Thesis Abstract

Abstract
Melon is a widely cultivated crop with various culinary and commercial applications. One of the key challenges in processing melon is the labor-intensive task of de-husking and separating the seeds from the pulp. This project aims to design a melon de-husking and separation machine to enhance the efficiency and productivity of the melon processing industry. The proposed machine will utilize mechanical principles to de-husk the melons and separate the seeds from the pulp. The design will incorporate features such as a conveyor belt system to transport the melons through the de-husking and separation processes, adjustable settings to accommodate different sizes of melons, and mechanisms for collecting the separated seeds and pulp into separate containers. The machine will be designed to be user-friendly and easy to operate, with safety features to prevent accidents during operation. The design will prioritize efficiency and reliability to ensure consistent performance in processing a large volume of melons. The project will involve the use of computer-aided design (CAD) software to create detailed 3D models of the machine components. Prototyping and testing will be conducted to validate the design and optimize the performance of the machine. The final design will be cost-effective and scalable for commercial production. The successful implementation of the melon de-husking and separation machine will offer significant benefits to melon farmers and processors. By automating the de-husking and separation processes, the machine will reduce labor costs and increase processing efficiency. This will lead to higher yields and improved quality of melon products, resulting in higher profits for stakeholders in the melon industry. Furthermore, the machine will contribute to reducing food waste by ensuring that a higher percentage of the melon fruit is utilized for commercial purposes. The efficient separation of seeds from the pulp will also facilitate seed collection and processing for various applications, such as oil extraction and seed propagation. In conclusion, the design of a melon de-husking and separation machine represents a significant advancement in the mechanization of melon processing. By streamlining the de-husking and seed separation processes, the machine will enhance the competitiveness and sustainability of the melon industry, benefiting both producers and consumers.

Thesis Overview

1.1             Introduction                                    

1.2             Description of the Design Melon                

1.3             Principles of Operation                    

1.4             Advantages                                                  

1.5             Objectives                                        

1.6             Scope                                                                      

1.7             Beneficiaries