#39 Simulation models- Part 3- Numerical

#38 Simulation models- Part 2- Numerical

#37 Simulation models- Part 1- Basic concept

#42 Queuing (waiting lime) models - Part 2 - Numerical

#40 Simulation models- Part 4 - Numerical and basic concept of queuing (waiting lime) models

#41 Queuing (waiting lime) models - Part 1 - Numerical and basic concept

#35 Replacement Models Part 5- Group replacement problems

#34 Replacement Models Part 4- Individual replacement contd. and basics of group replacement

#32 Replacement Models Part 2- Basic concepts Problems related to industrial scenario

#36 Replacement Models Part 5- Group replacement problems contd.

#33 Replacement Models Part 3- Individual replacement- Problems related to industrial scenario

#31 Replacement Models Part 1- Basic concepts and industrial scenario

#30 Project management Part 8- Project cost analysis- Numerical

#29 Project management Part 7- CPM network construction and analysis- problems continued

#28 Project management Part 6- PERT network construction and analysis- additional problems continued

#27 Project management Part 5- PERT network construction and analysis- additional problems

#26 Project management Part 4- PERT network construction and analysis

#25 Project management Part 3- PERT and CPM -Network construction, critical path and PERT analysis

#24 Project management Part 2- PERT and CPM -Network Logic and fundamentals

#23 Project management Part 1- PERT and CPM -Introduction and Basic concept

#22 Dynamic Programming Part 4- Additional Numericals continued

#21 Dynamic Programming Part 3- Additional Numericals

#20 Dynamic Programming Part 2- Principle and Numerical

#19 Dynamic Programming Part 1- Basic concept and terminology

#18 Transportation models Part 4- Modified Distribution (MODI) method, optimizing objective function

#17 Transportation models Part 3- Modified Distribution (MODI) method

#16 Transportation models Part 2- Minimization type objective function

#15 Transportation models Part 1- basic concept and structure of transportation models

#14 Assignment models Part 5- Unbalanced assignment problem

#13 Assignment models Part 4- Solution to the assignment problem

#11 Assignment models Part 2- Hungarian method-Minimization type objective function

#12 Assignment models Part 3- Complete solution of Assignment problem (balanced type)

#10 Assignment models Part 1- basic concept and structure of assignment models

#9Simplex method, Big M method (Analytical Method) -Part 4- Linear programming problems

#8 Simplex method, Big M method (Analytical Method) -Part 3- Linear programming problems

#7 Simplex method, Big M method (Analytical Method) -Part 2- Linear programming problems

#6 Simplex method, Big M method (Analytical Method) -Part 1- Linear programming problems

#5 Graphical solution to Linear Programming Problems- Complex problems

#4 Graphical method to solve Linear Programming Problem

#3 Linear Programming Model Formulation- Problems with all constraints (single/mixed)

#2 Linear programming Model Formulation from database.

#1 Introduction to ORT and linear programming.