Stem Code Arabic Program
STEM CODE
(Arabic Program)
An applied STEM program delivered in Arabic, built around inquiry and the Engineering Design Process—connecting science, technology, engineering, and math through real-world challenges.
Arabic, applied STEM—built around real challenges
STEM CODE is an interdisciplinary STEM program that starts from learning outcomes across multiple disciplines, then guides learners to develop solutions to real-world challenges—supported by technology and engineering design within a collaborative learning environment.
Why STEM CODE?
Future-ready skills—through Arabic STEM projects.
Preparing for future careers (AI, robotics, emerging technologies)
Critical thinking & problem solving through real challenges
Teamwork & communication with collaborative learning
Creativity & innovation through design and experimentation
From theory to application via practical activities and projects
A program designed to keep creativity alive.
STEM CODE is built around the idea that creativity and innovation can decline with age—and that schools can actively reverse this trend by making exploration, design, and problem-solving central to learning
Rooted in national priorities and global standards.
Sustainable Development Goals (SDGs)
Saudi Vision 2030
Human Capability Development Program 2025
NGSS (global and national)
Core Math Standards (global and national)
21st Century Skills (4Cs): Critical Thinking, Communication, Collaboration, Creativity
Six determinants that shape every project.
High-level integration
Transdisciplinary connections
Scientific inquiry
Questions, investigation, gradual understanding
Engineering for problem solving
Design, build, improve
Technology integration
Progressive and broad application
Communication & collaboration
Teamwork and clarity of ideas
Story-based language approach (Arabic entry):
Story-driven entry that supports engagement and understanding in the native language
Learning Approach
Inquiry-based learning connected to students’ daily lives.
STEM CODE develops problem-solving and critical thinking through practical activities and active learning. Learners face challenges linked to real life, strengthening research skills and perseverance through play and interaction with others.
Students investigate naturally
Understanding builds gradually
Engineering requires knowledge and practice
Student interests and experiences matter
Engineering Design Process
From problem to prototype—then improve it.
Define the problem
Identify constraints & success criteria
Brainstorm multiple solutions
Select the most promising solution
Prototype
Test & evaluate
Iterate to improve
Communicate the solution
What Makes STEM CODE Unique
Arabic language + engineering thinking—together
STEM CODE is distinctive because it is built on engineering thinking alongside language development in the native language (Arabic). Engineering projects support learners in applying scientific concepts, strengthening creativity and innovation, preparing for future careers, and building strong problem-solving habits.
Key Program Highlights
What schools receive with STEM CODE
First Arabic STEM project guide
Applied projects with a reading-based entry (Arabic)
Emphasis on scientific knowledge
Built around the Engineering Design Process
Values + future careers integrated into projects
Progressive technology integration
TRANSFORM LEARNING WITH STEM CODE (ARABIC)