Ashoka University

What you'll study

The undergraduate Mathematics programme builds a strong foundation in pure and applied mathematics while allowing students to tailor their studies through electives and interdisciplinary courses. Early years emphasise core concepts and mathematical maturity; later years focus on specialised topics, research projects and applications.

• Core subjects: calculus and multivariable calculus, linear algebra, real analysis, complex analysis, ordinary and partial differential equations, abstract algebra (groups, rings, fields), and topology.
• Probability and statistics: probability theory, mathematical statistics, stochastic processes and statistical inference.
• Applied and computational mathematics: numerical analysis, scientific computing, optimisation, mathematical modelling and dynamical systems.
• Theoretical and interdisciplinary electives: mathematical logic and set theory, graph theory and combinatorics, information theory, cryptography, mathematical finance, mathematical biology and computational neuroscience.
• Capstone and research: a final-year project or honours thesis supervised by faculty, which may involve original research, extensive modelling, or a practicum with external partners.
• Teaching and learning format: courses combine lectures, small-group tutorials, problem classes and computer lab work. Students are encouraged to attend seminars, present at reading groups and engage in research collaborations across departments.

Entry requirements

Ashoka seeks applicants with a strong academic record and clear aptitude for mathematics. Typical applicants will have studied mathematics to an advanced level in their secondary education and demonstrate problem-solving skills and quantitative reasoning.

• Academic background: successful applicants usually present high scores in mathematics from their national or international school examinations (for example, A-level, IB, CBSE/State Boards or equivalent). Admissions assess the strength of maths preparation rather than a single prescribed syllabus.
• Standardised tests and assessments: Ashoka accepts a range of standardised qualifications and may consider scores from tests such as SAT/ACT or other internationally recognised examinations; specific test expectations vary by applicant and are considered alongside other materials.
• Application materials: a thoughtfully completed application form, personal statement describing interest in mathematics, letters of recommendation and evidence of extracurricular engagement or research experience where applicable.
• Interview and written assessment: shortlisted candidates are typically invited to an interview and may be required to take a written mathematics assessment or submit samples of mathematical work to demonstrate analytical ability.
• Language requirement: proficiency in English is expected; non-native speakers may need to provide evidence of English language ability through recognised tests or prior education in English.

Career prospects

Graduates with a Mathematics degree from Ashoka have versatile career options across many sectors. The programme equips students with rigorous analytical, modelling and communication skills valued by employers and postgraduate programmes.

• Academia and research: many graduates pursue postgraduate study (MSc/PhD) in mathematics, statistics, or related fields and go on to careers in research and higher education.
• Data science and analytics: roles in data science, machine learning, business analytics and quantitative research in tech companies, consultancies and startups.
• Finance and actuarial science: opportunities in investment banking, risk management, quantitative trading, and actuarial work in insurance and finance sectors.
• Technology and engineering: algorithm design, software development and roles that require strong quantitative modelling and computational skills.
• Public policy and applied domains: roles in government, policy research, environmental modelling, health analytics and interdisciplinary institutes where quantitative tools inform decision-making.

Why study at Ashoka University

Ashoka offers a liberal-arts environment that emphasises breadth alongside depth: mathematics students benefit from small class sizes, close faculty mentorship and the freedom to combine mathematics with humanities, social sciences or natural sciences. The emphasis on critical thinking, communication and interdisciplinary inquiry prepares graduates for both specialised technical careers and broad leadership roles.

• Faculty and research culture: mathematics faculty engage in active research across pure and applied areas and supervise undergraduate projects, providing opportunities for early research exposure.
• Interdisciplinary options: students can easily combine mathematics with economics, computer science, physics, biology or philosophy to build customised academic pathways.
• Learning resources: access to computing labs, library collections, seminars and regular colloquia connects students with current research and industry-relevant skills.
• Career support: Ashoka’s career services and alumni network help students explore internships, placements and postgraduate opportunities in India and internationally.