Mathematics at Krea

Mathematics has been a fundamental domain of human thought, imagination, and creativity for thousands of years, across a variety of cultures. Today, mathematics also has applications in a large number of disciplines, including the physical, natural, and social sciences, engineering, data science, business, and finance. The Krea University mathematics major will serve as a comprehensive introduction to modern mathematical thought. It will also motivate an understanding of the direction, fundamental relevance, applicability, and social context of mathematics in the 21st century.

The increasing importance of abstract, algorithmic, and statistical techniques suggests that the relevance of mathematics will only grow. Krea mathematics majors will be introduced to these domains and their applications, both within the classroom and through real-world immersive experiences, and will therefore be excellently placed to develop further specific and broad competencies in these areas. Emerging fields such as data science and artificial intelligence increasingly impact many facets of human life: mathematics students at Krea will be exposed, through coursework and seminars, to the ethical implications that can arise out of technical mathematical work and consequent actions.

The Approach

A student majoring in mathematics at Krea will emerge with fluency in the language of mathematical and logical reasoning, and gain specific technical knowledge and understanding of a broad core of foundational content in areas such as calculus, algebra, analysis, probability, and differential equations. They will also have taken a number of more specialised courses from a basket of recommended electives: this will deepen their understanding of specific mathematical disciplines in line with their interests. The topics selected for these recommended elective courses provide a snapshot of the breadth and depth of modern mathematics. Upon completion of their degree, a Krea mathematics major will be able to appreciate some of the questions and themes that guide current research in mathematics, and recognise the nature of the subject as a creative technical discipline.

Krea mathematics majors will have the opportunity to study, through interdisciplinary coursework, how mathematics resonates and interacts with other academic areas. Students majoring in mathematics at Krea will develop an appreciation for the historical context of the field. Writing and communicating mathematical information coherently and precisely is an important skill, involving appropriately framing context and describing technical details: in an increasingly interconnected and technologically dependent world, it is also becoming important for technically and scientifically trained individuals to write effectively for a

non-technical audience. The mathematics major at Krea will strongly emphasise the importance of good writing technique, and students majoring in mathematics will be trained along these lines. Krea mathematics students, like their counterparts majoring in other disciplines, will write a capstone thesis in their final year: this will provide an opportunity to develop a comprehensive understanding of a specific topic of interest; allow a hands-on appreciation for the nature of mathematical research; and offer a chance to further hone communication skills through long-form specialised writing.

Programme Details

In order to earn a Mathematics Honours degree, a student must complete thirteen courses as well as a capstone thesis and earn 60 credits, out of which:

  1. 40 credits must be from the mathematics required courses (ten 4 credit courses)
  2. 6 credits coming from the mathematics affiliated required courses (two 2 credit courses, two 1 credit courses)
  3. 9 credits from mathematics elective courses.
  4. 8 credits from capstone thesis.

Minor: 

In order to earn a Minor in Mathematics, a student must earn 27 credits, out of which: 

  1. 24 credits coming from six mathematics required courses: 

Analysis 1; Discrete mathematics; Linear algebra 1; Analysis 2; Algebra 1; Probability.

2. 3 credits worth of courses, which can come from the following course baskets:

a. A required math course which is not one of the six courses mentioned in the previous point.

b. A course from the list of math electives.

c. These credits cannot come from any of the four affiliated mathematics courses (writing, computational methods, history, ethics).

Concentration: 

There are three concentration tracks in mathematics. You are required to successfully complete the following courses to earn a concentration in one of the below tracks. 

  1. Concentration 1: Analysis 1, Analysis 2, Probability
  2. Concentration 2: Discrete Mathematics, Linear Algebra 1, Algebra 1
  3. Concentration 3: Analysis 1, Linear Algebra 1, Analysis 2, Differential Equations
Required Courses Sample Electives
  1. Analysis 1: numbers, sequences, and series
  2. Discrete mathematics
  3. Linear Algebra 1
  4. Analysis 2: single-variable calculus
  5. Probability
  6. Algebra 1
  7. Differential equations
  8. Analysis 3: spaces of functions and metric spaces
  9. Linear algebra 2
  10. Analysis 4: multivariable calculus
Affiliated Required courses-
  1. Writing and communication in
    mathematics (2 credits)
  2. Computational methods in
    mathematics (2 credits)
  3. Mathematics: a social history of
    ideas (1 credit)
  4. Ethics in mathematics (1 credit)
  1. Algebra 3: groups, rings, and fields
  2. Analysis 5: complex analysis and
    Fourier series
  3. Geometry
  4. Mathematical logic
  5. Information theory and
    cryptography
  6. Discrete stochastic processes
  7. Dynamical systems
  8. Optimisation
  9. Applied probability and stochastic modelling
  10. Nonlinear dynamics
  11. Network models and methods
*All electives are 3 credits each.

Abuthahir Abdul Rahuman

Krea Postdoctoral Fellow, Division of Sciences

Abuthahir Abdul Rahuman

Krea Postdoctoral Fellow, Division of Sciences

PhD, Indian Institute of Technology – Madras

Anand Sahasranaman

Visiting Assistant Professor, Mathematics and Economics

Anand Sahasranaman

Visiting Assistant Professor, Mathematics and Economics

PhD, Imperial College London (Schrodinger Scholar)

Gaurav Raina

Chair – Research Council
Visiting Prof of Mathematics & Comp Sc

Gaurav Raina

Chair – Research Council
Visiting Prof of Mathematics & Comp Sc

PhD, Cambridge University (Srinivasa Ramanujan Scholar)

Rishi Vyas

Assistant Professor of Mathematics

Rishi Vyas

Assistant Professor of Mathematics

PhD, Cambridge University

The Krea mathematics graduate will go into a variety of future career paths encompassing both academia as well as employment in a wide range of sectors and industries, including, but certainly not limited to, government and public policy, technology, finance, data science, and consulting.
Job Roles Organizations
  • Actuary
  • Statistician
  • Data scientists
  • Data analyst
  • Operations research analyst
  • Digital Analytics
  • Insurance company
  • PE/VC firms
  • Quant Trading Firms
  • Mathematical modelling product
    firms
  • Data Analytics firm
  • Data department of an FMCG
    company
  • Operations Research