Bachelor of Science in Physics BS(Phy)
Program Overview
BS Physics, a four year degree program, not only enables the students to scientifically understand and analyze the behavior of nature but orientate them with many interdisciplinary subjects such as: physics with design studies, electro technology, systems and control engineering, energy and environmental studies, the physics of life, and nanotechnology.
Program at a glance
- Four-years program (Eight Semesters)
- 140 credit hours
- Offered both in Spring and Fall semesters
- Eligibility Criteria: Intermediate or equivalent with physics and mathematics with minimum 50% marks, from an accredited institution.
Admission Criteria
Intermediate or equivalent with Physics, with minimum 50% marks, from an accredited institution. Pre-medical students may be admitted provisionally. They have to pass additional Maths course within one year after admission.
Curriculum
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Semester - I
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Course title
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PHY101
HUM100
MTH101
CSC101
PHY108
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Mechanics of Particles
English Composition and Comprehension
Calculus-1
Introduction to Computing
Minor-1
Physics Lab-1
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Semester - II
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Course title
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PHY103
MTH231
MTH102
CSC141
PHY109
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Heat and Thermodynamics
Linear Algebra
Calculus-II
Introduction to Computer Programming
Minor-II
Physics Lab-II
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Semester - III
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Course title
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PHY222
HUM103
HUM111
PHY232
MTH241
PHY208
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Electric and Magnetic Fields-I
Communication Skills
Pakistan Studies
Vibrations and Waves
Minor-III
Ordinary Differential Equations
Physics Lab-III
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Semester - IV
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Course title
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MTH343
PHY241
HUM110
PHY223
EEE121
PHY225
PHY209
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Partial Differential Equations
Classical Mechanics
Islamic Studies
Electric and Magnetic Fields-II
Electric Circuit Analysis-I
Modern Physics Concepts
Physics Lab-IV
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Semester - V
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Course title
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PHY341
PHY342
PHY361
EEE222
PHY352
PHY308
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Relativity
Quantum Mechanics-I
Mathematical Methods of Physics
Electric Circuit Analysis-II
Minor-IV
Engineering Optics
Physics Lab-V
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Semester - VI
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Course title
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PHY362
PHY343
PHY351
PHY345
PHY354
PHY309
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Computational Physics
Quantum Mechanics-II
Theory of Error and Research Methodology
Statistical Mechanics
Fundamental Properties of Solid
Physics Lab-VI
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Semester - VII
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Course title
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PHY441
PHY422
PHY433
PHYXXX
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Electronic Properties of Solids
Electromagnetic Theory and Applications
Nuclear Physics
Elective-1
Project
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Semester - VIII
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Course title
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PHYXXX
PHYXXX
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Elective-II
Elective-II
Project
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Elective Courses
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Microelectronics/Opteoelectronics
Laser Physics/ Quantum Optics
Quantum Computing
Materials Science
Radiation Physics
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Minors: Subject to the availability of teachers
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Research methodology
Introduction to Biology
Biophysics
Introduction to Plasma Physics
Environmental Science
Chemistry-I
Chemistry-II
Sociology
Technology Management
Introduction to Nanoscience & Technology
Business Management
Optical Communication
Applications of Lasers in Science, Technology and Medicine
Vacuum Science & Technology
Materials Science & Engineering
Introduction to Higher Energy Physics
Introduction to Astronomy/Astrophysics
Comparative study of Religions
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Program Objectives
The basic objective of the program is to equip the students with the latest developments associated with physic and its allied technologies. Moreover, it aims at helping the students to design and develop a strong background in fundamentals of Physics quantum mechanics, statistical mechanics and electro dynamics.
Because of the diversity of options available to students, they will learn advanced-level Physics courses in the challenging fields such as: optics, thermodynamics, quantum mechanics, theoretical mechanics, electrodynamics, and solid state physics.
Career Opportunities
After completing the degree the graduates may avail the opportunity to work with the following:
- R&D Organization
- Multinational Industries
- Atomic energy Commission
- Khota Research Labs
- SUPARCO
- Aviation
- All engineering related areas