Industrial Management :

 Unit  I :
What is Operations Research? ORresearch model, solving the OR model, Queuing and simulation models, Art of modeling, Phases of OR study.
 Unit  II :
Introduction to Linear Programming:Two variable LP model, Graphical LP solution, Analysis of selected LP models.
 Unit  III :
The Simplex Method: LP solution space, Graphical to algebraic solution, The simplex method, Artificial starting solution, Special cases in simplex method applications.
 Unit  IV :
PTransportation Model and its Variants: Definition of transportation model, Nontraditional transportation models, Transportation algorithms, Assignment model
 Unit  V :
Network Models: Network definitions, Minimal spanning tree algorithm, CPM and PERT.
 Unit  V :
Network Models: Network definitions, Minimal spanning tree algorithm, CPM and PERT.
 Unit  V :
Network Models: Network definitions, Minimal spanning tree algorithm, CPM and PERT.
 Unit  V :
Network Models: Network definitions, Minimal spanning tree algorithm, CPM and PERT.
 Unit  VI :
Game Theory: Optimal solution of two persons zero sum games, Solution of mixed strategy games.
 Unit  VII :
Queuing Systems: Why study queues? Elements of queuing model, Pure birth and death model, Generalized Poisson queuing model, Single server models.
 Unit  VIII :
Introduction to Patents and Intellectual Propriety Right
 Unit  IX :
Introduction to Engineering Management:Engineering and ManagementHistorical Development of Engineering Management
 Unit  X :
Functions of Technology ManagementPlanning and Forecasting Decision Making Organizing Motivating and Leading Technical People Controlling
 Unit  XI :
Management ProjectsProject Planning and Acquisition Project Organization, Leadership, and Control
