Introduction to Drug Discovery and Computational Methods

Discovering a new medicine is a complex journey that blends biology, chemistry, and computational science. This course offers a clear, structured pathway into the fascinating world of modern pharmacology, explaining how therapeutic molecules are identified, designed, and optimized. By reading through our curated modules, you will transition from understanding basic biological targets to analyzing how modern researchers use computational screening and structural biology to accelerate drug development. What you'll learn: Understand the fundamental stages of the drug discovery pipeline, from initial target identification to clinical development; Analyze drug delivery principles and how molecular structures affect absorption and distribution in the human body; Explore biophysical and structural methods used to study how drugs interact with their biological targets; Apply computational techniques such as molecular docking and virtual screening to identify promising drug candidates; Learn how modern machine learning and AI tools are transforming traditional virtual screening workflows; Practice analyzing molecular dynamics and structural data through guided written exercises. The course begins with foundational concepts of pharmacology and target identification before guiding you through structural biology, drug delivery mechanics, and modern computational design techniques. Designed for beginners, science students, and aspiring researchers, this text-based course requires no prior background in advanced pharmacology or programming. Start your journey into the science of modern medicine today.