Opdag Projekter

Students from Cuetzalan del Progreso, San Miguel Tzinacapan, and Ciudad de Puebla create simple presentations (drawings, photos, or short videos) showing what makes their community special, then share and compare these with partner classes to discover similarities and differences in their daily lives and local traditions.

Students analyze the virtual tour by identifying and comparing specific details about how classes are organized, what subjects are taught, and how students learn in both schools. They write short letters to their partner class sharing observations, asking thoughtful questions about teaching methods and routines, and presenting their findings with simple charts or drawings showing the similarities and differences they discovered.

Students create their own woven cloth using traditional or adapted techniques, incorporating patterns and materials inspired by both their local heritage and ideas shared by partner classrooms. They document their process and final designs to produce a shared digital exhibition or physical collection that celebrates the diversity of global weaving traditions.

Young children observe and sort different types of household waste (paper, plastic, food scraps, etc.) with family support, then share pictures or drawings of what they found with their partner class. They compare what waste looks like in their homes and talk about where the trash goes.

Working in international teams, students design and prototype a functional STEAM product from collected waste materials, such as a water filter, storage container, art installation, or tool. They document their design process, test their prototype, and share their creation with their partner class through photos or a short video presentation.

Students explore and share the different problem-solving methods their classmates use for basic math operations, comparing how students in partner classes tackle the same problems. They create a visual gallery showing multiple ways to solve one math challenge, building confidence by seeing that many approaches work.

Students explore how pollution (from cars, factories, and waste) affects their own community by collecting photos, observations, and stories from their local area. They share their findings with a partner class in another country to compare pollution problems and discover what challenges are similar or different where they live.

Students explore and document a special place in their own community, such as a park, market, or playground, then share photos and descriptions with a partner class in another country. Through a live video call, they compare their favorite local spots and discover similarities and differences in how children around the world play and gather.

Students design a bilingual or illustrated celebration guide that blends traditions from both classes, featuring recipes, step-by-step instructions for activities, and personal stories about what each festival means to them. They present their guide during the live video call, receive feedback from the partner class, and refine it into a shareable resource that honors both cultures and could be used by other students worldwide.

Students design their own unique trousers and shirts by drawing detailed plans, selecting fabrics, and creating wearable prototypes using simple sewing techniques or fabric glue appropriate for their age. They present their creations to their international partner class, explaining their design choices and what inspired them.

Students research how language shapes culture by interviewing or video-calling international partners about idioms, slang, and expressions unique to their region, then analyze patterns in how different cultures express emotions, humor, or relationships through words. They present their findings to show how language both reflects and influences the communities that speak it.

Students test variations of Newton's Cradle using different materials, ball sizes, and string lengths to measure how efficiently energy transfers in each setup, recording data on swing heights and displacement patterns. Working with their international partner class via a live video call, they compare results, analyze why some designs lose energy faster than others, and discuss how real-world factors like friction and air resistance affect the ideal physics model.