BITS Pilani

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Courses Taught/Handling


Courses Taught/Handling in BITS-Pilani, KK Birla Goa Campus:
  • Mathematics-I (Calculus)
  • Mathematics-II (Linear Algebra and Complex Analysis)
  • Mathematics-III (Ordinary Differential Equation and Partial Differential Equations)
  • Numerical Analysis
  • Optimization
  • Nonlinear Optimization
  • Introduction to Functional Analysis
  • Ordinary Differential Equations
  • Partial Differential Equations
  • Numerical Solution of Ordinary Differential Equations

WILP Courses Handled:

  • Optimization

Projects (COP/SOP)

  • Numerical Analysis of Transient Response of a Chemical Reactor (Student: Nita Chandrasekhar).
  • A Computational Approach to Optimality Conditions in Mathematical Programming (Student: Raghav Tripathi).
  • Finite Element Analysis for One Dimensional Parabolic Equations (Student: P. Ravi Teja).
  • Improved Iterative Method for Solving Nonlinear Equations (Student: Venu Madhav Rao G.).
  • Numerical Approximation Based on Crank-Nicolson Scheme for Burger's Equation (Student: V. Sushank Reddy).
  • Numerical Solution to Nonlinear Partial Differential Equations (Student: M. L. Hari Prasad Raju).
  • Mathematical Finance Modeling and Risk Analysis (Student: Dnyanesh Abhay Deshpande).
  • Modeling and Analysis of Automotive Suspension Systems (Student: Bipin Kumar Singh).
  • Vibration Analysis Using Finite Element Method (Student: Lalit Mohan).
  • A Penalty Method for Solving Inverse Optimal Problems (Student: Durai Swamy Balachandar).
  • An Introduction to Mathematical Optimal Control Theory (Student: Aarthi M. Sundaram).
  • Convex Optimization in Engineering (Student: Subarna Kar).
  • Numerical Solutions for Partial Differential Equations Using MATLAB (Student: Kapil Sachdeva).
  • Identifying Facial Patterns Using Principle Component Analysis (Student: K. Narendra).
  • Facial Recognition by Dimensionality Reduction Using Eigen Values (Student: E. Sasidhar).
  • Non Linear Optimization and Its Applications (Student: Nitisha Nupur).
  • Study and Implementation of Simplex Type Algorithms for Solving Linear Programming Problems Using MATLAB (Student: Vipul Pandey).
  • Study and Implementation of Different Optimization Algorithms Using MATLAB (Student: Chirag R. Agarwal).
  • Implementation of Genetic Algorithm for Solution of Linear Programming Promples (Student: Sankalp Kulshrestha)
  • Solving Optimal Control Problems using Differential Equations (Student: Basant Sharma)
  • Implementation of Nonlinear Optimization Algorithms in Matlab (Student: Mundra Rahul Pannalal)
  • Control Theory (Student: Rajat Mishra)
  • Study of Finite Volume Method and Implementation of One Dimensional Heat Equation in MATLAB. (Student: Shreyas Rajagopal)
  • Finite Element Method and Its Applications to Boundary Value Problems (Student: K. Balaje)
  • Convex Optimization-Theory, Applications and Modeling in MATLAB with CVX (Student: M. Ramchandran)
  • Numerical Methods to Solve Ordinary Differential Equations (Student: Ranajoy Roy)
  • Optimal Control Theory and Its Applications in Epidemiological Models (Student: Ranajoy Roy)
  • Optimal Control Problems in Biological Models (Student: Aditya Gurjar)
  • Pseudospectral Optimal Control Theory and Implementation using DIDO (Student: Naman Agarwal)
  • Optimal Control Problems in Real Life Applications (Student: Aditya Gurjar)
  • Optimal Control Systems (Student: Meera Ramprasad)
  • Convex optimization methods for Low Rank Matrix Recovery(Student: Revanth Reddy)
  • Optimal control problems arising in biological models (Student: Meera Ramprasad)
  • Control Theory (Student: Dhruv Arora)

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