The Physics department of PSM (Prestigious School of Medicine) is committed to achieving its main aims and objectives, which revolve around providing high-quality education to students and fostering their understanding of the impact of science and technology on the physical world. The department aims to equip students with quantitative, qualitative, and reasoning skills through an animated and applicationbased educational approach. One of the key strategies employed by the Department of Physics is project-based learning, which allows students to engage in hands-on activities and apply their knowledge to real-world scenarios. Practical-based learning is another important component, providing students with the opportunity to perform various experiments that have practical relevance in their daily lives. Furthermore, the department implements an activity-based learning system, which encourages active participation and experiential learning. Through these diverse learning approaches, students in grades IX to XII will acquire a comprehensive understanding of the physical world. They will explore dynamic scientific concepts and principles, gaining insights into how the physical world behaves. The Physics department at PSM is dedicated to imparting a well-rounded education to its students, nurturing their scientific curiosity, and preparing them to excel in their academic pursuits and beyond. Our Physics Curriculum, inspired by the National Curriculum of Pakistan 2006, is here to spark your curiosity, unravel the fascinating mysteries of the universe, and equip you with a profound understanding of the fundamental laws that shape our physical world. Get ready to embark on a journey that will ignite your imagination. Physics Course Content: At PSM, we offer a comprehensive Physics course that aims to develop a deep understanding of the fundamental principles governing the physical world. Below is an overview of the Physics course content for each grade level:
CLASS IX:
 Introduction to Physics and its Scope
 Measurements
 Vectors and Equilibrium
 Kinematics
 Dynamics
 Turning Effects of Forces
 Gravitational Force and Laws
 Work, Energy, and Power
 Properties of Matter
 Heat and Thermal Properties of Matter

CLASS X:
 Simple Harmonic Motion and Waves
 Sound
 Geometrical optics
 Electrostatics
 Current Electricity
 Electromagnetism
 Basic Electronics
 Information and Communication Technology
 Atomic and Nuclear Physics
Class XI:
 Physical Quantities and Measurement
 Kinematics and Dynamics
 Turning Effect of Forces and Equilibrium
 Gravitation
 Work, Energy, and Power
 Properties of Matter
 Nature of light
 Geometrical Optics
Class XII:
 Heat and Thermodynamics
 Electrostatics
 Electricity
 Magnetism and Electromagnetism
 Alternating Current
 Electrical measuring instruments
 Electromagnetic Waves and Electronics
 Advent of Modern Physics
 Atomic and Nuclear Physics

Assessment Tools:
To gauge your progress and mastery of Physics concepts, we employ a range of innovative assessment
tools:

  1. Regular class assessments to track your understanding of concepts covered in lectures.
  2. Interactive quizzes and tests to evaluate your knowledge and problem-solving skills.
  3. Assignments and projects to encourage critical thinking and independent research.
  4. Practical experiments and lab reports to develop your scientific inquiry and data analysis
    abilities.
  5. Presentations and group discussions to enhance your communication and presentation skills.
  6. Bi-Monthly and Mid-term assessments to assess your overall understanding of the subject.
    Teaching Activities:
    At PSM, we are committed to providing an exciting and dynamic learning experience. Our passionate
    team of Physics educators goes above and beyond to ensure your journey through Physics is
    extraordinary. We employ diverse teaching activities designed to captivate your interest and make your
    learning experience truly unforgettable. Get ready to dive into the world of Physics like never before as
    we take you on a remarkable educational adventure!
  7. Stimulating lectures that blend theoretical concepts with realworld applications, captivating
    your imagination.
  8. Hands-on experiments and demonstrations to foster a deep understanding of scientific
    principles and encourage active learning.
  9. Collaborative group activities and problem-solving sessions to promote teamwork and critical
    thinking skills.
  10. Integration of technology through multimedia presentations, simulations, and virtual labs,
    enabling interactive and immersive learning.
  11. Field trips to science exhibitions, observatories, and research institutions provide you with
    practical exposure to cutting-edge advancements in Physics.