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Government College for Men

Accredited by NAAC • Affiliated to Yogi Vemana University • Kadapa, Andhra Pradesh

Autonomous NAAC B++ ISO 9001:2015
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Mathematics
At a Glance
1948
Established
3
Programs

POs, PSOs & Course Outcomes

  1. PO1: Mathematical Knowledge – Acquire a solid foundation in pure and applied mathematics, including calculus, algebra, analysis, and differential equations.
  2. PO2: Problem Solving & Logical Thinking – Develop strong analytical and logical reasoning skills to identify, model, and solve mathematical and computational problems.
  3. PO3: Computational Proficiency – Gain practical knowledge of programming (C, Java, Python) and computational tools for solving mathematical problems effectively.
  4. PO4: Application of Mathematics – Apply mathematical concepts to real-life situations, scientific investigations, and interdisciplinary areas such as data science and computer applications.
  5. PO5: Research & Innovation – Utilize mathematical and computational techniques to explore new ideas, analyze data, and contribute to research and development
  1. PSO1: Master Core Mathematics – Understand and apply fundamental concepts of calculus, differential equations, algebra, and analysis in problem-solving. Abstract Structures & Algorithms – Develop proficiency in group theory, ring theory, and linear algebra with applications in cryptography, coding theory, and computer algorithms.
  2. PSO2: Computational Skills – Apply programming knowledge (C, Java, Python) and database/web technologies for developing algorithms, simulations, and computational models. Applied Mathematical Modeling – Use mathematical and computational techniques to model and solve real-world problems in science, engineering, and industry.
  3. PSO3: Career & Higher Studies Readiness – Prepare for careers in education, IT, data science, finance, and research, and pursue higher studies in mathematics, computer science, or related disciplines.

  1. PO1: Foundational Knowledge: Acquire a strong understanding of core concepts in mathematics, physical sciences, and chemical sciences, applying these principles to solve real-world problems.
  2. PO2: Analytical Skills : Develop proficiency in solving differential equations, analytical solid geometry, and algebraic structures through group theory and ring theory.
  3. PO3: Advanced Techniques : Master advanced mathematical methods, including Laplace transforms, integral transforms, special functions, real analysis, linear algebra, and vector calculus.
  4. PO4: Specialized Knowledge : Gain expertise in complex variables, numerical methods, number theory, mathematical statistics, algebra, classical mechanics, discrete mathematics, topology, and cryptography.
  5. PO5: Practical Application : Apply mathematical theories in real-world settings through internships and apprenticeships, enhancing practical understanding.
  1. PSO1: Advanced Mathematical Proficiency: Develop advanced problem-solving skills by mastering complex mathematical concepts such as differential equations, group theory, ring theory, and numerical methods.
  2. PSO2: Analytical and Computational Skills: Enhance analytical and computational abilities, including the use of mathematical software and programming to model, analyze, and interpret data effectively.
  3. PSO3: Research and Practical Application: Engage in research and internships to apply mathematical theories in real-world contexts, fostering innovation and interdisciplinary collaboration.