This physics course is conducted entirely in a one-on-one format and is tailored to each student’s individual learning pace, background, and strengths. The structure and teaching approach are adapted to match how the student learns best, whether that involves visual reasoning, mathematical derivations, conceptual discussions, or problem-driven learning.
The course emphasizes in-depth understanding of physics concepts rather than surface-level exam preparation. Topics are explored from first principles to ensure students develop a solid conceptual framework, enabling them to confidently apply these ideas to unfamiliar and challenging problems. The goal is to help students move beyond pattern recognition and develop genuine problem-solving ability.
Core areas such as mechanics, electricity and magnetism, waves, optics, and modern physics are covered with a balance of theory, intuition, and exam-relevant applications. Each concept is reinforced through carefully selected problems that train students to identify underlying principles, reason logically, and approach questions systematically.
By focusing on deep comprehension and personalized instruction, the course equips students with the confidence and analytical skills needed to solve a wide range of problems accurately and efficiently, both in entrance examinations and in future academic pursuits.