Week 1: - Introduction to operations research: elementary concepts and objectives, applications of operations research in decision making.
- Linear programming problem - mathematical formulation of the linear programming problem
Week 2: Linear programming problem – problem formulation and graphical solution
Week 3: Linear programming problem - Simplex method, concept of simplex tableau, its working principles
Week 4: Linear programming problem - mixed constraints, duality theory, the Primal-vs- Dual solutions, revised simplex method
Week 5: Linear programming problem - Sensitivity Analysis
Week 6: Linear programming problem - Case studies and software application
Week 7: Multi-objective Goal programming – basic concepts, problem formulation and solution
Week 8: Transportation problem - definition and mathematical formulation, initial basic feasible solution
Week 9: Transportation problem - optimal solution and case study example
Week 10: Assignment problem - definition and mathematical formulation, initial basic feasible solution, optimal solution
Week 11: Project planning and network analysis - introduction and basic definitions in Network Analysis, rules for drawing Network Analysis, Critical Path Method (CPM),
Week 12: Project planning and network analysis - Critical Path Method (CPM), Project Evaluation and Review Technique (PERT)
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