Mathematics

B. Sc. in Mathematics

Program Details

The B.Sc. (Hons.) Mathematics / B.Sc. (Hons.) Mathematics by Research at UPES School of Advanced Engineering (Applied Sciences Cluster) is a four-year undergraduate programme aligned with NEP 2020, offering academic flexibility, multidisciplinary learning and outcome-based progression. The programme runs across eight semesters (up to 20 credits per semester) with multiple entry and exit options—students may exit after 120 credits with an undergraduate degree, or complete 160 credits to earn either B.Sc. (Hons.) Mathematics or B.Sc. (Hons.) Mathematics by Research. The Research pathway includes research methodology, supervised research and a defended dissertation evaluated by an expert panel, and the four-year degree supports direct PhD entry (with coursework) in India and abroad, as per norms.

Pure Mathematics Focus: Designed for students drawn to abstraction, proof and theoretical depth, the Pure Mathematics specialisation builds the core structures underpinning advanced mathematics and allied disciplines. It emphasises axiomatic, proof-based learning and develops logical reasoning, rigour and mathematical maturity, preparing students strongly for higher study and research-led careers.

Program Highlights

  • NEP 2020-aligned four-year structure with multiple entry/exit options and lateral entry as per norms.
  • Two outcomes: B.Sc. (Hons.) Mathematics or B.Sc. (Hons.) Mathematics by Research (with defended dissertation).
  • Pure Mathematics pathway built around proof, abstraction and rigorous foundations.
  • Strong preparation for research degrees and academic careers through advanced theoretical progression.

Pure Mathematics is increasingly valued where deep theory drives real-world breakthroughs—especially in cryptography, cybersecurity and advanced algorithm design. Core areas such as abstract algebra, topology and functional analysis are gaining relevance in quantum computing and information theory, while pure mathematical frameworks continue to underpin interdisciplinary research across data science, physics and computer science. Globally, research-intensive institutions and think tanks continue to seek graduates with strong theoretical training and the ability to work with complex, abstract structures.

Typical pathways include:

  • Research Assistant / Junior Research Fellow (JRF)
  • Doctoral Research Scholar (PhD)
  • Assistant Professor / Lecturer
  • Postdoctoral Researcher
  • Mathematics Content Developer
  • Civil Services and other competitive examinations

Placements

Students typically progress into research and academia-oriented roles, higher studies (including PhD tracks), and knowledge-led careers that value proof-based reasoning and advanced theoretical capability, alongside competitive examinations and content/academic support roles.

Fee Structure

Click here for detailed Fee Structure.

Curriculum

Program Duration: 4 Years (8 Semesters)

Total Credits: 160

Structure: Core Courses +Minor+ Electives + Projects/Dissertation

Pedagogy: Lectures, Labs, Projects

Course TitleLTPC
Differential Calculus3014
Linear Algebra I3104
Abstract Algebra-Group Theory2002
Minor I4004
Environment Sustainability & Climate Change2002
Managing Self2002
Computational Techniques2002
,

Semester 2

Course TitleLTPC
Real Analysis I3104
Integral Calculus3104
Analytical Geometry3104
Minor-II4004
Environment Sustainability & Climate Change (Living Lab)0022
Time and Priority Management2002
,

Semester 3

Course TitleLTPC
Ordinary Differential Equation3014
Real Analysis II3104
Linear Algebra II3104
Skill Enhancement Course I (Elective)2002
Minor-III4004
Communication Skills (Oral)2002
Social Internship0000
,

Semester 4

Course TitleLTPC
Partial Differential Equations3014
Complex Analysis I3104
Abstract Algebra-Ring Theory3104
Skill Enhancement Course II (Elective)2002
Minor-IV4004
Communication Skills (Written)2002
,

Semester 5

Course TitleLTPC
Probability and Statistics3104
Number Theory3104
Minor-V4004
Working with People2002
Technologies of Future2002
Summer Internship0055
Scientific Communication1001
,

Semester 6

Course TitleLTPC
Mathematical Modelling3104
Numerical Analysis3014
Linear Programming3104
Minor-VI4004
Deepening Self2002
,

Semester 7

Course TitleLTPC
Vector Calculus2103
Discrete Mathematics3104
Elective I3104
Elective II3104
Minor-VII4004
,

Semester VIII - B.Sc. (Hons.) Mathematics 

Course TitleLTPC
Integral Equation & Calculus of Variation3104
Functional Analysis3003
Elective III3104
Minor-VIII4004
Dissertation0066

Semester VIII - B.Sc. (Hons.) Mathematics by Research

Course TitleLTPC
Elective III3104
Minor-VIII4004
Dissertation001313

Elective: Pure Mathematics

  • Real Analysis III
  • Metric Spaces
  • Advanced Abstract Algebra
  • Non-Linear Programming
  • Non-Linear ODEs & Systems
  • Integral Transforms
  • Complex Analysis II

Skill Enhancement Electives

  • Operating System: Linux
  • Introduction to R
  • Set Theory & Mathematical Logic
  • Mathematical Finance
  • Graph Theory
  • Introduction to MATLAB Programming
  • Latex and HTML
  • Introduction to Python

Eligibility

Students who wish to apply must satisfy the predetermined minimum eligibility requirements of minimum 50% marks in Classes X and XII (Any Board) with Mathematics.

Selection Criteria

The selection criteria for individuals are determined by their individual Board Merit followed by their performance in an interview/counselling. 

Minors

To opt the minors, please choose the minors from the bucket. Click here to know more.

Varied Specialisations to pick from

Data Science

Pure Mathematics

Link
Computational Mathematics

Applied Mathematics

Link