1

An ability to understand, analyze, and critically evaluate scientific problems.

2

An ability to design and conduct experiments to generate, analyze, and interpret data of a system and process.

3

An ability to model, simulate, and use techniques, skills, and modern scientific tools to solve real-life problems.

4

An ability to understand the impact of scientific solutions in a global, economic, environmental, and societal context.

5

An ability to adopt ethical practices in developing scientific solutions.

6

An ability of analytical skills in organizing data or studying patterns and making decisions.

7

An ability to adapt to changes and innovations in technology and products.

8

An ability to function individually as well as in multidisciplinary teams.

9

An ability to establish effective communication with leadership qualities within their profession and communities.

10

An ability to engage in lifelong learning by adapting knowledge of contemporary issues.

1

Develop new ideas based on the fundamental axioms in mathematics.

2

Prepare and motivate students for research studies in mathematics and other related fields.

3

Develop proficiency in the analysis of complex problems and apply mathematical techniques to solve them.

4

Criticize mathematical arguments developed by themselves or others.

5

Critically interpret data, write reports, and apply the basic rules of evidence.

6

Prepare for competitive exams such as NET, GATE, TIFR, IISC.

PO1:

Have a strong foundation in the fundamentals of basic as well as current scientific theories and their applications in real life.

PO2:

Equip with the skills to analyze problems, formulate a hypothesis, evaluate and validate results, and draw reasonable conclusions.

PO3:

Articulate ideas and strategies for addressing a research problem.

PO4:

Have proficiency in analytical reasoning, critical thinking, and problem solving, as applied to scientific problems.

PO5:

Effectively communicate research, through journal publications and conference presentations, to the community.

PO6:

Have skills to explore new areas of research in fields of science and technology.

PO7:

Have an ability to adopt ethical practices in developing scientific solutions for the key issues being faced by our society.

PO8:

Develop an ability to identify unsolved yet relevant problems in a specific field.

PO9:

Participate as a member of an interdisciplinary problem-solving team.

PO10:

Have an ability to develop innovative and cost-effective techniques and products.

PO11:

Commit to the professionals, legal, and social responsibilities of a researcher.

PO12:

Develop an ability to engage in life-long learning by adapting knowledge of contemporary issues.

1

Produce and defend an original contribution to knowledge through significant original research.

2

Demonstrate mastery of subject material in Mathematics through high-quality performance in coursework and assessments.

3

Be able to communicate mathematical ideas, results, context, and background effectively and professionally in written and oral forms.

1

Generate publications in reputed mathematical journals.

2

Provide scope for interaction with international researchers and developing collaborations.

3

Provide opportunities to research students for communication (and discussion) of advanced mathematical topics to undergraduate and graduate students.

4

Demonstrate the highest standard of ethics in research.