Bioinformatics and Genome Assembly Basics: From Raw Data to Analysis

Modern biological research relies heavily on genomic data, yet analyzing raw sequencing files can feel overwhelming for beginners. This course guides you through the essential steps of bioinformatic data processing, showing you how to turn unrefined sequence reads into meaningful genome assemblies directly on a standard computer. You will start with key terminology, learning core concepts of next-generation sequencing, quality metrics, and file formats. Through clear written explanations and computational examples, you will progress step-by-step from data acquisition to genome reconstruction. What you'll learn: • Understand key genomic data formats and fundamental sequencing terminology • Retrieve public sequencing datasets from open biological repositories • Assess read quality and apply trimming strategies to clean raw data • Perform de novo genome assembly using standard bioinformatic tools • Evaluate assembly metrics and assess contig quality • Explore modern workflow concepts for reproducible genomic research. The material moves seamlessly from foundational principles to full analysis pipelines. Designed for biologists, students, and life science enthusiasts with no prior bioinformatics background required. Start reading and build your genomic analysis skills today.