What you'll learn:
- Various Techniques of Quantitative Techniques with their Practical Applications in Business and Day to Day Activities
- Various Techniques of Operation Research with their Practical Applications in courses like CA, CMA etc.
- Various Techniques of Optimization Techniques with their Practical Applications in courses like BCA, MCA etc.
- Various Techniques of Decision Science with their Practical Applications in courses like BBA, MBA etc.
In this Course, I will be covering entire Quantitative Techniques | Decision Science | Operation Research | Optimization Techniques. The topics which I am going to cover in this course are
1) Assignment Problems 2) Transportation Problems 3) Decision Theory 4) Game Theory 5) Queuing Theory 6) Linear Programming Problems (LPP) 7) Sequencing 8) Critical Path Method (CPM) 9) Project Evaluation & Review Technique (PERT) 10) Probability 11) Probability Distribution 12) Simulation 13) Markov Chain
Above topics cover "Hungarian Method, North-West Corner Method, Matrix Minima Method, Vogal Approximation Method, Monte Carlo Simulation Technique, Network Diagram, MODI Method, Stepping Stone Method, Principal of Dominance, Laplace Criteria, Maxmin Criteria, Minmax Criteria, Maxmax criteria, Hurwicz Alpha Criteria, Regret Criteria, Conditional Probability, Simple Probability, Binomial Distribution, Poissions Distribution, Normal Distribution, Least Cost Method, Solution of LPP, Formulation of LPP, Saddle Point Method etc"
This course is beneficial for MBA, BBA, MCA, BCA, CA, CMA, BTech, BE, BCom, Diploma Engineering etc streams. This course is also applicable for learning decision making skills in day to day life business activities.
This course will help in understanding the best techniques for finding optimum utilization of resources, optimum transportation schedule, optimum resource assignment schedule, optimum forecasting, optimum scheduling techniques, optimum sequencing schedule etc.
No any software required for this learning this course. Only the mindset of learning is required.
