Operating System Design Fundamentals: Core Principles

Understanding how operating systems manage hardware and software resources is essential for building efficient software. This course explores the core engineering challenges behind operating system design and the architectural trade-offs that make modern computing possible. By following the evolution and architectural patterns of operating systems, you will gain a strong theoretical grasp of low-level software design. What you'll learn: - Understand core concepts such as kernel architectures, system calls, and privilege levels - Master process management, thread scheduling, and concurrency control - Explore virtual memory, paging schemes, and dynamic allocation techniques - Analyze file system structures, storage management, and I/O handling - Examine deadlock prevention, synchronization primitives, and resource allocation - Learn the fundamentals of modern container isolation and lightweight virtualization The content begins with key terminology and foundational abstractions before progressing logically through core subsystems and contemporary isolation practices. Designed for beginner software engineers and technology enthusiasts, no prior experience in low-level systems programming is required. Begin reading today to unlock the inner workings of operating systems.