Semester I

A broad orientation to computer systems, software, operating systems, networks, and the way information technology is applied in the real world.

Learn to think like a programmer. From your first printf to pointers and file handling, this is where your practical journey begins.

Understand how computers compute. Number systems, Boolean algebra, logic gates, and the circuits that build modern hardware.

Calculus and analytical geometry: sets, limits, differentiation, integration and the geometry that underlies computer graphics and physics.

Oscillatory and rotational motion, electric and magnetic fields, atomic theory, quantum mechanics, solid state physics, semiconductors and the physics of integrated circuits — the physical foundations of computing hardware.