Week 1: Introduction to physics in the context of Information Technology. Review of units, dimensional analysis, vectors, and basic mathematical tools used for modeling physical systems. Week 2: Fundamental concepts of mechanics including Newton’s laws, work, energy, and conservation principles, with emphasis on their relevance to engineered and computational systems. Week 3: Oscillations and wave motion. Harmonic oscillators, wave properties such as wavelength, frequency, and velocity, and the principle of superposition. Week 4: Wave phenomena including interference, diffraction, and propagation. Applications to communication systems and signal transmission. Week 5: Electrostatics. Electric charge, Coulomb’s law, electric fields, electric potential, and energy storage in capacitors. Week 6: Electric circuits and basic electronics. Ohm’s law, DC circuit analysis (series and parallel), and introduction to diodes and transistors. Week 7: Magnetic fields and electromagnetic induction. Magnetic forces, Faraday’s law, and applications such as generators and transformers. Week 8: Electromagnetic waves. Conceptual introduction to Maxwell’s equations, the electromagnetic spectrum, and applications in wireless communication. Week 9: Signals and modulation. Analog and digital signals, basic modulation techniques, bandwidth, and noise in communication systems. Week 10: Introduction to quantum physics. Limitations of classical physics, wave-particle duality, and the photoelectric effect. Week 11: Fundamentals of quantum mechanics for computing. Quantum states, superposition, measurement, and conceptual introduction to qubits. Week 12: Applications and course integration. Overview of quantum computing, semiconductors in modern electronics, and comprehensive review of course topics.