Windows File System Forensics and Data Recovery

Every action on a Windows computer leaves a digital footprint, even after files are deleted. Understanding how the operating system manages data at the byte level is the key to uncovering critical digital evidence. This course guides you through the foundational mechanics of Windows file systems, including FAT32, ExFAT, and NTFS. You will learn to decode data structures, reconstruct deleted files, and interpret modern system artifacts to build a clear timeline of user activity. What you'll learn: - Understand the core architecture of FAT32, ExFAT, and NTFS file systems. - Analyze how Windows writes, stores, and references data on physical storage. - Recover deleted files by interpreting file system metadata and directory entries. - Decode the Master File Table (MFT) to locate hidden or fragmented data. - Investigate modern Windows artifacts such as the USN Journal, Prefetch files, and registry hives. - Validate automated forensic tool findings by reading and analyzing raw hexadecimal data. The course starts with essential terminology and the absolute basics of storage media before moving into detailed file system structures. Through written explanations and practical walk-throughs, you will progress from understanding raw bytes to performing structured forensic investigations. This course is designed for aspiring digital forensic investigators, cybersecurity students, and IT professionals looking to build a strong foundation in system-level analysis. No prior forensics experience is required. Start reading today to master the inner workings of Windows file systems and elevate your digital investigative skills.