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Transportation Model OMSM CMA Inter Gr-2 Operations Management Made Easy

11th Aug. 2025 at 7.00 P.M.
Transportation Model – OMSM | CMA Inter Group-2 | Full Guide
Welcome to We Make CMA – your trusted learning partner for CMA Inter Group 2 – Operations Management & Strategic Management (OMSM).

In this video, we will cover one of the most important topics for OMSM CMA Inter – the Transportation Model / Transportation Problem. Whether you are preparing for December 2025 attempt or future exams, this detailed explanation with step-by-step methods will help you master the topic.

🎯 What You Will Learn in This Video
In this lecture, we will go through:

Introduction to Transportation Problem

Meaning and definition

Importance in Operations Management

Real-life applications in supply chain & logistics

Key Concepts

Origin & Destination points

Supply and Demand constraints

Balanced vs Unbalanced Problems

Cost Matrix

Methods to Find Initial Basic Feasible Solution (IBFS)

North West Corner Method

Least Cost Method

Vogel’s Approximation Method (VAM)

Finding Optimal Solution

Stepping Stone Method

Modified Distribution Method (MODI)

Special Cases

Degeneracy in Transportation

Unbalanced Transportation Problem

Maximization problems

Shortcuts & Exam Tips

How to quickly set up cost tables

Common mistakes to avoid in exams

Time-saving tricks for MCQs & long questions

📘 Detailed Explanation of Transportation Problem
The Transportation Problem is a special type of Linear Programming Problem (LPP) that deals with the transportation of goods from several origins to several destinations in such a way that the total transportation cost is minimized while satisfying supply and demand constraints.

1️⃣ Origin and Destination
Origin (Source): Points from where goods are shipped (e.g., factories, warehouses)

Destination (Sink): Points where goods are required (e.g., retail stores, markets)

2️⃣ Supply and Demand Constraints
Each origin has a fixed amount of goods to supply.

Each destination has a fixed demand.

The problem is balanced if total supply = total demand.

If not balanced, dummy rows/columns are added to make it balanced.

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