"Python-based data analytics and path-planning algorithms developed for agricultural and water resource management case studies."
# Module 3 Case Study: Tractor Traversal Algorithm
## 1. The Business Problem
The Ministry of Agriculture required a reliable, automated path-planning algorithm for tractor field coverage. The goal was to build a modular, composable Python framework to execute efficient serpentine (zigzag) field traversals while safely handling obstacles.
## 2. The Tech Stack
- **Language:** Core Python 3
- **Concepts:** Functional Decomposition, Control Flow, List Comprehensions, Modular Design
## 3. The Deliverable
### Case Study Screenshots & Evidence
## 4. The "So What?" (Business Impact)
By replacing a monolithic script with modular functions, field operations reduce unnecessary turning maneuvers, saving fuel. This flexible pipeline allows new field conditions to be integrated without rewriting core navigation logic.