, the assessment not only measured results, but celebrated progress, engagement, and the spirit of adventure, transforming each achievement into a light that brought the detectives closer to the Mathematical Treasure. ✨📚✨📚

To ensure an objective picture of the project’s impact, the evaluation involved 282 students and 26 teachers from the three partner countries (Romania, Turkey, and Poland). It was carried out using digital tools (questionnaires, interactive quizzes, and structured feedback), as well as through the analysis of students’ final products.✨📚✨📚

🌟The evaluation results highlighted:

• a significant increase in students’ engagement in mathematical activities;

• the development of problem-solving and logical thinking skills;

• improved collaboration in international teams;

• increased motivation for learning through gamification elements.

 

🌟Conclusion: (31.05.2026)

The evaluation process confirmed the positive impact of the project on students’ learning progress and self-confidence, as they were able to demonstrate their knowledge through diverse, creative, and collaborative methods.

The results were validated through SWOT analysis and feedback collected from students, teachers, and parents, providing valuable insights into the effectiveness of the activities and the overall project experience.

Thus, evaluation was not only a tool for measuring results, but also a meaningful learning process that supported students’ progress and contributed to the development of key life competencies.

The results were validated throughSWOT analysisandfeedback collected from students, teachers, and parents, providing valuable insights into the effectiveness of the activitiesand theoverall project experience.

 

 

 

The interpretation of this evaluation highlights that the activities carried out within the project “The Mystery of the Mathematical Treasure” had a positive impact on the students. The very high percentage of correct answers demonstrates that the participants understood the project theme, adopted the identity of the “Math Detectives” team, and were actively involved in the proposed activities.

An important role in achieving these results was played by the use of the interactive platform Gennially, which contributed to increasing students’ interest and motivation. The visual elements, interactive challenges, and attractive way of presenting information facilitated learning through play and exploration, making the activities more engaging and easier to remember.

The fact that 100% of the students recognized the project name, logo, and team identity shows that interactive digital tools effectively supported the consolidation of information and the development of a sense of belonging to the project. Furthermore, the 86% result for the question related to the “Logical Thinking Treasure” indicates a very good level of understanding, while also suggesting the need to revisit or clarify certain aspects for a small number of students.

In conclusion, the use of interactive digital resources such as Genially played an essential role in increasing student engagement, strengthening knowledge acquisition, and transforming learning activities into an attractive and motivating experience.

 

 

 

 

 

 

The interpretation of this evaluation shows that the students were highly engaged in the activities related to MISSION 2 – “The Magic Operations – Addition and Subtraction!”. The fact that 100% of the participants correctly identified the name of the mission demonstrates that the objectives and identity of the activity were clearly understood and memorable for the students.

The results regarding the educational resources for the ages 9–10–11–12 indicate a very good level of attention and understanding. Most students (89%) correctly identified the color of the resources as blue, while 92% confirmed the statement correctly in the following question. These responses suggest that the visual materials and digital resources used during the mission were effective and easy to recognize.

The question related to the deadline for completing Mission 2 shows that the majority of students (74%) correctly remembered the date 31 January 2026. However, the existence of a smaller percentage of incorrect answers indicates that some organizational details may need to be reinforced more clearly during future activities.

Overall, the evaluation confirms that the interactive activities and digital resources used throughout Mission 2 successfully supported students’ participation, attention, and understanding. The attractive learning approach encouraged active involvement and contributed to a positive and motivating educational experience.

 

 

 

 

 

 

The interpretation of the evaluation for MISSION 3 – “The Magic Operations – Multiplication and Division! ” highlights a very good level of student involvement and attention. Most participants (92%) correctly identified the name of the mission, showing that the theme of the activities and the educational objectives were well understood and remembered.

The results related to the educational resources for ages 6–7–8 demonstrate that the students noticed and retained the visual elements used throughout the activities. The percentage of 92% for identifying the red color and 100% for confirming the statement show the effectiveness of the interactive materials and the visual organization of the content.

The question regarding the mission deadline received the highest percentage of correct answers (96%), indicating that students paid attention to the organization of the activities and the project requirements.

Overall, the results confirm that the interactive methods and digital resources used during Mission 3 supported active learning, strengthened mathematical knowledge, and increased students’ motivation to participate in the eTwinning project activities.

 

 

 

 

 

 

The interpretation of the evaluation for MISSION 4 – “Detective in the World of Shapes – Geometric Figures! – Tangram ” highlights an excellent level of student participation and understanding of the activities carried out during the mission. All participants (100%) correctly identified the name of Mission 4, which shows that the topic and objectives of the activities were very clear and memorable.

The results regarding the Tangram game demonstrate a very good understanding of the educational content. Most students (95%) correctly answered that a Tangram has 7 pieces, indicating that they actively engaged with the hands-on and visual learning activities. Only one student selected a different answer, suggesting that the concepts were generally well understood.

The question about identifying which shape is not part of a Tangram received 100% correct answers, with all students recognizing that the circle is not a Tangram piece. This result confirms that the students successfully learned the characteristics of geometric figures through interactive and practical activities.

Overall, the evaluation shows that Mission 4 effectively combined mathematical learning with creativity, problem-solving, and visual exploration. The use of Tangram activities encouraged active participation, strengthened students’ understanding of geometric concepts, and made learning more engaging and enjoyable.

 

 

 

 

 

The interpretation of the final evaluation for the eTwinning project “The Mystery of the Mathematical Treasure” highlights a very high level of student satisfaction and engagement throughout the entire project. All participants (100%) stated that they enjoyed the project and considered it interesting, which demonstrates the success of the activities and the positive learning atmosphere created during the project.

The results also show that the project significantly contributed to the development of students’ mathematical skills, with 95% of the participants identifying mathematics as the main competence they improved. In addition, a small percentage mentioned reading and comprehension skills, indicating that the project supported interdisciplinary learning as well.

Another important result is that 100% of the students expressed their willingness to participate again in a similar eTwinning project. This reflects the strong motivation, enthusiasm, and positive educational experience generated by the interactive activities, collaborative tasks, and digital resources used throughout the project.

Overall, the evaluation confirms that “The Mystery of the Mathematical Treasure” successfully combined learning with creativity, teamwork, and digital innovation, creating an engaging and meaningful educational experience for all participants.

✨✨🔍 SWOT Analysis – eTwinning Project “The Mystery of the Mathematical Treasure”✨✨

Below, we present the SWOT analysis of the eTwinning project “The Mystery of the Mathematical Treasure”, highlighting its strengths, weaknesses, opportunities, and threats, and providing a comprehensive overview of the project’s educational potential and impact.

🌟 Conclusion:

The SWOT analysis of the eTwinning project “The Mystery of the Mathematical Treasure” shows that the project has high educational potential, being engaging, innovative, and age-appropriate for children (7–11 years). The project supports the development of logical thinking, problem-solving skills, and international collaboration, while integrating mathematics into real-life and interactive contexts.

The success of the project mainly depends on:

• Efficient organization of activities and international teams,

• Adapting tasks to each student’s level and providing support where needed,

• Ensuring technological resources and a stable internet connection,

• Active collaboration among partners and involvement of the community, including parents.

✨✨Curricular Integration✨✨ 

🧭 Interdisciplinary approach and curricular integration of project activities:

The eTwinning project “The Mystery of the Mathematical Treasure” is embedded within the primary education curricula of the partner countries (Romania, Türkiye, and Poland), addressing learners aged 6–12 years. 

Learning is organised through mission-based, interdisciplinary scenarios that ensure curriculum coherence, promote active participation, and support meaningful learning experiences. The approach is fully integrated into daily teaching practice, ensuring sustainability and pedagogical relevance without increasing workload for teachers or students.

The project promotes a learner-centred and inquiry-based approach, encouraging students to explore, collaborate, and construct knowledge through problem-solving tasks in an international learning environment.

Although national curricula differ in structure, they are aligned through common foundational competencies in primary mathematics, including number sense, arithmetic operations, basic geometry, data handling, and problem-solving.

Project activities are implemented within regular classroom practice and adapted to national curricula, while ensuring shared learning objectives and common expected outcomes across all partner schools.

🧩 Curricular Integration Framework:

Each mission contributes to the development of core mathematical and transversal competencies, integrating multiple curriculum areas in a progressive learning sequence:

🧭Interdisciplinary approach and curricular integration of project activities

The eTwinning project “The Mystery of the Mathematical Treasure” is integrated into the primary education curriculum (preparatory class–Grade 4) and implemented within regular classroom lessons. The activities are designed as thematic missions that combine multiple subjects and competencies in an interdisciplinary and engaging learning scenario.

Each mission contributes to the development of specific curricular competencies, as shown below:

🧑‍🏫 Integration by subjects and competencies

The activities are organized into thematic missions and linked to specific subjects and skills as follows:

🌍 Educational Impact:
The project fosters the development of key 21st-century competencies, including communication, critical and logical thinking, creativity, collaboration, responsibility, digital literacy, and intercultural awareness. 

By integrating mathematics with language, arts, and digital tools, the project promotes interdisciplinary understanding and authentic learning experiences.

The approach is exploratory, collaborative, and learner-centred, supporting knowledge construction through inquiry, problem-solving, and international cooperation.

🌟Conclusion:

This curricular integration model ensures meaningful and transferable learning experiences by connecting mathematical concepts with real-life contexts and interdisciplinary applications. It strengthens both cognitive and transversal skills while promoting active citizenship and collaboration within a European educational framework.

📌 Methodological note: 

Curricular integration is first developed in students’ mother tongue to ensure conceptual clarity and deep understanding. It is subsequently translated into English to support linguistic development and facilitate international collaboration within the project.