PERT - Project Evaluation Review and Technique in Project Management || Operations research

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Here is the video tutorial about PERT (Program Evaluation and Review Techniques) under Project management in Operations Research. In this video we have done one illustration problem on which how to (i) construct the Project network (ii) Find the expected duration and variance of each activity (iii) Find the critical path and expected project completion time (iv) what is the probability of completing the project on or before some weeks. for this information we have work out the problem in simple manner, hope this will help you to get the subject knowledge at the end. if you like this please like, comment, share and subscribe.

To download Standard normal distribution table use this link.

To watch CPM :

To watch more tutorials, use the below links.
[PlayList Operation research video collections]

1, Transportation problem [VAM | Northwest corner | Least cost Method]:

2, Unbalanced transportation problem[VAM | Northwest corner | Least cost Method]:

3, Transportation problem [ Modi method | UV method with optimal solution] :

4, Degeneracy in transportation [UV | Modi Method] :

5, LPP using simplex method [Easy steps to solve simplex problem]:

6, LPP using Dual simplex method :

7, LPP using TWO PHASE method:

8, LPP using BIG M method:

9, [1] LPP using Graphical method [Maximization with 2 constraints]:

10, [2] LPP using Graphical method [Minimization with 3 constraints]:

11, CPM - Critical path method | Project evaluation technique :

12, PERT - Project evaluation review technique :

13, Crashing of project network [with two critical paths]:

14, [1] Assignment problem using Hungerian method:

15, [2] Assignment problem Hungeraian method [DIAGONAL RULE]:

16, [1] Game theory [Pure & Mixed strategy]:

17, [2] Game theory [Dominance property - Pure and mixed strategy]:

18, [3] Game theory [Graphical method [ 2 X N ] Game:

19, [4] Game theory [Graphical method [ M X 2 ] Game:

20, [1] Transshipment problem [Source and destinations acting as transient nodes]:

If you want more subjects, please visit PlayList in my channel:

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