AI Fundamentals
History, key concepts,terminology and howAI works.
The complete, practical guide to
A comprehensive, easy-to-understand PDF guide covering everything you need to know about AI — from fundamentals to real-world applications, with practical guidance, examples and best practices.
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A single, structured guide covering the complete AI landscape — from core concepts to cutting-edge applications.
History, key concepts,terminology and howAI works.
Supervised, unsupervisedand reinforcementlearning.
Neural networks,architectures andtraining techniques.
Transformers, diffusionmodels, MoE, multimodaland reasoning models.
Text, image, audio, videoand multimodal modelsand applications.
Autonomous agents,multi-agent systems,tools, planning andreal-world use cases.
Techniques, patternsand best practicesfor effective prompting.
Managing context,retrieval, memory andlong-term interactions.
Turning requirementsinto clear specificationsfor AI systems.
Building reliableexecution environmentsand validation frameworks.
Designing iterativeAI workflows withfeedback and improvement.
Coordinating agents,tools and multi-stepautomation workflows.
Open source, open weightsand proprietary models,licensing and fine-tuning.
Embeddings, vector databases,semantic search, knowledgegraphs and grounding.
Pretraining, SFT, RL,LoRA/QLoRA, distillationand synthetic data.
Text, images, audio, videoand cross-modalunderstanding.
Image classification,object detection, OCR,segmentation and more.
Speech recognition,text-to-speech, voice agentsand real-time conversations.
Running models onlocal devices, NPUs,TinyML and offline AI.
Hosting, inference, GPUs,quantisation, scalingand observability.
Evals, benchmarks,monitoring, reliabilityand cost-performance.
Data, cloud, computeand tools for buildingAI systems.
Threats, prompt injection,data leakage, modelpoisoning and risk management.
Regulation, copyright,bias, responsible AIand societal impact.
Use cases across industry,research and everyday life.
Drug discovery, materialsscience, simulation andscientific research.
Embodied intelligence,robotic control andreal-world interaction.
3D understanding,simulation andspatial reasoning.
Costs, efficiency,energy consumptionand environmental impact.
What’s next for AI andemerging opportunities.
History, key concepts, and why AI matters.
Supervised, unsupervised and reinforcement learning.
Core architectures and real-world examples.
How generative models work and practical applications.
Autonomous agents, multi-agent systems and tooling.
Techniques, strategies and best practices.
Model hubs, fine-tuning, licensing and infrastructure.
Use cases across industries with case studies.
Regulation, risks, opportunities and what’s next.
Tools, courses and practical ways to keep learning.