• Introduction to Operations Research
• Operations research
• Introduction and definitions
• Basic Terms
• Phases of OR
• Linear Programming- Introduction and Definitions

• Linear Programming and Applications
• Linear Programming Problems
• Introduction
• Formulation of LPP

• Linear Programming: Graphical Methods
• Solution of LPP
• Graphical Method

• Simplex Methods , Maximization Problems, Minimization Problems and Problems involving Artificial Variables
• Solution of LPP
• Simplex Method

• Concepts of Duality, Sensitivity Analysis
• Linear Programming Problems
• Primal- Dual Problems
• Concept of Sensitivity Analysis
• Concept of Integer Programming

• Transportation Problem, Transportation Algorithms, North West Corner Method (NWCM), Least Cost Method (LCM), Vogels Approximation Method ( VAM), MODI Method, Degeneracy in Transportation Problem
• Transportation problem
• Introduction
• Mathematical Formulation
• Methods to Find Initial Solution
• North West Corner Method
• Minimum Cost Method
• VAM
• Optimum Solution
• MODI method

• Assignment Problem, Solution Methods of Assignment Problem
• Assignment Problem
• Introduction
• Mathematical Formulation
• Solution
• Hungarian Method

• Network Analysis
• Network Model
• Network Analysis
• Introduction
• Definitions

• CPM, Time Estimation, Critical Path
• Network Model
• Critical Path Method
• Forward Pass and Backward Pass
• Critical Path, Critical Activities

• PERT
• Network Model
• PERT (Project Evaluation and Review Technique)

• Basic concepts of crashing
• Network model
• Crashing of project network

• Decision under Risk. Expected Money Value Criterion, Decision Trees, Decision Under Uncertainty, Minimax Criterion
• Decision Theory
• Decision Analysis Concept
• Types of Decision Making Environment
• Decision Making Under  Uncertainty
• Maxmin, Minmax, Maximax, Laplace and Hurvitz Alpha Criterion
•    Decision Making Under Risk Decision Trees
• EOL, EMV and EVPI Criterion

• Theory of Games
• Introduction
• Definitions
• Payoff, Zero sum Game, Maxmin and Minmax  Criteria, Saddlepoint etc.
• Solving Games
• Algebraic Method, Graphical Method and Dominance Method

• Queuing Theory – M/M/1/FIFO/oc Model
• Queuing Theory (Waiting Line Models)
• Queuing Theory Introduction
• Components of Queuing Model
• M/M/1: INF/FCFS Queuing Model
• Problems

• Simulation : Monte Carlo Method
• Simulation – Introduction and Definitions
• Types of  Simulations
• Monte Carlo Simulation
• Simulation Problems