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Understand the backbone of computing — how systems manage resources and processes.
Exam‑style questions with instant feedback.
Section 1: Introduction
Section 2: Processes
Section 3: Threads
Section 4: CPU Scheduling
Section 5: Synchronization
Section 6: Deadlocks
Section 7: Memory Basics
Section 8: Virtual Memory
Section 9: File Systems
Section 10: Storage & I/O
What you’ll achieve
Master core concepts: processes, threads, memory, and file systems.
Gain practical skills with Linux/Unix system calls and shell environments.
Learn scheduling and concurrency management for efficient resource use.
Explore modern OS topics like virtualisation and security.
Build a foundation for careers in systems programming and software engineering.

Course overview
Operating Systems introduces students to the essential software that controls hardware and provides services for applications. The course covers fundamental concepts including process management, memory allocation, file systems, concurrency, and security. Students will explore scheduling algorithms, inter-process communication, and virtualisation techniques. Practical assignments will involve working with Linux or Windows system calls to see theory applied in real environments. By the end, learners will gain a clear understanding of how operating systems balance efficiency, stability, and security while supporting modern computing.
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