EGAP Program developed a scalable model for STEM classrooms. Before launching, the team analysed dozens of existing labs to identify the most effective practices. We provided schools with full readiness packages: regulatory and methodological materials (guidelines, safety instructions, and curricula for different levels) adaptable to students’ age and skill level. The result is a ready-to-implement solution — from lesson content to operational procedures — making the initiative efficient, sustainable, and easy to replicate.
STEM Classrooms
For whom
For schools interested in STEM education and the integration of innovation into the learning process; For school children eager to learn through practice, research, and creativity; For education managers seeking effective models for implementing the STEM approach in schools.
Goal
STEM classrooms are spaces that integrate Science, Technology, Engineering, and Mathematics. Their main goal is to develop students’ critical thinking, research skills, creativity, and project-based learning abilities. During science lessons, students conduct experiments that turn learning into a hands-on exploration of the world.
What’s included in a STEM laboratory?
- Interactive panel with webcam and audio system — a multimedia device with a touchscreen that visualises complex scientific phenomena in 3D format.
- Specialised software — educational tools with numerous illustrations and animations. Vivid interactive elements, 3D scenes, and built-in applications make it easier to conduct experiments and help students better understand learning materials.
- Digital microscope — replaces the eyepiece with a digital camera that projects the image of an object onto a computer, monitor, or smartphone screen.
- Document camera — captures real-time images of documents, books, drawings, and other objects and displays them on a computer, projector, or interactive panel.
- Digital weather station — measures indoor and outdoor temperature, humidity, and atmospheric pressure, provides weather forecasts, connects via Wi-Fi, and can alert users to weather changes.
- Sensor kits for biology and physics — a set of digital measuring devices that allow students to explore natural phenomena and conduct experiments, converting physical and biological data into information processed via computer or tablet.
- Laptop with licensed software — equipped with Microsoft Office (Word, Excel, PowerPoint, Outlook), providing all necessary tools for creating documents, calculations, reports, and presentations. It’s especially effective for STEM learning, where precision and data visualization are essential.
Our contribution
Results
11
schools have received extended equipment sets
