Ph.D Mathematics

PhD Mathematics

The PhD in Mathematics at GITAM is a rigorous and intellectually stimulating programme designed for individuals passionate about advancing mathematical knowledge and contributing to cutting-edge research. The doctoral programme offers a deep dive into both theoretical and applied mathematics, equipping you with the skills necessary to address complex problems across various disciplines.

Throughout the programme, offered at our Bengaluru campus, you will engage in original research, working closely with esteemed faculty members who are leaders in their fields. The curriculum is tailored to foster critical thinking, creativity, and innovation, allowing you to explore the frontiers of mathematical theory and its applications in science, technology, finance, and more.

By the end of the programme, you will have developed a profound understanding of advanced mathematical concepts and methodologies, enabling you to make significant contributions to academia, industry, or government sectors as a highly skilled mathematician and researcher.

90Faculty with PhDs

500+Alumni

Eligibility

Applicants must possess a master's degree (MSc) in applied mathematics, mathematics, statistics, data science, physics, master of computer applications (MCA), or master of technology (MTech) or master of engineering (ME) in any branch of engineering from a recognised university.

Scope of the Programme

Pursuing a PhD in Mathematics opens up a world of opportunities across academia, research, and industry. As a doctoral graduate, you will be equipped with advanced skills in mathematical theory, research methodologies, and problem-solving, making you a valuable asset in various sectors.

The scope of a PhD in Mathematics is vast, with opportunities in academia as a professor or researcher, in industry as a lead mathematician, data scientist, or quantitative analyst, and in government and research institutions where advanced mathematical expertise is crucial. Your ability to tackle complex mathematical challenges will make you highly sought after in fields such as cryptography, financial modelling, operations research, and beyond.

With a PhD in Mathematics, you are not only advancing your own knowledge but also contributing to the broader scientific and technological advancements that drive progress in society.

Key Highlights

Application Domain Experience of Faculty

Fluid Dynamics
Algebra
Operations Research
Cryptography
Relativity & Cosmology
Circular Statistics

Infrastructure

Mathematical Computing Lab

Liberal Education Model

24 credits can be earned across different Schools:

Architecture
Business
Physiotherapy
Law
Engineering
Humanities

Industry & Academic Collaborations

Hetero Pharmaceuticals Ltd
Tata Institute of Fundamental Research, Mumbai
Harbin Institute of Technology, Shenzhen, China
IIT Kharagpur
NIT Jalandhar

Venture Development Course

Mandatory 2-credit venture development course
Transcending disciplinary boundaries
Hands-on learning
Innovative product creation with business potential

Syllabus

Our curriculum is meticulously designed and delivered by leading academic experts from renowned institutions such as the Indian Institute of Science (IISc), Tata Institute of Fundamental Research (TIFR), Indian Institutes of Technology (IITs), and other premier institutions.

Standard track course offerings

Linear Algebra
Algebra
Real Analysis
Numerical Methods
Number Theory
Mathematical Finance

Specialisation course bundles offered

Data Science
Big Data Analytics
Applied Statistics
Scientific Computing Using MATLAB
Machine Learning
Physics

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Career Options

A PhD in Mathematics positions you at the forefront of mathematical innovation and opens doors to a wealth of career opportunities. As a highly specialised mathematician, your expertise will be in great demand across various sectors. Whether your interest lies in academia, industry, or government, your advanced knowledge and research skills will set you apart.

Mathematicians with a PhD are sought after in fields such as cryptography, financial modelling, artificial intelligence, and operations research. The rise of big data and advanced algorithms has only heightened the demand for experts who can develop and implement sophisticated mathematical models. According to industry projections, the need for data science and analytical professionals is expected to grow by 11.3% by 2025, underscoring the value of advanced mathematical skills.

Are you prepared to take on leading roles in mathematical research, quantitative analysis, and strategic problem-solving?

Here are some exciting career paths to consider: