Part 1. Building blocks of MRI pulse sequences.- 1. Fundamentals of MRI: What every radiologist needs to know (but might be afraid to ask).- 2. Instrumentation: Magnet, gradients and coils.- 3. Pulse sequence – the most frequently asked technical questions.- 4. Spin manipulations by pulse sequences.- 5. MR angiography.- 6. Advances in Gadolinium-Enhanced MRI: Pharmacodynamics, Clinical Applications, and AI Insights.- 7. AI-driven MRI acquisition and reconstruction.- Part 2. Translating to clinical practice.- 8. MRI Pulse Sequences and Techniques in Neuroimaging.- 9. 1H-MR Spectroscopy pulse sequences for applications in vivo.- 10. Pulse sequences and techniques for body MRI.- 11. Optimizing pulse sequences for pediatric imaging.- 12. Pulse sequences for lung imaging.- 13. Musculoskeletal (MSK) pulse sequences.- 14. High field MRI sequences.- 15. Low Field and Ultra-Low Field MRI Pulse Sequences.- 16. Validating and sharing open-source and vendor-neutral pulse sequence programs: A practical approach.- 17. Impact of artificial intelligence (AI) on pulse sequence design and its translation to clinic.