Physics

I

PHS-A-CC-1-1

Mathematical Physics I

1)      The students will get an overview on mathematical tools required to study theoretical and experimental physics.

2)      They learn basic computation using python and 2D plotting using Gnuplot.

I

PHS-A-CC-1-2

Mechanics

1)      Students will learn basics Physics based on Newtonian Mechanics and earn general ideas about how the universe works.

2)      They learn to experimentally verify different laws based on Newtonian Mechanics.

II

PHS-A-CC-2-3

Electricity & Magnetism

1)      The students will be given an idea about electricity and magnetism with various electromagnetic phenomena such as electromagnetic induction, electrical circuits, etc.

2)      It explains the students about various applications of electricity and magnetism in our daily life.

3)      The students will be able to perform various experiments on electricity and magnetism and will learn to handle various electrical equipment.

II

PHS-A-CC-2-4

Waves & Optics

1)      The students will be given basic knowledge in vibration and wave motion.

2)      They will get an insight about various optical phenomena like interference, diffraction and polarization of light.

3)      They will learn applications of optics and familiarizes with experimental instruments.

III

PHS-A-CC-3-5

Mathematical Physics II

1)      Students will learn more advanced topics of mathematical physics like Fourier series, series solutions of the differential equations, some special functions and their applications.

2)      Students will familiar with different packages of Python like numpy, scipy, matplotlib etc. and apply them to find the solutions of matrix algebra, numerical integration, interpolation, differential equation and curve fitting.

III

PHS-A-CC-3-6

Thermal Physics

1)      In this course, students learn the fundamental laws of thermodynamics, the principle of operation of engines and refrigerators and limitations related to ideal gas.

2)      They will perform different experiments on heat and thermodynamics that will enhance their experimental skill.

III

PHS-A-CC-3-7

Modern Physics

1)      Students learn about old quantum theory, Schrodinger’s equation, basics of nuclear physics and radioactivity.

2)      They will also learn fundamental principle of Laser and its applications.

3)      Laboratory classes will enable students to determine the value of Planck’s constant, study of photoelectric effect, verification of Stefan’s law of radiation, determination of e/m of electron and behaviour of tunnel diode.

III

PHS-A SEC-A 1

Scientific Writing

1)      Students will familiar with scientific writing tool LATEX.

2)      They learn how LaTeX makes all writing tasks simpler, more visually appealing, more consistent, more reproducible and transparent.

3)      They will learn how to prepare a scientific article containing figures, tables and mathematical equations in a presentable form.

IV

PHS-A-CC-4-8

Mathematical Physics III

1)      The students will learn advanced mathematical physics such as complex analysis and its application, integral transform, probability theory.

2)      They will also learn concept of special theory of relativity which is extremely essential for understanding the physical world beyond Newtonian mechanics.

3)      They learn to handle numerical problems involving solutions of ODEs, PDEs and complex analysis using Python.

IV

PHS-A-CC-4-9

Analog Systems and Applications

1)      They learn basics of analog electronics, fundamentals of semiconductor physics and its application which is the heart of the modern-day electronic devices.

2)      In laboratory classes, they are familiarized with the electronic devices and to design and perform experiments with electronic components.

IV

PHS-A-CC-4-10

Quantum Mechanics

1)      Students will be taught quantum mechanics theory based on Schrodinger equation.

2)      They also learn atomic spectra and energy distribution in electric and magnetic fields.

3)      The numerical solution of some of the Schrodinger equations in Python will be taught in the laboratory.

IV

PHS-A-SEC-B 1

Arduino

1)      Arduino offers to learn basic electronics, circuit connection to breadboard, programming language and IDE.

2)      Projects based on Arduino enable students to design circuits and enrich their computer programming skills.

V

PHS-A-CC-5-11

Electromagnetic Theory

1)      This course teaches the students about the origin and different properties of the EM waves in bounded and unbounded media.

2)      Electromagnetic origin of wave optics and polarization is also being discussed in this course.

3)      Students learn the verification of different physical laws related to the EM wave propagation and polarization in laboratory classes.

V

PHS-A-CC-5-12

Statistical Physics

1)      Students will be able to understand the behaviour and dynamics of a system comprising of a large number of particles both classically and quantum mechanically.

2)      They learn Python programming to analyze the behaviour of a collection of particles through numerically calculate partition function and other physical properties.

V

PHS-A-DSE-A1 (b)

Laser and Fiber Optics

1)      Students will be able to learn the basic and the generation of different types of LASER and their applications.

2)      They learn principles and applications of holography.

V

PHS-A-DSE-B1 (b)

Nuclear and Particle Physics

1)      Nuclear Physics introduces the student to the concept of nuclear reaction, interaction of nuclear radiation with matter and detectors for nuclear radiation.

2)      They also learn about fundamental particles and their properties.

VI

PHS-A-CC-6-14

Digital Systems and Applications

1)      Students learn about number systems, basic gates, counters and registers.

2)      In practical classes, they learn to design and construct universal gates, half adders and full adders, flip-flops on breadboard.

VI

PHS-A-CC-6-13

Solid State Physics

1)      This course explains the physical properties of the material in solid states as an application of quantum mechanics.

2)      The details of crystallography, basis of semiconductors and superconductors are also theoretically addressed.

3)      They learn to verify different laws and properties of materials in laboratory.

VI

PHS-A-DSE-A2 (a)

Nano Materials and Applications

1)      The exciting world of nanoscience and nanotechnology is being discussed here through the basic physics underlying the concept of nanoparticles.

2)      Students learn the synthesis, properties and various applications of the nano materials.

PHS-A-DSE-B2 (a)

Communication Electronics

1)      In this course, the basics of electronic communications, analog and digital modulations are addressed.

2)      Students get an idea about how navigation system works.

I

PHS-G-CC-1-1

Mechanics

1)      This course offers Newtonian mechanics and its application in explaining various classical phenomena.

2)      Students learn to perform experiments to calculate different quantities related to Newtonian mechanics.

II

PHS-G-CC-2-2

Electricity and Magnetism

1)      Students will earn knowledge about electricity and magnetism and various electromagnetic phenomena such as electromagnetic induction, electrical circuits, etc.

2)      They will be familiar with various experiments on electricity and magnetism.

III

PHS-G-CC-3-3

Thermal Physics and Statistical Mechanics

1)      In this course, students will learn thermodynamics to explain the fundamental laws of nature and brief outline of statistical mechanics.

2)      They will perform different experiments on heat and thermodynamics that will enhance their experimental skill.

III

PHS-G-SEC-B

Renewable energy and Energy Harvesting

1)      Students are able to understand the concept of fossil fuels and alternate Sources of energy.

2)      They learn in detail about various renewable energy sources like solar energy, wind energy harvesting, geothermal energy, hydroenergy, piezoelectric Energy harvesting and electromagnetic energy harvesting.

IV

PHS-G-CC-4-4

Waves and Optics

4)      The students will be given basic knowledge in vibration and wave motion.

5)      They will get an idea about various optical phenomena like interference, diffraction and polarization of light.

6)      They will learn applications of optics and familiarizes with experimental instruments.

IV

PHS-G-SEC-B

Arduino

3)      Arduino offers to learn basic electronics, circuit connection to breadboard, programming language and IDE.

4)      Projects based on Arduino enable students to design circuits and enrich their computer programming skills.

V

PHS-G-DSE-A

Analog Electronics

3)      They learn basics of analog electronics, fundamentals of semiconductor physics and its application which is the heart of the modern-day electronic devices.

4)      In laboratory classes, they are familiarized with the electronic devices and to design and perform experiments with electronic components.

VI

PHS-G-DSE-B

Digital Electronics

3)      Students learn about number systems, basic gates, counters and registers.

4)      In practical classes, they learn to design and construct universal gates, half adders and full adders, flip-flops on breadboard.