Involves complex concepts forming the theoretical backbone of computer science.
Analyzing and designing algorithms, demanding strong mathematical and problem-solving skills.
Examining the limitations and abilities of computers through abstract concepts like Turing machines and computational complexity.
Foundation for logic, sets, graphs, and counting techniques, requiring strong logical reasoning skills.
Explores resource management, demanding a deep understanding of hardware-software interactions.
In-depth study of computer hardware design, digital circuits, and performance optimization.
Focuses on translating high-level programming languages into machine code, demanding extensive language knowledge and efficient coding techniques.