Mathematics is indeed a potent instrument for promoting worldwide comprehension and facilitating effective communication, thereby averting disorder. By unravelling the complexities of the world, mathematics bestows upon us a profound understanding and serves as a formidable framework for fostering mental discipline. Through its principles, mathematics cultivates logical reasoning, critical thinking, creative ideation, abstract and spatial cognition, problem-solving prowess, and even the ability to communicate effectively. Furthermore, mathematics plays an indispensable role in comprehending various other branches of knowledge, as they all rely upon it in some form or another. Every science, art, or specialization hinges on the crucial presence of mathematics, for it serves as the pivotal gateway to their understanding. The degree of mastery and discipline achieved in any scientific or artistic pursuit is intrinsically linked to one’s proficiency in mathematics.

Objectives of The Programme

  1. Develop problem-solving skills: Mathematics aims to enhance problem-solving abilities by presenting students with various mathematical challenges. This objective encourages individuals to think critically, analyze problems, and devise logical strategies to arrive at solutions.
  2. Foster logical reasoning: Mathematics focuses on nurturing logical reasoning skills, enabling individuals to make coherent connections and draw valid conclusions based on mathematical principles and evidence. It helps individuals develop logical thinking and apply it to real-world scenarios.
  3. Promote quantitative literacy: Mathematics aims to cultivate quantitative literacy, equipping individuals with the ability to understand, interpret, and analyze numerical information. This objective helps individuals make informed decisions, assess data accurately, and communicate effectively in quantitative terms.
  4. Support abstract thinking: Mathematics facilitates the development of abstract thinking skills, allowing individuals to grasp complex concepts, identify patterns, and make generalizations. This objective enables individuals to apply abstract mathematical ideas to concrete situations, fostering a deeper understanding of the subject and enhancing problem-solving capabilities.

Programme Outcomes

  1. Mathematical Proficiency: Demonstrate a strong understanding of mathematical principles and concepts.
  2. Problem Solving Skills: Apply mathematical techniques to solve complex problems effectively.
  3. Analytical Thinking: Utilize logical reasoning and critical thinking skills to analyze mathematical situations.
  4. Mathematical Modelling: Construct and interpret mathematical models to represent real-world phenomena.
  5. Computational Competence: Utilize computational tools and software to perform mathematical calculations and simulations.
  6. Communication Skills: Effectively communicate mathematical ideas and solutions through oral and written formats.
  7. Mathematical Abstraction: Apply abstract mathematical concepts to solve practical problems and make connections.
  8. Lifelong Learning: Engage in continuous learning and stay updated with advances in mathematical knowledge.


B.A./B.Sc. with Mathematics (3 Years),Honours/Research (4 Years)


Studying B.A./B.Sc. Mathematics provides a comprehensive foundation in the field of mathematics, equipping students with analytical, problem-solving, and critical thinking skills. This program covers a wide range of mathematical topics, including calculus, algebra, geometry, statistics, and numerical analysis. Students delve into abstract concepts, proofs, and mathematical modeling, preparing them for various careers in academia, research, finance, data analysis, and more. With a focus on logical reasoning and quantitative analysis, a B.A./B.Sc. in Mathematics offers opportunities to explore the fundamental principles of the subject while developing versatile skills applicable across diverse industries in today’s data-driven world. Mathematics is usually described as the abstract science of number,
quantity and space along with their operations. The scope of Mathematics is
very broad, and it has a wide range
of applications in natural sciences, engineering, economics and social
sciences. B.A./B.Sc. & B.Sc. (Honours/Research) Mathematics Program aims at
developing the ability to think critically, logically and analytically and hence use mathematical
reasoning in everyday life. Pursuing a degree in mathematics will introduce the students to a number of
interesting and useful ideas in preparations for a number
of mathematics careers
in education, research,
government sector, business sector and industry.

The course lays a structured foundation of
Calculus, Real & Complex analysis, Abstract Algebra, Differential Equations (including Mathematical
Modelling), Number Theory, Graph Theory,  LaTex and C Programming exclusively for Mathematics.

The student will have to study 60 credits for major courses, and minimum 24 for minor courses. Ability enhancement courses, Skill enhancement courses for successful completion of the B.A./B.Sc. degree Program. Students must study the given courses however they have choice.
The courses are at par with the leading universities of India and abroad. The courses are divided into categories as major and minor course as per Choice of students from given courses and Skill enhancement course for Skill development and employability of students. Ability enhancement Course enhances the core ability of student.


B.Sc./B.A. Course Syllabus

B.Sc. (Hons)


Studying B.Sc. Honours Mathematics is an advanced program that delves deeper into the intricacies of mathematics, providing a rigorous and specialized education. It focuses on advanced topics such as real analysis, abstract algebra, complex analysis, topology, and differential equations. This program emphasizes theoretical understanding, proof-writing skills, and advanced problem-solving techniques. Students engage in research projects, seminars, and independent studies, honing their analytical and critical thinking abilities. B.Sc. Honours Mathematics prepares students for careers in academia, research, data science, cryptography, financial modeling, and other specialized fields that require advanced mathematical expertise. It provides a strong foundation for pursuing higher degrees in mathematics or related disciplines.
B.Sc. (Honours)  – Syllabus



Studying M.Sc. Mathematics is a postgraduate program that offers an in-depth exploration of advanced mathematical concepts and techniques. It focuses on specialized areas such as algebra, analysis, topology, geometry, and applied mathematics. Students engage in advanced coursework, research projects, and seminars, developing expertise in their chosen field of study. This program emphasizes advanced problem-solving, mathematical modeling, and abstract reasoning skills. Graduates of M.Sc. Mathematics are prepared for careers in academia, research institutions, industries requiring mathematical expertise, data science, finance, and more. It also serves as a stepping stone for pursuing a Ph.D. in Mathematics or related disciplines, opening doors to further research and academic opportunities.  syallabus


Academic and Job Prospects for Mathematician

  1. Research excellence: Mathematicians can contribute to groundbreaking research in various mathematical disciplines.
  2. Collaboration and networking: Opportunities to collaborate with renowned mathematicians and interdisciplinary researchers.
  3. Teaching and mentorship: Share mathematical knowledge and inspire future mathematicians as educators.
  4. Publication and conference participation: Present research findings and publish in prestigious academic journals.
  5. Data science and analytics: Apply mathematical skills to analyze and interpret complex data sets.
  6. Actuarial science: Assess risks and probabilities for insurance and financial industries.
  7. Financial modelling: Use mathematical models to analyze investments and predict market trends.
  8. Operations research: Optimize processes and efficiency in industries like logistics and supply chain management.
  9. Cryptography and Cybersecurity: Develop secure encryption algorithms and protect digital information.

Several esteemed institutes provide compelling employment prospects for aspiring Mathematicians.

Below are some notable examples:

  1. Tata Institute of Fundamental Research (TIFR)
  2. Indian Statistical Institute (ISI)
  3. Indian Institute of Science (IISc)
  4. Indian Institutes of Technology (IITs)
  5. Chennai Mathematical Institute (CMI)
  6. Harish-Chandra Research Institute (HRI)
  7. International Centre for Theoretical Sciences (ICTS)
  8. N. Bose National Centre for Basic Sciences
  9. National Board of Higher Mathematics
  10. Tata Institute of Funamental Research

Some of the main industries offering employment opportunities to Mathematicians are listed under:

  1. Finance and Banking
  2. Insurance
  3. Data Science and Analytics
  4. Research and Academia
  5. Aerospace and Defence
  6. Engineering and Manufacturing
  7. Pharmaceuticals and Healthcare
  8. Energy and Utilities
  9. Consulting and Management

Course Syllabus & Activities



As a mathematics student, I can confidently say that studying mathematics has been both challenging and rewarding. It requires a lot of hard work, dedication, and a love for problem-solving, but the feeling of finally understanding a difficult concept or solving a complex problem is incredibly satisfying.

Hukum Prajapat M.Sc. III Semester


The thing about mathematics is its universality. Mathematical concepts and theories apply to a wide range of fields, from physics to computer science to finance, making it an incredibly useful and versatile subject to study. Plus, with the rapid advancement of technology, there are constantly new areas of mathematics to explore and new applications to discover.

Rohit Choudhary B.Sc. (Honours) III Semester

I love most about studying mathematics is the precision and logic involved in the subject. Every theorem and proof must be carefully crafted and logically sound, leaving no room for ambiguity or interpretation. This kind of rigour and structure has helped me to develop my critical thinking skills and has taught me to approach problems in a methodical and logical way.

Rajjab Khan B.Sc. (Honours) III Semester

Skilled & Qualified