The Operating Systems
Master Academy.
An interactive laboratory designed to teach systems thinking. Bridge the gap between high-level code and physical silicon through hardware stories, kernel-level simulations, and mathematical rigor.
TRACK 1: OPERATING SYSTEMS CORE
Deep theoretical foundation and internal architectural principles. Prerequisite for all practical implementations.
SECTION A
OS Foundations
Kernel Mode vs User Mode, System Calls, Interrupts, and the hardware-software bridge.
SECTION B
Processes & Scheduling
Context switching, PCB architecture, and algorithmic CPU scheduling mastery.
SECTION C
Synchronization
Race conditions, Mutex/Semaphores, and Deadlock prevention strategies.
SECTION D
Memory Management
Paging, Virtual Memory, TLB, and page replacement mechanics.
SECTION E
Storage Systems
File system internals, Inodes, RAID, and disk scheduling.
SECTION F
Security & Protection
CIA Triad, UNIX Permissions, and hardware-level memory protection.
TRACK 2: LINUX IMPLEMENTATION
Applying theoretical concepts to the world's most powerful kernel. Mastery requires Track 1 knowledge.