Bachelor of Science (B. Sc) in Mathematics
Mathematics, as a study of patterns, both practical and abstract, involves analytical thought, logical reasoning, problem solving skills, and precise communication. Because of its power and versatility, mathematics has often been called the “Queen of the Sciences.” There is no field of scientific inquiry that does not express itself through the language of mathematics.
Mathematics has its place in many industries and subjects. It impacts real world problems – as well as the solutions to those problems. From everyday tasks such as counting and shopping, to more detailed mathematical problems such as interpreting data, maths is applied everywhere.
Maths is all about problem solving. Not only will learn how to solve complex mathematical equations, but the skills one develops whilst working on mathematical functions will develop their problem-solving abilities in other ways, including:
- Pattern spotting
- Working backwards
- Visualizing
- Working systematically
- Using logical reasoning
Mathematics teaches skills that can be used or applied in many different work and personal situations. In this way, the skills one learns on a maths degree are skills that will be used throughout one’s life. Just some of the transferable skills that a maths degree can give includes:
- Data analysis
- Organisation
- Critical thinking
- Time management
- Communication
- Decision making
The kinds of analytical and logical thinking skills that one develops while studying mathematics are precisely the skills that recruiters look for in potential employees. An undergraduate degree in mathematics provides an excellent foundation for students who are interested in pursuing an advanced degree in mathematics or in a related specialized profession. Mathematics can also provide an excellent foundation for students considering professional degrees in such allied fields such as IT, Software, Accounting, Law, Business Administration, Medicine, Business Analytics, Finance, Public Service, etc.
RAAK Arts & Science College is offering a three years undergraduate degree program Bachelor of Science (B.Sc.) in Mathematics. The college is affiliated to Annamalai University, Annamalainagar, Chidambaram, India. The course is based on the syllabus (curriculum) prescribed by the University.
Curriculum Focus:
| Tamil-I | English Through Literature-II |
| Communicative English I | Real Analysis – I |
| Classical Algebra | Statics |
| Differential Calculus and Trigonometry | Linear Algebra |
| Tamil-II | Real Analysis – II |
| Communicative English II | Dynamics |
| Integral Calculus | Differential Equations |
| Analytical Geometry 3D | Vector Analysis |
| Tamil-III | Complex Analysis |
| English Through Literature-I | Operations Research |
| Abstract Algebra | Graph Theory |
| Tamil-IV |
Career Pathways:
| Statistician | Colleges |
| Actuary | Computer scientist |
| Accountant | Consultancies |
| Data Analyst | Economist |
| Financial Analyst | Government |
| Banks | Research firms |
| Finance | Algorithm Engineer |
| Mathematician | Career in banking |
| Operations research | Chartered accountant |
| Investment Analyst | IT firms |
| Teaching | Researcher |
| Coaching centers | Secondary school teacher |
Programme Outcomes (POs):
PO1: Fundamental Knowledge and Understanding: Demonstrate a thorough understanding of core mathematical concepts including algebra, calculus, differential equations, linear algebra, and discrete mathematics. Apply theoretical and computational methods to solve mathematical problems and interpret results within a variety of contexts.
PO2: Analytical and Problem-Solving Skills: Develop and employ appropriate mathematical models to analyze and solve complex problems in both abstract and applied settings. Use logical reasoning and critical thinking to identify, formulate, and solve problems using various mathematical techniques and tools.
PO3: Research and Application: Conduct mathematical research by exploring various mathematical literature and applying advanced techniques to solve research problems. Implement mathematical methods in practical scenarios such as in engineering, computer science, economics, or the natural sciences.
PO4: Quantitative and Computational Proficiency: Utilize computational tools and software effectively for mathematical modeling, data analysis, and simulations. Analyze and interpret quantitative data and use statistical methods to draw valid conclusions.
PO5: Communication and Collaboration: Communicate mathematical ideas and findings clearly and effectively in both written and oral forms to various audiences. Collaborate effectively with peers and professionals on mathematical projects and research, demonstrating teamwork and leadership skills.
PO6: Ethical and Professional Responsibility: Adhere to ethical standards and professional conduct in mathematical practice and research. Recognize and evaluate the broader impact of mathematical solutions on society and the environment, making informed decisions.
PO7: Lifelong Learning and Adaptability: Exhibit a commitment to lifelong learning and professional development by staying current with emerging mathematical theories, tools, and applications. Adapt to new challenges and evolving technological advancements in the field of mathematics and related disciplines.
PO8: Interdisciplinary Integration: Apply mathematical knowledge and skills to interdisciplinary fields, integrating concepts from areas such as physics, biology, economics, and engineering.
PO9: Ethical and Societal Awareness: Understand and evaluate the ethical implications of mathematical applications in real-world problems, considering societal impacts and responsibilities.
PO10: Advanced Mathematical Theory: Demonstrate a deep understanding of advanced topics in mathematics such as abstract algebra, real analysis, complex analysis, topology, or advanced calculus. Analyze and apply advanced mathematical theories to solve intricate and sophisticated problems.
PO11: Mathematical Proof and Justification: Construct rigorous mathematical proofs and justifications for theoretical propositions, theorems, and algorithms. Evaluate the validity of mathematical arguments and proofs, identifying and correcting logical errors.
PO12: Technology Integration: Employ modern technology and mathematical software to enhance problem-solving capabilities and streamline complex calculations. Stay proficient with emerging mathematical technologies and computational tools relevant to both academic research and industry applications.
PO13: Educational and Instructional Skills: Develop skills to effectively teach and explain mathematical concepts to diverse audiences, including peers, students, or non-specialists. Create educational materials and resources that support learning and comprehension in mathematics.
PO14: Mathematical Innovation: Demonstrate creativity and innovation in developing new mathematical theories, models, or solutions to contemporary problems. Contribute to the advancement of mathematical knowledge through original research or novel applications.
PO15: Interpersonal and Leadership Skills: Exhibit leadership and mentorship abilities in academic or professional settings, guiding teams or individuals in mathematical endeavors. Cultivate strong interpersonal skills, including conflict resolution and negotiation, in collaborative mathematical projects or academic settings.
Program Specific Outcomes (PSOs):
PSO1: Demonstrate a solid understanding of foundational topics in mathematics including calculus, linear algebra, differential equations, and discrete mathematics. Apply fundamental mathematical principles to solve problems in both pure and applied contexts, including areas such as real and complex analysis, abstract algebra, and number theory.
PSO2: Develop a professional portfolio that highlights mathematical skills, achievements, and practical experiences, and engage in continuous professional development.