Genome Assembly Programming and Bioinformatics Fundamentals

Modern biology generates vast amounts of data that require sophisticated computational tools to interpret. This course introduces you to the world of bioinformatics by focusing on genome assembly—the process of piecing together millions of DNA fragments into a single sequence. You will transition from understanding biological basics to implementing the algorithms that help scientists identify unknown pathogens and study genetic code. By reading through detailed explanations and applying logic to programming scenarios, you will build a solid foundation in how software drives biological discovery. What you'll learn: * Understand the core biological and computational principles of genome assembly * Apply graph theory concepts such as De Bruijn paths to sequence reconstruction * Practice k-mer analysis to handle fragmented genetic data efficiently * Implement foundational overlap-layout-consensus algorithms for DNA mapping * Learn modern programming patterns for bioinformatics, including type-safe data structures * Analyze the logic behind solving real-world bacterial outbreak mysteries through code The course begins with essential terminology and the history of sequencing before moving into the algorithmic challenges used by modern researchers. This text-based program is designed for beginners with a basic interest in programming and biology; no prior experience in bioinformatics is required. Start your journey into the intersection of code and life sciences today.