Operations Research Part-II

🎓 Course Title: Operations Research Part-II: Mastering Linear Programming, Queuing Theory & Simulation

Headline: Dive Deeper into the World of Operations Research with Expert Samanwita Bagg!

Course Overview:

Embark on a comprehensive journey through the advanced concepts in Operations Research with our expert instructor, Samanwita Bagg. This course is a continuation of our introductory Operations Research course and is designed to equip you with the knowledge and skills necessary to tackle complex real-world problems using Linear Programming (LPP), Queuing Theory, and Simulation techniques.

What You'll Learn:

📈 Assignment Model:

• Explore the fundamentals of Assignment Model theory and apply it to a variety of numericals, including Minimization, Iterative, Maximization, Unbalanced, Restriction on Assignment, and even the infamous Travelling Salesman Problem!

🚢 Transportation Model:

• Delve into the Transportation Model with an in-depth look at solution methods such as the Northwest Corner Cell Method, Least Cost Cell Method, Vogel's Approximation Method (VAM), and optimize solutions using the Modified Distribution (MODI) Method.

🎲 Monte Carlo Method of Simulation:

• Grasp the Monte Carlo simulation method and solve practical numericals to understand its applications in various fields.

🚫 Queuing Theory:

• Understand the dynamics of queues, learn to model real-world queue systems, and solve numerical problems to predict queue behavior under different conditions.

🔬 Duality in LPP:

• Explore the concept of Duality within Linear Programming and solve numericals to understand its importance and applications.

📝 Converting Primal to Standard Form:

• Learn how to convert your primal linear programming problem into a standard form, making it easier to apply various methods for optimal solutions.

🔄 Dual Simplex Method:

• Wrap up the course with an exploration of the Dual Simplex Method and its applications in solving linear programming problems.

Course Requirements:

To fully benefit from this course, a basic understanding of Mathematics and Management subjects is recommended. This will ensure that you can follow the advanced concepts discussed throughout the lectures.

Course Format:

This self-paced online course combines engaging video lectures with practical numericals, ensuring a comprehensive learning experience. Each topic is meticulously broken down for clarity and understanding, allowing learners to grasp complex concepts easily.

Happy Learning! Join us on this mathematical adventure in Operations Research and transform the way you approach problem-solving in various domains. With Samanwita Bagg's expert guidance, you're sure to master Linear Programming, Queuing Theory, and Simulation techniques by the end of this course. Enroll now and unlock your potential! 🚀🎉