Opdag Projekter

Students discover and try simple AI tools designed for learning, such as educational apps or chatbots, then share their experiences with a partner class through video messages or a shared document. They compare how different classrooms use AI and what they notice about how these tools help or challenge their learning.

Working with their international partner class, students co-create a practical, month-long personal growth guide that combines their most powerful daily practices, household routines, and self-discipline strategies. They pilot their roadmap in their own school and community, gather authentic feedback from parents and teachers about visible transformation in self-control and responsibility, and refine it into a shareable resource that demonstrates how mindful daily mastery builds global citizenship.

Students create and perform their own market roleplay scenarios that blend authentic elements from both their local market and their partner class's market culture, then film or record these exchanges to share. They synthesize listening and speaking skills while demonstrating how markets reflect local identity and global connection.

Students work in international teams with their partner classroom to design and propose sustainable, locally-adapted solutions to one shared security challenge. Teams present their solutions in a final video call exchange, explaining how their ideas address root causes while considering cultural context and environmental impact.

Students research and share their own daily oral hygiene routines, then compare them with practices from partner classrooms across different countries through a structured exchange. They create a simple visual guide showing similarities and differences in how students worldwide care for their teeth.

Students share their own stories and observations about a change happening in their local community, then exchange these narratives with partner classrooms worldwide to discover how similar or different challenges appear across cultures. They create a shared digital gallery or document comparing themes they notice.

Students design and create a multimedia resource documenting their regional food system as a holistic health approach, including recipes, nutritional analysis, preparation methods, and cultural stories. They collaborate with their international partner class to build a shared digital archive that celebrates diverse traditional food systems and serves as a reference for younger students learning about ancestral nutrition and cultural preservation.

Students create a digital profile of their school, home, city, or country using words, photos, or short videos, then share these introductions with partner classes to explore what makes each place unique. They comment on classmates' submissions and compare similarities and differences across locations.

Students design and build their own set of play items and learning materials from waste paper, choosing from techniques they explored and inventing new ones. They create an instruction guide with pictures for their partner class, then host a live video exchange where both classes showcase their creations, share how they made them, and teach each other their favorite designs to use in their own classrooms.

Students design and pilot a culturally responsive online tutoring guide that combines best practices from their research and international partner insights, then teach a sample lesson to peer tutors from partner classes using their framework. They gather feedback via video call, iterate on their design, and create a practical resource that other student tutors could actually use.

Students research specific Quranic themes, such as kindness, justice, or stewardship, and analyze how these values appear in different surahs and across their local communities. They compare their findings with students from other countries through structured discussions, examining how the same Quranic principles are understood and practiced in different cultural contexts.

En nuestra institución los estudiantes desarrollan experimentos STEAM prácticos con materiales de baja tecnología para poner a prueba principios de física, registran sus hallazgos y analizan lo que descubren, integrando en este proceso el acompañamiento a los estudiantes con dificultades de aprendizaje a través de tareas ajustadas a su ritmo, apoyos visuales y trabajo colaborativo en parejas o pequeños grupos que favorecen su participación plena; cuando se cuenta con conectividad, los grupos comparan sus resultados con clases asociadas mediante videollamadas y documentación compartida, y cuando se trabaja con instituciones que enfrentan carencias similares, se recurre a grabaciones, registros desconectados e intercambios asincrónicos de experiencias metodológicas, de manera que en ambos escenarios el estudiantado logra contrastar cómo las variables afectan los resultados y reflexionar sobre por qué estos pueden diferir entre distintas ubicaciones, consolidando así una experiencia investigativa equitativa que atiende la diversidad sin renunciar al rigor científico.