MATHEMATICS
               -Empowering Minds through Mathematics

                                                 An Overview of the Department

1. Introduction
The Department of Mathematics was established in 1962 with the goal of fostering analytical thinking, problem-solving skills, and mathematical reasoning among students. The department is committed to providing a strong foundation in mathematics, equipping students with the knowledge required for higher education, research, and industry, and holistic student development, preparing young women to meet the challenges of a dynamic world with confidence and an environment of academic excellence.

Our vision is to inspire and empower students through quality education in mathematics, while our mission focuses on academic excellence, skill development, and innovation in teaching mathematics.

Vision
To empower students with strong mathematical foundations, critical thinking, and problem-solving skills, fostering academic excellence, innovation, and ethical responsibility to contribute meaningfully to society and address global challenges.

Mission
M1: To provide quality education in mathematics through a dynamic and multidisciplinary curriculum, promoting analytical thinking and research-oriented learning.
M2: To instill leadership and social responsibility by encouraging students to apply mathematical knowledge to real-world problems and community service.
M3: To cultivate an inclusive and collaborative learning environment that nurtures innovation, sustainability, and lifelong learning.
M4: To prepare students for different career opportunities and higher education through skill enhancement and value-based education.

2. Historical Background
The Department introduced the BSc Mathematics programme with Physics and Chemistry in 1962. Initially, faculty from Chennai supported the department, and in 1968, Sr. Susan, a former correspondent and provincial, joined as one of the first faculty members. Over the years, dedicated lecturers such as Ms. B. Koteswaramma (HoD, 1971-1998), Ms. Durga Subbayamma (1971-1989), and Ms. Leela Ratnam (1976-1990) played a significant role in shaping the department. Since 1998, Ms. G. Usha Kumari has been leading the department, ensuring its continuous growth.
To cater to evolving student interests and industry needs, the department introduced new programmes such as BSc Mathematics with Physics and Computer Science in 1991, BSc Mathematics, Statistics, and Computer Science, BA Mathematics, Economics and Statistics and MSc Mathematics in 2003, and BSc Mathematics with Electronics and Computer Science in 2007. With the introduction of autonomy in 2003, the department also offered innovative two interdisciplinary elective courses: Quantitative Aptitude and Analytical Skills and launched certificate courses like Arithmetic; Sets, Relations & Functions on MOODLE.

3. Academic Programmes
The department offers undergraduate programmes in Mathematics with interdisciplinary combinations, ensuring students gain a comprehensive understanding of both theoretical and applied mathematics. The courses offered in Mathematics include:
Core Courses: Differential Equations, Analytical Solid Geometry, Group Theory, Numerical Methods, Laplace Transforms, Special Functions, Ring Theory, Introduction to Real Analysis, Integral Transforms, Linear Algebra, and Vector Calculus.
Elective Courses: Functions of Complex Variables, Advanced Numerical Methods, Number Theory, and Mathematical Statistics which are skill enhancement courses.
Interdisciplinary Electives: Analytical Skills, a Skill Enhancement Course and Basic Mathematics, a Multidisciplinary Course.

4. Research
The department has well qualified, experienced and dedicated faculty members engaged in teaching, research, administration and curriculum development and they contribute to:

  • Research in Pure and Applied Mathematics.
  • Publications in reputed journals and conference proceedings.
  • Organizing and participating in national and international workshops, conferences, seminars, and FDPs.
  • Curriculum development to align with industry and research trends

5. Student Achievements & Activities
Students of the department have consistently excelled in academics, extracurricular activities, and competitive exams. Many students secure top ranks in university exams and pursue postgraduate studies at reputed institutions and quite a number of students secure jobs.
The department organizes quiz competitions, problem-solving sessions, student seminars and exhibitions of mathematical models, puzzles, and concepts. UG final year students undertake mini projects in applications of Mathematics for greater learning experience.

6. Facilities & Resources
The department provides a well-equipped learning environment with smart classrooms with ICT tools for interactive learning, access to online learning platforms and digital resources and a well-equipped library with reference books, textbooks, etc.

7. Industry & Community Engagement
The department actively collaborates with industries and research organizations through MoUs with institutions for research and skill development, guest lectures and workshops by industry experts, internship and training programmes in analytics and applications of mathematics, and community outreach programmes to promote mathematics awareness in schools.

8. Curriculum & Pedagogy
The department integrates innovative teaching methodologies to enhance student learning. Technology such as Google Classroom, Kahoot, Plickers, GeoGebra, Quizizz, Padlet, other Google Apps, and digital platforms are used extensively for interactive learning. The department promotes project-based learning such as assignments involving real-world applications of mathematics, and mini-projects. Hands-on activities, student seminars and peer teaching are integral parts of the assessment methodology. Equal weightage is given for all units of a course in exams to ensure holistic learning.

9. Future Plans
The department aims to 

  • Establish a Mathematics Lab with GeoGebra, Scilab, MATLAB, and Python-based tools for advanced problem-solving and research.
  • Use AI tools like WolframAlpha, Symbolab, Desmos and interactive platforms like Courseera for offering personalized learning, problem-solving assistance, and interactive visualisations.
  • Strengthen research collaborations with reputed institutions.
  • Organize national and international conferences and workshops.
  • Enhance ICT-enabled learning and digital resource accessibility.

FACULTY

Dr. Sr. Jasintha Quadras
Ms. G. Usha Kumari
Dr. Sr. Kulrekha Mudartha
Dr. C. Krishnaveni
Ms. V. Sudha Devi
Ms. S. Padmavathi
Sr. S. Asha
Ms. K. Tabitha