Topic

No. of hours

Lecture

Tutorial/Practical

Modeling; Introduction to Optimization Models Linear programming: Formulations and graphical solution.(Part I).

5

3

2

Modeling; Introduction to Optimization Models Linear programming: Formulations and graphical solution. (Part II).

5

3

2

Modeling; Introduction to Optimization Models Linear programming: Formulations and graphical solution. (Part III),

5

3

2

Algebraic solution: the simplex method and dual-simplex method. Sensitivity analysis. Transportation and assignment problems(Part I).

5

3

2

Algebraic solution: the simplex method and dual-simplex method. Sensitivity analysis. Transportation and assignment problems(Part II).

5

3

2

Algebraic solution: the simplex method and dual-simplex method. Sensitivity analysis. Transportation and assignment problems(Part III).

5

3

2

Network models: transportation, assignment, matching(Part I).

5

3

2

Network models: transportation, assignment, matching(Part II).

5

3

2

Integer programming: cutting-plane algorithms, branch and bound method. (Part I).

5

3

2

Integer programming: cutting-plane algorithms, branch and bound method. (Part II).

5

3

2

Dynamic programming: Examples of the dynamic programming. Models and computations, solution of linear programs by dynamic programs.(Part I).

5

3

2

Dynamic programming: Examples of the dynamic programming. Models and computations, solution of linear programs by dynamic programs.(Part II).

5

3

2

Project scheduling by PERT-CPM. Methods(Part I).

5

3

2

Project scheduling by PERT-CPM. Methods(Part II).

5

3

2