Schools
K-12 Education Technology Ecosystem
An Integrated Solution with IOTfyEdu Studios
IOTfyEdu is a K-12 learning experience platform that brings together Science, Data Science, and Computer Science through curriculum-aligned digital content, hands-on learning, real-world data, physical tools, and project-based activities.
- 4 Integrated Studios
- From Preschool to High School
- Curriculum Aligned
4 Studios
One Ecosystem
Student Creation
Data · Code · Circuits
In Our First Year...
Students
Online Learning Resources
From Preschool to High School
Ecosystem
We Bring Science, Data Science, and Computer Science Together Through Hands-On Learning
IOTfyEdu is not a list of technological products, but an educational approach that structures the learning environment end to end. At the center of the ecosystem
Understand the World Interpret Problems Build Solutions
supporting this philosophy, there are four interconnected studios at the heart of the ecosystem, featuring thousands of multimedia learning resources and unique physical AioT technologies.
Studio Structure
An Integrated Learning Experience with 4 Different Studios
Each studio within our Learning Experience Platform (LXP) brings together physical materials, digital environments, and content tailored to its own learning domain. From preschool to high school, you can introduce your students to the unique world of IOTfyEdu by using all of the studios or selecting the ones that best fit your needs.
Science Studio
Students conduct physical and digital experiments in every unit using our patented IoT-based smart technologies, even in the classroom, and experience each topic through a comprehensive hands-on learning process.
- Mini Science Lab
- Sense Miner
- 3D Simulations
- 5E Model
- Animations
Data Science Studio
Students learn data science, which forms the foundation of the artificial intelligence technologies surrounding their everyday lives, through gamified activities and unique smart devices.
- Artificial Intelligence
- Data Science
- Data Analysis
- Data Visualization
- Machine Learning
Computer Science Studio
Students design and build devices similar to the smart technologies they use in everyday life, from product design and coding to electronic circuits, while developing lasting knowledge and practical skills in these areas.
- Block-Based Coding
- Text-Based Coding
- 3D Design
- AIoT
- Easy Circuit
- Vibe Coding
- Robotics / Electronic Design
Project Studio
Students turn the knowledge and skills gained across the other three studios into tangible outcomes, adding their own ideas to develop original solutions to real-world problems.
- Creative Thinking
- Teamwork
- Patience
- Trial and Error
- Problem Solving
- Interdisciplinary Learning
Components
IOTfyEdu Ecosystem
IOTfyEdu brings physical and digital technologies together to make the learning process easier for teachers and students. From science experiments and robotic circuit design to the learning management system, STEM scenarios, and video- and animation-supported content, it enriches the school's learning environment across a wide range of experiences.
Mini Lab
Brings IoT-based science experiments into the classroom using real physical materials.
Sense Miner Junior
Enables students to collect, measure, and interpret data from sensors.
Sense Miner Plus
Enables advanced measurement, data processing, and physical computing applications.
Easy Circuit
Makes electronic circuits, coding, and physical computing accessible and hands-on for students.
Learning Management System
Provides centralized management of student access, teacher tracking, content management, and classroom organization.
E-Learning Content
Learning continues beyond school through videos, animations, 3D content, and interactive learning resources designed according to the 5E Model.
Content Library
Hands-On Learning with 10,000+ Learning Resources
The IOTfyEdu content library offers hands-on learning experiences in science, data science, and computer science that students can continue both at school and at home.
Science
Science
- Science Experiments with Mini Lab
- Science
- 3D Science Models
- Science Projects
Data Science
Data Science and Artificial Intelligence
- Artificial Intelligence Guide
- Fundamentals of Data Science
- Data Science Projects
- Data Science with SnApp
- Data Science for Preschool
Computer
Science
Computer Science
- 3D Design with Tinkercad
- Coding with Easy Circuit
- Electronic Circuit Design with SnApp
- Coding with Scratch & ScratchJr
- Mobile App Development with App Inventor
- Kodu Game Lab · Vibe Coding with Python
Pedagogy
Each topic is presented through the 5E Model, guiding students to explore, create, and apply what they learn
At IOTfyEdu, students first encounter a real-world problem, explore it using physical or digital materials, explain the data and concepts, develop a new product or solution, and the entire process becomes trackable through the teacher dashboard.
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01
Engage
A real-world problem or scenario is introduced to capture students' interest.
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02
Explore
Students explore through physical materials, sensors, circuits, or digital content.
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03
Explain
Students begin to explain the data they have collected, their observations, or the products they have created.
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04
Elaborate
Students apply what they have learned to a new project, design, circuit, code, or model.
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05
Evaluate
Teachers monitor the process through dashboards, rubrics, project outputs, or activity completion data.
- Hands-On Learning
- Project-Based Learning
- School + Home Access
- Measurable Progress
- Teacher Monitoring
- Real-Time Reporting
Curriculum Alignment
Curriculum-Aligned Learning Experiences from Preschool to High School
IOTfyEdu offers learning experiences designed for different age groups and educational levels. In addition to the Maarif Model and Ministry of National Education learning outcomes, the content is structured to align with inquiry-based and interdisciplinary learning approaches used in international primary and middle school programs, the three-dimensional learning approach of next-generation science education, and scientific inquiry skills emphasized in international science curricula.
Preschool
Activities focused on observation, classification, data literacy, curiosity, and exploration.
Primary School
Science exploration, introductory coding, data science-based electronic circuit design, game design, data collection, and visual programming activities.
Middle School
IoT-based science experiments, electronic circuits, coding, 3D design, game design, and data science activities.
High School
Python, artificial intelligence, data science projects, IoT automation, advanced electronics, and design projects.
Maarif Model
Activity structure aligned with Ministry of National Education learning outcomes.
International Learning Approaches
Content designed to support inquiry-based and interdisciplinary learning.
Next-Generation Science Education
Experiment flows that combine science and engineering practices with three-dimensional learning.
International Science Curricula
Learning outcomes that can be aligned with scientific inquiry skills and conceptual learning.
How It Works
Classroom Transformation in 4 Steps
No technical expertise is required. The IOTfyEdu ecosystem supports schools step by step throughout the implementation process, from the delivery of physical and digital materials to teacher training, LXP use, and student production.
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1
Institutional Agreement
A collaboration agreement is established between IOTfyEdu and the educational institution.
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2
Infrastructure Setup
All digital and physical infrastructure preparations are completed and delivered to the school.
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3
Teacher Training
All teachers who will use the platform complete face-to-face training and receive ongoing support.
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4
Access from Anywhere
Teachers and students can access the Studios in our Learning Experience Platform from school or home and create unique projects.
User Testimonials
What Do Teachers and School Leaders Say?
IOTfyEdu makes hands-on technology learning experiences in schools more accessible, trackable, and sustainable.
“Students did not just see the data on a screen; they measured and interpreted real data collected from sensors. Science lessons became much more tangible.”
“Combining coding and electronic circuits within the same learning scenario significantly increased students' engagement.”
“Managing the implementation within the school became much easier. Teacher training, the LXP, and the reporting process were critical for us.”
Meeting Request
Schedule an IOTfyEdu Meeting for Your School
During the meeting, we can evaluate the most suitable IOTfyEdu solution based on your school's grade levels, goals, and current infrastructure.
- Response within 24 hours
- Customized solution recommendation for your school
- Follow-up email and proposal draft after the meeting