Core Courses in Engineering Mathematics
Semester 1
GP115: Calculus I
Semester 2
GP116: Linear Algebra
Semester 3
EM211: Ordinary Differential Equations
EM213: Probability and Statistics
EM214: Discrete Mathematics
EM216: Differential Equations
Semester 4
EM212: Calculus II
EM215: Numerical Methods
EM217: Advanced Calculus
EM203: Numerical Methods in Chemical and Process Engineering
Semester 5
EM315: Numerical Methods for Civil Engineers
EM316: Numerical Methods for Electrical and Electronic Engineers
EM317: Computational Methods
Optional Courses in Engineering Mathematics
EM311: Mathematical Modeling
EM312: Fourier Analysis
EM502: Optimization
EM503: Graph Theory
EM504: Evolutionary Algorithms
EM505: Complex Analysis
EM506: Design of Algorithms
EM507: System Simulation
EM508: Symbolic Mathematics
EM509: Stochastic Processes
EM510: Decision Theory
EM511: Regression Analysis
EM512: Sampling Theory
EM514: Partial Differential Equations
EM515: Eigen Function Methods for Differential Equations
EM516: Advanced Engineering Dynamics
EM517: Nonlinear Dynamical System
EM519: Introduction to Finite Element Method
- Credits: 2
- Semester 7 or 8
- Pre-requisites: Core courses, Numerical Methods and the knowledge of Compter Programming (FORTRAN preferred)