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Mahatma Gandhi University Kottayam B.Sc Physics: Fees 2025, Admission Dates, Course Duration, Eligibility
Bachelor of Science [B.Sc] (Physics)- Full Time
Bachelor of Science in Physics, popularly known as B.Sc in Physics is an under-graduate program, the minimum eligibility for which is an intermediate 10+2 in Science with Physics, Chemistry, Mathematics/Biology and English as compulsory subjects. Physics is a natural science that involves study of matter and its motion through space, time along with similar concepts of energy or force.
The duration of B.Sc Physics is 3 years in most of the universities which is divided into 6 semesters. The course can also be pursued in distance learning mode for 6 years duration.Those universities that do not follow the semester system, have 3 terms which carry out examination in the end of each year.
Most of the colleges in India which offer B.Sc Physics provide direct admission to candidates on the basis of marks obtained in 10+2, which is determined by cut-off lists generated by each college. The student can seek admission if his marks match with the cut off announced by a college.
Some of the top colleges whihc provide admission to candidates in B.Sc. Physics are:
- St Stephen’s College, University of Delhi
- Loyola College, Chennai
- Christ University, Bangalore
- Fergusson College, Pune
- St. Xavier’s College, Kolkata
The average tuition fee charged for the course is around INR 30,000 and may vary according to the criteria of universities. After successful completion of this course, students can work as content developer, treasury management specialist, quality control manager, statistician etc. and the probable salaries offered to them is around INR 15,000.
B.Sc. Physics: Course Highlights
Mentioned below are some of the major highlights of the course.
| Course Level | Undergraduate |
| Duration | 3 years |
| Examination Type | Semester |
| Eligibility | 10+2 in Science stream from a recognized university |
| Admission Process | Merit based |
| Top Recruiting Areas | Aerospace, engineering, manufacturing, oil and gas, telecommunication and others such |
| Job Profiles | Content Developer, Treasury Management Specialist, Quality Control Manager, Statistician, Radiologist etc. |
| Course Fee | INR 30,000 |
| Average Starting Salary | INR 15,000 approx |
B.Sc. Physics: What is it about?
B.Sc. Physics is an under-graduate course of 3-year duration.The objective is to provide the students with foundation knowledge possible for a Science-based career. There is no such specialization in this course. Graduates from this course can find jobs in business, teaching, marketing, research.
It deals in developing creative thinking skills amongst the students and the power of imagination to enable graduates to work in research industry for broader academic application. It provides skills required to gather information from resources and to use them appropriately.
Students who are interested in learning fundamentals of Physics and understand mathematical concepts easily can opt for this course, and those who have an analytical approach towards problem solving arenas can also opt for B.Sc Physics.
Top Institutes offering B.Sc. Physics
Mentioned below are some of the top institutes offering B.Sc. Physics along with their location and average annual course fees.
| College Name | Location | Average Annual Fees in INR |
| Loyola College | Chennai | 48K |
| Christ University | Bangalore | 29.7K |
| Madras Christian College | Chennai | 19.3K |
| Stella Maris College | Chennai | 13.6K |
| Fergusson College | Pune | 12K |
| Presidency College | Chennai | 1.27K |
| St.Xavier’s College | Kolkata | 51.1K |
| St. Stephen’s College | New Delhi | 37.8K |
| Mount Carmel College | Bangalore | 51.9K |
IGNOU offers B.Sc Physics in distance learning mode for a minimum duration of 3 years and maximum duration of 6 years.
B.Sc. Physics Eligibility
Interested aspirants for the course are required to fulfil the below-mentioned eligibility criteria.
- 10+2 completed from a recognized educational board
- 10+2 must be completed in Science Stream
- Physics, Chemistry, Mathematics/Biology, English are compulsary
B.Sc. Physics: Admission Process
Admission process for B.Sc. Physics course is merit-based. Most of the colleges in India that offer B.Sc Physics provide direct admission to candidates on the basis of marks obtained in 10+2, which is determined by the cut-off lists generated by each college. Candidates can seek admission if his marks match with the cut off announced by a college.
However, some universities like Jamia Milia Islamia University conduct entrance test for admission to B.Sc/B.Sc(Hons.) Physics in which the following skills are tested:
Some universities like Annamalai University provide lateral entsry admission to 2nd year for which the candidates must have cleared 1st year with minimum 75% marks from a recognized university. Whereas, NIMS University, IGNOU, School of Open Learning are some institutions that offer distance learning for those who cannot attend full time classes.
B.Sc. Physics: Syllabus and Course Description
B.Sc. Physics course allows students to study five compulsory subjects which cover concepts of Physics including Mathematics, Chemistry. The delivery method includes classroom lectures, assessments, assignments, seminars, internships and practical sessions.Topics related to computer science and electronics are also included B.Sc Physics course.
Students are required to clear the core exams of each semester, each exam comprises of internal and external assessment, 75 and 25 marks respectively. Scores of viva and practicals are added at the end of each session.
B.Sc Physics syllabus is designed in a way that detailed study of all the elements in Physics with its practical implications is imparted to the aspiring B.Sc Physics graduates. Some of the subjects covered in this course are:
|
Subjects |
Topics |
Objective |
|---|---|---|
|
Mathematical physics |
Vector Calculus, Orthogonal Curvilinear Coordinates, Multiple Integrals, Some Special Integrals |
It develops the capacity to identify and evaluate a problem and define the important elements required for its solution. |
|
Mechanics |
Fundamentals of Dynamics, Rotational Dynamics, Gravitation and Central Force Motion, Elasticity |
It gives in-depth understanding of specialist bodies of knowledge within the engineering discipline. |
|
Chemistry |
Bonding, Organization of Solids, Weak Chemical Forces, Organic Chemistry |
The objective is to make students understand chemical function in terms of structure, thermodynamics, and kinetics. |
|
Technical Writing & Communication in English |
Communication, Writing Skills, Technical Writing,Thesis statement |
The objective is to gather, interpret, and document information logically, efficiently, and ethically. |
|
Oscillations & Waves |
Oscillations, Free Oscillations, Waves, Velocity of Waves |
It helps to understand and describe simple harmonic motion (SHM), be able to derive the equations of motions for physical systems that undergo SHM and solve. |
|
Electricity and Magnetism |
Electric Circuits, Electric Field and Electric Potential, Dielectric Properties of Matter, Magnetic Field |
Helps to know the definition of an electric field, and understand the difference between electric field and electric force. |
|
Digital electronics |
Introduction to CRO, Analog Circuits, Digital Circuits, Shift registers |
The main objective is to obtain a basic level of Digital Electronics knowledge and set the stage to perform the analysis and design of complex digital electronic circuits.
|
|
Microprocessors & Computer Programming |
Intel 8085 Microprocessor Architecture, C & C++ Programming Languages, Control Statements, Arrays and Structures |
It helps to identify the basic elements and functions of contemporary microprocessors. |
|
Thermal Physics |
Thermodynamics, Kinetic Theory of Gases, Distribution of Velocities, Real gases |
It helps to apply the key concepts of thermal physics to a variety of thermodynamic systems such as engines, refrigerators and the atmosphere. |
|
Mathematics |
Sequences of Real Numbers, Functions of a Real Variable, Uniform Continuity, Mean-value Theorems |
It helps to apply the knowledge of Mathematics in Physical sciences and Engineering. |
|
Optics |
Geometrical Optics, Wave Optics, Interference, Diffraction |
|
|
Mathematics-II (Analysis & Statistics) |
Analysis: Sequences and Series, Uniform Convergence and Integration, Improper Integrals, Beta and Gamma Functions. Statistics: Random Variables, Discrete and Continuous Distribution, Statistical Inference, Sampling Distribution of Mean Variance |
It makes the students to be able to apply the knowledge on basic functions, differential and integral calculus, numerical methods and statistics. |
|
Numerical Analysis |
Errors and Iterative Methods, Matrices and Linear System of Equations, Interpolation, Curve Fitting, B-Splines and Approximation |
It helps to solve a differential equation using an appropriate numerical method. |
|
Quantum Mechanics |
Particles and Waves, Basic Postulates and Formalism, Applications of Schrödinger Wave Equation, Bound State Problems |
To gain a basic understanding of the formalism and 'language' of quantum mechanics and how it relates to linear algebra. |
|
Atomic and Molecular Physics |
Atoms in Electric and Magnetic Fields, Many electron atoms, Molecular Spectra, Lasers |
It provides with a comprehensive background to the tools of modern atomic physics. |
|
Electronic Devices |
Circuit Analysis, Semiconductor Diodes, Bipolar Junction transistors, Amplifiers. |
It helps to give the ability to understand different types of electronic devices. |
|
Electromagnetic Theory |
Maxwell’s Equations, Reflection and Refraction of Electromagnetic Waves, Polarization of Electromagnetic Waves, Wave Guides |
It helps to provide the basic skills required to understand, develop, and design various engineering applications involving electromagnetic fields. |
|
Statistical Physics |
Classical Statistics, Classical Theory of Radiation, Quantum Theory of Radiation, Bose-Einstein Statistics |
The objective is to develop an understanding of then statistical nature ofthe laws of thermodynamics. |
|
Solid State Physics |
Crystal Structure, Elementary Lattice Dynamics, Magnetic Properties of Matter, Electrical Properties of Materials |
It will provide a valuable theoretical introduction and an overview of the fundamental applications of the physics of solids. |
|
Nuclear & Particle Physics |
Radioactivity, Nuclear Reactions, Detectors of Nuclear Radiations, Elementary Particles |
To present an introductory account of nuclear physics and elementary particle physics with nuclear model. |
|
Mechanics and wave motion |
Inertial reference frame, Central forces, Simple harmonic motion, Phase and group velocity |
It provides a description of the motion of particles and introduces Newton’s dynamical laws and a number of important force laws. |
|
Kinetic theory and thermodynamics |
Ideal Gas, Liquefaction of gases, The laws of thermodynamics, Blackbody radiation. |
It describe relationship between energy, molecular speed, and temperature and to estimate the potential for thermo-mechanical energy conversion in aerospace power and propulsion systems. |
B.Sc. Physics: Career Prospects
After completing B.Sc Physics, students shall come across a lot of career opportunities, which can help them make a successful career in this field. Students are eligible for pursuing a number of courses, some of which are M.Sc Physics/Applied Physics, MBA, M.Phil Physics, M.Sc.+ Ph.D(Physics and Astrophysics) etc.
There are various fields in governmental as well as non-governmental sectors where students can get placed. B.Sc Physics has a wide array of jobs in Indian Forest Service, public sector banks,teaching field and much more. Railway Recruitment board also hire degree holders of B.Sc Physics.
Aerospace, engineering, manufacturing, oil and gas, telecommunication are some of the industries which have been proving to be booming sectors for B.Sc Physics degree holders.
Following is graph showing the salary trend of different job profiles withB.Sc Physics:
The following graph shows the average salary data offered by different companies to B.Sc. Physics graduates.
Mentioned below are some of the job profiles associated with the course along with their description.
|
Job profile |
Description |
|---|---|
|
Content developer |
Content developers write, review, analyze & finalize the content. |
|
Treasury Management Specialist |
Treasury Management Specialists are responsible for investment of surplus funds. |
|
Quality control manager |
Quality control manager is responsible for testing, quality, standards reporting, and laboratory analysis in Petroleum line. |
|
Statistician |
Statisticians lead a team of Statistical and Data Analysts in delivering Analytics requirements of the client. |
|
Radiologist |
Radiologists interpret and study medical images such as CT scan, ultrasound, MRI etc. |
|
Research Head |
Research Head supervises the research team and provides authentic data for carrying out research analysis. |
Course Fees
Course Duration
3 YearsTuition Fees
1 K1 Year Fees
3.28 KTotal Fees
8.66 KDetailed Fees
| Year | 1 | 2 | 3 |
|---|---|---|---|
| Total Year Wise fees | ₹3,280 | ₹2,915 | ₹2,470 |
| Total Fees | ₹3280 | ₹2915 | ₹2470 |
| Tuition fees | ₹1000 | ₹1000 | ₹1000 |
| other fee | ₹2280 | ₹1915 | ₹1470 |
Course Information
Course Description
Bachelor of Science in Physics, popularly known as B.Sc in Physics is an under-graduate program, the minimum eligibility for which is an intermediate 10+2 in Science with Physics, Chemistry, Mathematics/Biology and English as compulsory subjects. Physics is a natural science that involves study of matter and its motion through space, time along with similar concepts of energy or force.
The duration of B.Sc Physics is 3 years in most of the universities which is divided into 6 semesters. The course can also be pursued in distance learning mode for 6 years duration.Those universities that do not follow the semester system, have 3 terms which carry out examination in the end of each year.
Most of the colleges in India which offer B.Sc Physics provide direct admission to candidates on the basis of marks obtained in 10+2, which is determined by cut-off lists generated by each college. The student can seek admission if his marks match with the cut off announced by a college.
Some of the top colleges whihc provide admission to candidates in B.Sc. Physics are:
- St Stephen’s College, University of Delhi
- Loyola College, Chennai
- Christ University, Bangalore
- Fergusson College, Pune
- St. Xavier’s College, Kolkata
The average tuition fee charged for the course is around INR 30,000 and may vary according to the criteria of universities. After successful completion of this course, students can work as content developer, treasury management specialist, quality control manager, statistician etc. and the probable salaries offered to them is around INR 15,000.
B.Sc. Physics: Course Highlights
Mentioned below are some of the major highlights of the course.
| Course Level | Undergraduate |
| Duration | 3 years |
| Examination Type | Semester |
| Eligibility | 10+2 in Science stream from a recognized university |
| Admission Process | Merit based |
| Top Recruiting Areas | Aerospace, engineering, manufacturing, oil and gas, telecommunication and others such |
| Job Profiles | Content Developer, Treasury Management Specialist, Quality Control Manager, Statistician, Radiologist etc. |
| Course Fee | INR 30,000 |
| Average Starting Salary | INR 15,000 approx |
B.Sc. Physics: What is it about?
B.Sc. Physics is an under-graduate course of 3-year duration.The objective is to provide the students with foundation knowledge possible for a Science-based career. There is no such specialization in this course. Graduates from this course can find jobs in business, teaching, marketing, research.
It deals in developing creative thinking skills amongst the students and the power of imagination to enable graduates to work in research industry for broader academic application. It provides skills required to gather information from resources and to use them appropriately.
Students who are interested in learning fundamentals of Physics and understand mathematical concepts easily can opt for this course, and those who have an analytical approach towards problem solving arenas can also opt for B.Sc Physics.
Top Institutes offering B.Sc. Physics
Mentioned below are some of the top institutes offering B.Sc. Physics along with their location and average annual course fees.
| College Name | Location | Average Annual Fees in INR |
| Loyola College | Chennai | 48K |
| Christ University | Bangalore | 29.7K |
| Madras Christian College | Chennai | 19.3K |
| Stella Maris College | Chennai | 13.6K |
| Fergusson College | Pune | 12K |
| Presidency College | Chennai | 1.27K |
| St.Xavier’s College | Kolkata | 51.1K |
| St. Stephen’s College | New Delhi | 37.8K |
| Mount Carmel College | Bangalore | 51.9K |
IGNOU offers B.Sc Physics in distance learning mode for a minimum duration of 3 years and maximum duration of 6 years.
B.Sc. Physics Eligibility
Interested aspirants for the course are required to fulfil the below-mentioned eligibility criteria.
- 10+2 completed from a recognized educational board
- 10+2 must be completed in Science Stream
- Physics, Chemistry, Mathematics/Biology, English are compulsary
B.Sc. Physics: Admission Process
Admission process for B.Sc. Physics course is merit-based. Most of the colleges in India that offer B.Sc Physics provide direct admission to candidates on the basis of marks obtained in 10+2, which is determined by the cut-off lists generated by each college. Candidates can seek admission if his marks match with the cut off announced by a college.
However, some universities like Jamia Milia Islamia University conduct entrance test for admission to B.Sc/B.Sc(Hons.) Physics in which the following skills are tested:
Some universities like Annamalai University provide lateral entsry admission to 2nd year for which the candidates must have cleared 1st year with minimum 75% marks from a recognized university. Whereas, NIMS University, IGNOU, School of Open Learning are some institutions that offer distance learning for those who cannot attend full time classes.
B.Sc. Physics: Syllabus and Course Description
B.Sc. Physics course allows students to study five compulsory subjects which cover concepts of Physics including Mathematics, Chemistry. The delivery method includes classroom lectures, assessments, assignments, seminars, internships and practical sessions.Topics related to computer science and electronics are also included B.Sc Physics course.
Students are required to clear the core exams of each semester, each exam comprises of internal and external assessment, 75 and 25 marks respectively. Scores of viva and practicals are added at the end of each session.
B.Sc Physics syllabus is designed in a way that detailed study of all the elements in Physics with its practical implications is imparted to the aspiring B.Sc Physics graduates. Some of the subjects covered in this course are:
|
Subjects |
Topics |
Objective |
|---|---|---|
|
Mathematical physics |
Vector Calculus, Orthogonal Curvilinear Coordinates, Multiple Integrals, Some Special Integrals |
It develops the capacity to identify and evaluate a problem and define the important elements required for its solution. |
|
Mechanics |
Fundamentals of Dynamics, Rotational Dynamics, Gravitation and Central Force Motion, Elasticity |
It gives in-depth understanding of specialist bodies of knowledge within the engineering discipline. |
|
Chemistry |
Bonding, Organization of Solids, Weak Chemical Forces, Organic Chemistry |
The objective is to make students understand chemical function in terms of structure, thermodynamics, and kinetics. |
|
Technical Writing & Communication in English |
Communication, Writing Skills, Technical Writing,Thesis statement |
The objective is to gather, interpret, and document information logically, efficiently, and ethically. |
|
Oscillations & Waves |
Oscillations, Free Oscillations, Waves, Velocity of Waves |
It helps to understand and describe simple harmonic motion (SHM), be able to derive the equations of motions for physical systems that undergo SHM and solve. |
|
Electricity and Magnetism |
Electric Circuits, Electric Field and Electric Potential, Dielectric Properties of Matter, Magnetic Field |
Helps to know the definition of an electric field, and understand the difference between electric field and electric force. |
|
Digital electronics |
Introduction to CRO, Analog Circuits, Digital Circuits, Shift registers |
The main objective is to obtain a basic level of Digital Electronics knowledge and set the stage to perform the analysis and design of complex digital electronic circuits.
|
|
Microprocessors & Computer Programming |
Intel 8085 Microprocessor Architecture, C & C++ Programming Languages, Control Statements, Arrays and Structures |
It helps to identify the basic elements and functions of contemporary microprocessors. |
|
Thermal Physics |
Thermodynamics, Kinetic Theory of Gases, Distribution of Velocities, Real gases |
It helps to apply the key concepts of thermal physics to a variety of thermodynamic systems such as engines, refrigerators and the atmosphere. |
|
Mathematics |
Sequences of Real Numbers, Functions of a Real Variable, Uniform Continuity, Mean-value Theorems |
It helps to apply the knowledge of Mathematics in Physical sciences and Engineering. |
|
Optics |
Geometrical Optics, Wave Optics, Interference, Diffraction |
|
|
Mathematics-II (Analysis & Statistics) |
Analysis: Sequences and Series, Uniform Convergence and Integration, Improper Integrals, Beta and Gamma Functions. Statistics: Random Variables, Discrete and Continuous Distribution, Statistical Inference, Sampling Distribution of Mean Variance |
It makes the students to be able to apply the knowledge on basic functions, differential and integral calculus, numerical methods and statistics. |
|
Numerical Analysis |
Errors and Iterative Methods, Matrices and Linear System of Equations, Interpolation, Curve Fitting, B-Splines and Approximation |
It helps to solve a differential equation using an appropriate numerical method. |
|
Quantum Mechanics |
Particles and Waves, Basic Postulates and Formalism, Applications of Schrödinger Wave Equation, Bound State Problems |
To gain a basic understanding of the formalism and 'language' of quantum mechanics and how it relates to linear algebra. |
|
Atomic and Molecular Physics |
Atoms in Electric and Magnetic Fields, Many electron atoms, Molecular Spectra, Lasers |
It provides with a comprehensive background to the tools of modern atomic physics. |
|
Electronic Devices |
Circuit Analysis, Semiconductor Diodes, Bipolar Junction transistors, Amplifiers. |
It helps to give the ability to understand different types of electronic devices. |
|
Electromagnetic Theory |
Maxwell’s Equations, Reflection and Refraction of Electromagnetic Waves, Polarization of Electromagnetic Waves, Wave Guides |
It helps to provide the basic skills required to understand, develop, and design various engineering applications involving electromagnetic fields. |
|
Statistical Physics |
Classical Statistics, Classical Theory of Radiation, Quantum Theory of Radiation, Bose-Einstein Statistics |
The objective is to develop an understanding of then statistical nature ofthe laws of thermodynamics. |
|
Solid State Physics |
Crystal Structure, Elementary Lattice Dynamics, Magnetic Properties of Matter, Electrical Properties of Materials |
It will provide a valuable theoretical introduction and an overview of the fundamental applications of the physics of solids. |
|
Nuclear & Particle Physics |
Radioactivity, Nuclear Reactions, Detectors of Nuclear Radiations, Elementary Particles |
To present an introductory account of nuclear physics and elementary particle physics with nuclear model. |
|
Mechanics and wave motion |
Inertial reference frame, Central forces, Simple harmonic motion, Phase and group velocity |
It provides a description of the motion of particles and introduces Newton’s dynamical laws and a number of important force laws. |
|
Kinetic theory and thermodynamics |
Ideal Gas, Liquefaction of gases, The laws of thermodynamics, Blackbody radiation. |
It describe relationship between energy, molecular speed, and temperature and to estimate the potential for thermo-mechanical energy conversion in aerospace power and propulsion systems. |
B.Sc. Physics: Career Prospects
After completing B.Sc Physics, students shall come across a lot of career opportunities, which can help them make a successful career in this field. Students are eligible for pursuing a number of courses, some of which are M.Sc Physics/Applied Physics, MBA, M.Phil Physics, M.Sc.+ Ph.D(Physics and Astrophysics) etc.
There are various fields in governmental as well as non-governmental sectors where students can get placed. B.Sc Physics has a wide array of jobs in Indian Forest Service, public sector banks,teaching field and much more. Railway Recruitment board also hire degree holders of B.Sc Physics.
Aerospace, engineering, manufacturing, oil and gas, telecommunication are some of the industries which have been proving to be booming sectors for B.Sc Physics degree holders.
Following is graph showing the salary trend of different job profiles withB.Sc Physics:
The following graph shows the average salary data offered by different companies to B.Sc. Physics graduates.
Mentioned below are some of the job profiles associated with the course along with their description.
|
Job profile |
Description |
|---|---|
|
Content developer |
Content developers write, review, analyze & finalize the content. |
|
Treasury Management Specialist |
Treasury Management Specialists are responsible for investment of surplus funds. |
|
Quality control manager |
Quality control manager is responsible for testing, quality, standards reporting, and laboratory analysis in Petroleum line. |
|
Statistician |
Statisticians lead a team of Statistical and Data Analysts in delivering Analytics requirements of the client. |
|
Radiologist |
Radiologists interpret and study medical images such as CT scan, ultrasound, MRI etc. |
|
Research Head |
Research Head supervises the research team and provides authentic data for carrying out research analysis. |
Eligibility Criteria
Aspirants seeking admission to 3-year Full-time B.Sc Program should be passed (10+2) or High School Senior Secondary exam by the Central Board of Secondary Education (CBSE) or any equivalent exam conducted by any State Board or Equivalent.
Placement
| Top Companies |    .png?tr=h-50,w-100,c-force)   |
College Ranking
Ranking of Mahatma Gandhi University - [MGU]
Ask your question
Answered Questions
Mahatma Gandhi University - [MGU]: 4 answered questions
When it comes to leniency, MG University tops the list. The evaluation process here is quite liberal compared to other universities. You get multiple questions to choose from. It allows you to choose as many as 40 colleges at the time of allotment.
Kerala University, on the other hand, is well known for its harsh evaluation and unfriendly student policies. It believes in the orthodox methods of evaluation. Many times the exams are scheduled earlier than usual despite the syllabus still standing incomplete. Certain times a major percentage of students failed courses like BA (Hons) in English.
Calicut University has a major drawback of frequent postponement of exams and result declaration dates.
In the end, you must know that marks are not what defines your education. Your knowledge, teaching procedures, faculty, curricular activities, and general ambience of the university have a lot more to do with your education than any other things. If you are open to challenges then Kerala University is the best option for you.
Kerala University is comparably better than MG. It is better recognized in the industry. Other than this there are no such major differences between the two universities. The university offers decent academic sand placements. According to the recent highlights of Kerala University placements, students receive a median CTC of around INR 2.1 LPA.
You must apply in the prescribed format, including the Syllabus, Degree Certificate, and other required documents.
You must apply online to the University of Calicut.
-
Learn about the courses that have already been recognized as Equivalent.
-
Order granting Equivalence to all regular degree programs offered by state and central universities.
-
Read the instructions for submitting a proposal for an equivalency grant.
-
Complete the Application Form completely.
-
Complete the Online Equivalency Application.
These are the few simple steps that you need to follow.
Yes, Mahatma Gandhi University (MGU), Kottayam offers hostel accommodations to students. There are 6 hostels in total. The university offers separate accommodation for girls and boys. The hostel fee is INR 1900 per month. This amount includes the mess fees. The mess facilities are good. It offers hygienic and tasty food.
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