About Department
Established in 2012, the Department of Mathematics offers an Integrated B.Sc. Mathematics program that blends foundational rigor with modern computational insights. With dedicated infrastructure including a well-equipped computer lab, Digital board and departmental library, the department fosters analytical thinking and hands-on learning. It actively integrates powerful software tools such as Mathematica, Sci-lab, and Python to enhance students’ technical proficiency. The department takes pride in organizing events that celebrate mathematical excellence and cultural relevance—such as National Mathematics Day, featuring interactive sessions, quizzes, and poster presentations that inspire curiosity and creativity. Committed to nurturing future-ready learners through innovation, mentorship, and a vibrant academic culture, the department stands as a hub of intellectual growth and collaborative exploration.
| Year of Establishment | Programmes |
|---|---|
|
2012 |
B.Sc. (3 Year Integrated Degree Course, Semester Pattern) |
|
Certificate course in Basic Python Programming |
Vision
To cultivate a vibrant academic environment that inspires excellence in mathematical learning, research, and innovation. The department envisions producing skilled, analytical, and technology-driven graduates by integrating modern computational tools and Cultivating critical thinking—empowering students to lead and contribute effectively in academia, industry, and societal development.
Mission
- To provide high-quality education in mathematics that blends theoretical knowledge with practical applications.
- To develop students’ analytical, logical, and computational skills through the use of advanced tools such as Mathematica, Scilab, and Python.
- To foster a research-oriented and innovative mindset through seminars, workshops, and collaborative projects.
- To prepare students for dynamic careers in academia, industry, and public service by instilling critical thinking, ethical values, and lifelong learning
Aim
To empower students with deep mathematical knowledge, strong analytical thinking, and modern computational skills, preparing them for advanced study, research, and professional careers in a technology-driven world.
Objectives
- To provide a strong foundation in pure and applied mathematics through a well-structured curriculum.
- To develop problem-solving and analytical skills necessary for mathematical modeling, research, and real-world applications.
- To promote the use of modern computational tools like Mathematica, Scilab, and Python in teaching and learning.
- To encourage innovation and creativity through student projects, seminars, and collaborative research.
- To prepare students for higher education and competitive examinations in mathematics and related disciplines.
- To inculcate ethical values, scientific temper, and lifelong learning habits among students.
- To engage students in interdisciplinary learning and research