Loading…
Loading…
Demystify the inner workings of AI by intuitively understanding neural networks and deep learning, all without a single equation.
Created by Dr. Priya Nair · AI Educator & Former ML Engineer
30-day money-back guarantee
This course includes
Ever wondered what's truly going on inside AI models like ChatGPT or the systems that recognise faces in photos? This course pulls back the curtain on neural networks – the beating heart of modern AI – without requiring you to dust off your calculus textbook. We believe that a conceptual understanding of how AI works is essential for everyone, whether you're a developer, a manager, or just intensely curious about the technology shaping our world. We’ll break down complex ideas into simple, relatable analogies and visual explanations. You'll grasp how artificial neurons process information, how layers of these neurons form powerful networks, and fundamentally, how these systems "learn" from data. We focus on intuition, not derivations. You'll finally understand terms like "weights," "biases," "activation functions," and "backpropagation" in a way that sticks, without ever seeing a Greek letter. This isn't just theory for theory's sake. Understanding these core mechanics will help you interpret AI's behaviour, appreciate its limitations, and critically assess its capabilities. You'll gain a powerful mental model for how these intelligent systems arrive at their decisions, helping you move beyond treating AI as a magical black box. Join us to build a solid, math-free foundation in how AI truly works. You'll emerge with a clearer picture of artificial intelligence, empowered to have more informed conversations and make better decisions in an AI-driven landscape.
5 modules · 17 lessons · 4h 9m
Dr. Priya Nair
AI Educator & Former ML Engineer
Priya led machine-learning teams at two startups before moving into teaching. She specialises in making the mechanics of modern AI approachable for people without a maths background.
30-day money-back guarantee
This course includes