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Operations Management -

Introduction to Operations Management

-:- Introduction to Operations Management
-:- Historical Evolution of Operations Management
-:- Operations performance objectives - Introduction to Operations Management
-:- Role of Operations Management
-:- Roles and Responsibility of an Operations Manager
-:- Productions/Operations Management Problems
-:- The boundary of the operations system
-:- Process Planning - Introduction to Operations Management
-:- Efficiency of the production process - Introduction to Operations Management
-:- Plant Location - Introduction to Operations Management
-:- Need for the plant location analysis - Introduction to Operations Management
-:- Plant location analysis - Introduction to Operations Management
-:- Factors influencing Manufacturing Plant Location - Introduction to Operations Management
-:- Plant Layout - Introduction to Operations Management
-:- Objectives of a good plant layout - Introduction to Operations Management
-:- Principles of a good plant layout - Introduction to Operations Management
-:- Types of layout - Introduction to Operations Management
-:- Introduction to Production Planning - Introduction to Operations Management
-:- Objectives of Production Planning - Introduction to Operations Management
-:- Characteristics of a good production plan - Introduction to Operations Management
-:- Key factors of a production plan - Introduction to Operations Management
-:- Planning activities - Introduction to Operations Management
-:- Communicate the plan

Introduction to Operations Research

-:- Genesis of Operations Research - Introduction to Operations Research
-:- Definition and Features of Operations Research
-:- Phases of OR
-:- Limitations of Operations Research
-:- Linear Programming – Problem formulation [Mathematical Modeling]
-:- Introduction and Definition of Linear Programming – Problem Solving [GRAPHICAL METHOD]
-:- GRAPHICAL SOLUTION PROCEDURE OF LP PROBLEMS - Linear Programming – Problem Solving [GRAPHICAL METHOD]
-:- Some Special Cases of Graphical Solution Methods of Lp Problems - Linear Programming – Problem Solving [GRAPHICAL METHOD]
-:- Introduction and Definition of Linear Programming – Problem Solving [SIMPLEX METHOD]
-:- Simplex Algorithm - Linear Programming – Problem Solving [SIMPLEX METHOD]
-:- Properties of The Simplex Method - Linear Programming – Problem Solving [SIMPLEX METHOD]
-:- Big-M Method [Introduction]
-:- Duality – Introduction

Transportation Assignment Inventory Management

-:- Transportation Problem
-:- Mathematical Formulation of Transportation Problems
-:- Problem Formulation -Example - Transportation Problem
-:- Initial Basic Feasible Solution - Northwest Corner Method - Transportation Problem
-:- Initial Basic Feasible Solution - Matrix-Minima / Least Cost Method - Transportation Problem
-:- Initial Basic Feasible Solution – Vogel’s Approximation Method [Vam] - Transportation Problem
-:- Optimality Checking Of The Initial Basic Feasible Solution: Modi [Modified Distribution Method] Method - Transportation Problem
-:- Introduction of Assignment Problems
-:- Hungarian Algorithm - Assignment Problems
-:- Variations in Assignment Problem- Case 1: Maximization Models - Assignment Problems
-:- Variations in Assignment Problem- Case 2: Unbalanced Models - Assignment Problems
-:- Inventory Management – an Introduction
-:- Reasons for Holding Inventory - Inventory Management
-:- Types of Inventory - Inventory Management
-:- Terms associated with Inventory Management
-:- Model I - Determining Economic Order Quantities-Deterministic Models – Purchase Order Quantities without shortages
-:- Model 2 - Determining Economic Order Quantities-Deterministic Models – Purchase Order Quantities without shortages
-:- Model 3 - Determining Economic Order Quantities-Deterministic Models – Purchase Order Quantities without shortages
-:- Model 4 - Determining Economic Order Quantities-Deterministic Models – Purchase Order Quantities without shortages

Network Problems

-:- The Problem - Shortest Path Problem
-:- Solution For The Example Problem - Shortest Path Problem
-:- Minimum spanning tree algorithm
-:- Problem of Minimum Spanning Tree
-:- Key Concepts - Project Network
-:- Construction Of Project Network Diagrams - Project Network
-:- Introduction of Critical Path Method (CPM)
-:- Problem of Critical Path Method (CPM)
-:- Introduction of Pert
-:- Measure Of Certainty - Pert
-:- Determination of Project Completion Time in PERT
-:- NORMAL DISTRIBUTION TABLE - Pert
-:- Key concepts - Earliest And Latest Times
-:- Slack Of An Event and Slack Of An Activity - Earliest And Latest Times
-:- Procudure To Find The Earliest and Latest Expected Time Of An Event - Earliest And Latest Times
-:- Problem of Earliest And Latest Times
-:- The Meaning Of Crashing - Crashing Of A Project
-:- Problem of Crashing Of A Project

Game Theory Goal Programming Queuing Theory

-:- Introduction To Game Theory - Basic Concepts In Game Theory
-:- Definitions of game theory
-:- Assumptions for a Competitive Game - Basic Concepts In Game Theory
-:- Managerial Applications of the Theory of Games
-:- Key concepts in the Theory of Games
-:- Types of Games - Basic Concepts In Game Theory
-:- Definition of two-person zero sum game
-:- Assumptions for two-person zero sum game
-:- Problem of Two-Person Zero Sum Games
-:- 2 x 2 zero-sum game - Games With No Saddle Point
-:- Method of solution of a 2x2 zero-sum game without saddle point - Games With No Saddle Point
-:- The Principle Of Dominance
-:- Method of convex linear combination - The Principle Of Dominance
-:- Example of Graphical Solution Of A 2X2 Game With No Saddle Point
-:- Graphical solution - Graphical Solution Of A 2X2 Game With No Saddle Point
-:- Problem of Graphical Solution Of A 2X2 Game With No Saddle Point
-:- The concept and Approaches for 2 x n zero-sum game
-:- Graphical Solution - 2 X N Zero-Sum Games
-:- The concept and Approaches for m x 2 zero-sum game
-:- Graphical Solution - M X 2 Zero-Sum Games
-:- Linear programming technique - Linear Programming Approach To Game Theory
-:- Solve a game by simplex method - Linear Programming Approach To Game Theory
-:- Introduction to goal programming
-:- Formulation of Goal Programming Problems
-:- Introduction of Queueing Theory
-:- System Approach to a Queue - Queueing Theory
-:- Types of Waiting Line Models - Queueing Theory
-:- Model 2 : (M/M/C) : (GD/ ∞/ ∞ ) Model - Types of Waiting Line Models - Queueing Theory