The Bachelor of Physics is a three year programme consisting of six semesters. The programme follows a Choice Based Credit System. The programme gives a basic understanding on the basic topics in physics, which helps one to go for higher studies and shapes ones skills in analysing evidences and solving problems which help them get placed at several industries and allied areas.
A pass in higher secondary education in Science stream with Physics as one of the subject.
During the programme, students are also offered following courses
During the course many students are getting opportunities like Summer/Winter Fellow ships at premier institutes in India and also complete internships from other institutes. They also get opportunities for participating in international student exchange programs. More than 70% students every year after the course go for higher studies in pure Physics, specialised topics in physics, management studies etc. Students represent various State level and National Level Physics Talent Search Examinations.
Many students get selected for higher studies in foreign universities. One student each from two previous batches got MaMaSELF Erasmus Mundus International Scholarship and one got selected for T P Nedungadi International Internship award. After the course many students get placed at firms like INFOSYS, TCS, Sutherland etc.
Department also conducts several events to foster the intellectual, communication and leadership qualities among the students.
Sem | Subject | Paper | Paper Title |
---|---|---|---|
I | Core I | PH1CRT01 | Understanding Physics |
Core Practical I | PH1CRP01 | Practical I | |
Complementary Course I | MM1CMT01 | Partial Differentiation, Matrices, Trigonometry and Numerical Methods | |
Complementary Course II | CH1CMT01 | Basic Theoretical And Analytical Chemistry | |
Complementary Course II Practical | CH1CMP01 | Volumetric Analysis | |
II | Core II | PH2CRT02 | Basic Mechanics and Properties of Matter |
Core Practical II | PH2CRP02 | Practical II | |
Complementary Course I | MM1CMT02 | Integral Calculus, Ordinary & Partial Differential Equations | |
Complementary Course II | CH2CMT02 | Basic Organic Chemistry | |
Complementary Course II Practical | CH2CMP02 | Volumetric Analysis |
Sem | Subject | Paper | Paper Title |
---|---|---|---|
III | Core III | PH3CRT03 | Electronics |
Core Practical III | PH3CRP03 | Practical III | |
Complementary Course I | MM3CMT03 | Vector Calculus, Analytic Geometry and Abstract Algebra | |
Complementary Course II | CH3PHMT1 | Advanced Physical Chemistry I | |
Complementary Course II Practical | CH3PHMP1 | Physical Chemistry | |
IV | Core IV | PH4CRT04 | Electricity, Magnetism and Electrodynamics |
Core Practical IV | PH4CRP04: | Practical IV | |
Complementary Course I | MM1CMT04 | Fourier Series, Laplace Transform and Linear Algebra | |
Complementary Course II | CH4PHMT2 | Advanced Physical Chemistry II | |
Complementary Course II Practical | CH4PHMP2 | Physical Chemistry |
Sem | Subject | Paper | Paper Title |
---|---|---|---|
V | Core V | PH5CRT05 | Classical and Modern Optics |
Core Practical V | PH5CRP05 | Practical V | |
Core VI | PH5CRT06 | Classical Mechanics and Relativity | |
Core Practical VI | PH5CRP06 | Practical VI | |
Core VII | PH5CRT07 | Digital Electronics and Programming | |
Core Practical VII | PH5CRP07 | Practical VII | |
Core VIII | PH5CRT08 | Environmental Physics and Human Rights | |
Open Course | PH5OPT01 | Physics in Daily Life | |
VI | Core IX | PH6CRT09 | Quantum Mechanics and Spectroscopy |
Core Practical IX | PH6CRP09 | Practical IX | |
Core X | PH6CRT10 | Solid State Physics | |
Core Practical X | PH6CRP10 | Practical X | |
Core XI | PH6CRT11 | Nuclear Physics, Particle Physics and Astro Physics | |
Core Practical XI | PH6CRP11 | Practical XI | |
Core XII | PH6CRT12 | Thermodynamics and Basic Statistical Physics | |
Core Practical XII | PH6CRP12 | Practical XII | |
Choice Based Course | PH6CBT01 | Nanoscience and Nanotechnology | |
Project | Project |