Science, Technology, Engineering & Mathematics
Innovation starts with curiosity.
This section is designed to spark critical thinking, problem-solving, and creativity through science, technology, engineering, and mathematics. You’ll explore how these subjects shape the world around us, from understanding the basics of scientific inquiry to applying mathematical concepts, exploring engineering solutions, and keeping pace with fast-moving technological advances.
These courses help you develop the skills to question, innovate, and build — preparing you for future study, careers, and real-world problem-solving.
Learn the basics of coding in this 1-hour lecture. Through step-by-step visuals, examples, and a PDF guide, you’ll understand the foundations of programming using beginner-friendly languages like Python, Scratch, or JavaScript. This course builds problem-solving skills and gives you the confidence to start coding your own projects.
Artificial Intelligence is shaping the future. In this 1-hour lecture, you’ll explore how AI and machine learning work, from data training to real-world applications. With visuals, quizzes, and a PDF guide, you’ll gain a clear introduction to one of today’s most important technologies.
Electricity powers our lives, but how does it work? In this 1-hour lecture, you’ll learn the science of electricity, circuits, and energy flow. With interactive visuals, activities, and a PDF guide, you’ll discover how to safely experiment with basic circuits and understand everyday electrical systems.
Engineering is all around us. In this 1-hour lecture, you’ll explore the science behind structures like bridges and buildings, and why they stay standing. Through visuals, examples, and a PDF guide, you’ll learn key engineering principles like force, tension, and balance in action.
Get anytime access to our growing collection of classes, workshops, and exclusive content. New items added every month.
Robots are transforming industries worldwide. In this 1-hour lecture, you’ll learn how robotics and automation work, their uses in everyday life, and their role in the future of work. With visuals, examples, and a PDF guide, you’ll see how machines are designed to improve efficiency and solve problems.
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