M.Sc. Mathematics is a postgraduate programme of two years, subdivided into four semesters. The main objective of this course is to give first-hand knowledge in advanced applied mathematics and forefront research experience.
Top M.Sc. Mathematics colleges are:
The basic eligibility criteria set for M.Sc. Mathematics course is a Bachelor’s degree in any discipline with mathematics as the main subject, from any recognized university or board. The tuition fee for government college ranges from INR 30,000 to 50,000 while in private colleges fees range is INR 1 to 4 lacs
Students in this field can get work in the government sector, financial sector in private firms and Universities. Work profile can be of Actuarial professional, Teacher, Database Manager, and External Auditor. Average starting salary after doing this course can be around 4-5 lakh per annum and can go up after gaining some experience.
|Examination Type||Semester System|
|Eligibility||Graduate from a recognized University|
|Admission Process||Direct admission to colleges. However, some colleges may check student's skills in through an entrance test.|
|Course Fee||INR 30,000- 50,000|
|Average Starting Salary||INR 1-4 lacs|
|Top Recruiting Organizations'||Amrita Vishwaas Vidyapeetham, Modern Vidya Niketan, IIT Delhi, IIT ISM Dhanbad, BITS Pilani, Edudrive Education Services, SKUAST, Goodwill Solutions, ISI Kolkata, CIPET, Codfinity Technologies|
|Top Recruiting Areas'||Coaching Centers, Education Consultants, Education, Departments, Private Tuitions, software consultancies, Research and Development Agencies, Colleges|
|Top Job Profiles||Mathematics Specialist, Teacher/Professor, Quantitative Risk Analyst, Equity Quantitative Analyst, Interest Rate Trending Strategist, Quantitative Developer, Managing Editor, Assitant Manager (Maths)|
M.Sc. Mathematics makes sure to provide advanced research skills and provide in-depth knowledge of reasoning and problem-solving skills. It incorporates foundation of mathematical thinking and teaches both pure and applied mathematics to the core. Students will be taught core mathematical subjects which includes probability theory, theoretical computer science, algebra, number theory, algebraic geometry, global analysis, dynamical systems, differential equations and many more.
The duration of the entire M.Sc. Mathematics course is 2 years distributed as four semesters of 6 months each in institutes like Shree Guru Gobind Singh Tricentenary University Gurgaon, Shiv Nadar University, Gautam Budh Nagar, Baba Ghulam Shah Badshah University, Rajauri, Jaypee University of Engineering and Technology, Guna.
In Distance Mode of Education, the duration is minimum of 2 years andmaximum of 4 years. Some of the universities that offer M.Sc. Mathematics program in distance learning mode are Acharya Nagarjuna University, Guntur, NIMS University, Jaipur, Uttarakhand Open University, Nainital.
One can go for higher studies if they want to go in the research field by doing M.Phil./ Ph.D. in Mathematics. There are no. of science colleges in India that facilitates research programs, students can choose the college according to the availability of his/her subject in such colleges.
A mathematics student has the luxury to choose from more than 1500 science colleges that offer M.Sc. degree. Some of the top colleges that offer M.Sc. Mathematics are:
|Name of the Institute||City||Average fee (in INR)|
|The Oxford College of Science||Bangalore||40,000|
|Stella Maris College||Chennai||24,300|
|Ramjas College||New Delhi||11,100|
|Miranda House||New Delhi||14,200|
|Hansraj College||New Delhi||18,300|
|Loyola College||New Delhi||5,950|
|Madras Christian College||Chennai||14,600|
The eligibility criteria for M.Sc. Mathematics course in colleges like Christ University Bangalore, St Stephen's College New Delhi, Loyola College Chennai, Mount Carmel College Bangalore is graduation in any discipline with Mathematics and English as a main subjects with minimum 50% aggregate however institutes prefer students with a B.Sc. /B.E. /B.Tech. degree.
Usually the admission process starts in the month of March/April where the colleges announce the notification and application forms both online and offline.
Few universities takes admission in M.Sc. Mathematics courses through merit basis as well as through entrance test, like Delhi University reserves 50% of its seats for merit basis admissions.
Colleges like Loyola College, Chennai, IIT Kanpur, IIT Delhi conducts entrance test for taking admissions into M.Sc. Mathematics course. Students selected through entrance test would further have to go through a personal interview before final selection.
The entrance test consists of objective type questions and the syllabus for the same is usually from:
Various Universities provides lateral entry into the course but has eligibility criteria of having a graduation degree with mathematics as the main subject. One can apply to the universities and show them the documents, pay the fees as required by the college. Some of the institutes providing it are IIT Kanpur and IIT Delhi.
The curriculum of M.Sc. Mathematics includes projects, assignments, analyzing a large amount of numerical data and seminars. It also includes designing of surveys and experiments. The course structure includes the entire spectrum of mathematics from Real Analysis to Probability theory, that are studied during the span of 2 years.
The evaluation of a student in M.Sc. Mathematics course is through Internal Assessment and External Assessment.
The internal assessment comprises 20% of total marks depending on the institution which includes, class representation, assignments, projects, thesis and attendance.
Main written examination forms the rest of the portion of 80% where the student’s understanding of the concpets are tested.
The M.Sc. Mathematics syllabus consists of some core subjects and electives, at the end of each semester students has to submit an assignment which is the part of the internal assessment.The syllabus is made in such a way that it focuses deep into the analytics and methods to make a person function practically.
The subjects offered in amost all institutions are :
|Name of the Subject||Topics covered||Description|
|Real Analysis||Basic topology,sequences and series, continuity, The Lebesgue Integral, Simple and Step Functions, Lebesgue integral of step functions, Upper Functions, Lebesgue integral of upper functions.||It discusses metric spaces, set theory,different kinds of sequences like divergent or convergent.|
|Algebra||Permutations and combinations,Sylow theorems,groups of order p square, pq , polynomial rings, matrix rings||It teaches the various theorems and their applications, survey of some finite groups,and some basic concepts of rings.|
|Number Theory||Divisibility,Euclidean theorem, Euler’s theorem,Arithmetic functions, roots and indices.||It shows how to work with numbers, looking out at their divisibility, roots,quadratic forms and equations, remainder theorems.|
|Topology||Orer of topology, base for a topology, connected spaces,compact space of the real line, countability axioms,||It includes the basics of topology i.e. order, base, quotient topology,product and discussed the different axioms.|
|Probability Theory||Nature of data and methods of compilation, representation of data,measures of central tendency,measuring variability of data, tools of interpreting numerical data, like mean, median,quartiles, standard deviation,skewness and kurtosis and correlation analysis||It includes making and represention of histograms, frequency curve,frequency polygon.|
|Differential Geometry||Tensors,crves with torsion,envelopes and developable surfaces, involutes,tangent planes and funcdamental magnitudes.||It discusses binomial,circle of curvature.|
|Linear Programming||Convex sets,opened and closed half-spaces , sensitivity analysis,parametric programming, transportation problems.||It comprises of linear programming and its examples.|
|Complex Analysis||Geometric representation of numbers,complex valued functions,power series,trigonometric functions, Cauchy’s theorem for rectangle, in a disk and its general form.||It focuses on various trignomateric functions.|
|Geometry of Numbers||Lattices,Hermite’s theory on minima of positive definite quadratic forms.||It teaches basics of Lettices, Minkowskis’ Fundamental Theorem.|
|Elasticity||Analysis of strain, analysis of stress, Equations of Elasticity, Inverse and semi-inverse methods of solution, General Equations of the plane problems in polar co ordinates.||It discusses scalar invariants of a tensor of order two, basics of strains and it geometrical interpretation.|
|Vector Analysis||Scalar and vector point functions,Green’s and Stoke’s theorems, Curi-linear coordinates,the equation of motion and first integral.||It includes all the knowledge of vectors from theorems to their applications.|
|Field Theory||Fields,theorem of Galois theory,Cyclotomic extensions,Lagrange’s theorem on primitive elements, degree field extensions and all other forms and applications of fields, and solvability of polynomials by radicals||The course shows the characterization of fields.|
People who dig mathematics and wants to make a career out of it should pursue this course. If one has an analytical ability and can carry out complex activities with an applicative approach, can go for this course.
Masters of Science in Mathematics teaches applications of mathematical principles, so that students can adapt to collecting big data and analyse them using different tools and methods. It teaches presentation skills and can pursue financial mathematics to get on top levels of their careers.
Mathematicians never go out of demand and so they never suffer from salary fluctuations. A mathematician can earn an average salary of INR 2 to 3 lacs per annum, in the beginning of one’s career. The salary figure can go upto 20 lakh when one gets experince in the industry.
Some major Job avenues for M.Sc. Maths degree holders, along with their description and average salary, are:
|Job profile||Job Description||Average Salary (in INR)|
|Mathematics Specialist||Mathematics Specialist is responsible for the design, implementation, and analysis of mathematics assessments and for the facilitation of the school-wide math plan.||2 to 3 Lacs|
|Professor||Professor’s job is to teach a particular course, work and help students to improve their knowledge or career skills and also to develop an instructional plan (known as a course outline or syllabus). They also plan lessons and assignments for better assessment of the students.||8 to 9 Lacs|
|Quantitative Risk Analyst||Quantitative Risk Analyst uses quantitative methods to help organisations make financial decisions. A quantitative analyst can also work in an insurance company and help to develop pricing models and risk evaluation strategies.||5 to 6 Lacs|
|Equity Quantitative Analyst||Equity Quantitative Analyst’s job is to use quantitative methods to help companies make business and financial decisions. Investment banks, asset managers, hedge funds, private equity firms and insurance companies all employ quantitative analysts||1,017,365 per year|
|Quantitative Developer||A quantitative developer, a quant is a person who specializes in the application of mathematical and statistical methods such as numerical or quantitative techniques||6 to 7 Lacs|
|Interest Rate Trending Strategist||Interest Rate Trending Strategist is a financial professional who evaluates economic trends predict price moves in the foreign exchange market. They are more often than not often employed by a forex brokerage firm to perform research and analysis, and to form opinions regarding current and future currency price moves.||-|
Given below is the graph showing estimated salary figures for different job profiles on which a mathematics master can work on:
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