E-commerce for online medicine shopping

Teoh, Zi Qian (2024) E-commerce for online medicine shopping. Final Year Project, UTAR.

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Abstract

The project's main purpose is to develop an E-Commerce For Online Medicine Shopping and this project is for academic purposes. Students will get expertise and understanding in front and back-end website development and technology-related ECommerce information. The increasing availability of internet connectivity and the development of e-commerce platforms have revolutionized the way people shop. In recent years, there has been a significant increase in the number of online shoppers globally. The healthcare industry has not been left behind in this digital transformation, and there is a growing need for convenient access to medicines online. As such, this proposal aims to develop an e-commerce platform for online medicine shopping that will allow users to purchase their medications online. One of the primary advantages of this e-commerce platform is its capability to display different categories of products from various pharma companies in one place. The platform will provide a broad range of products, allowing users to choose from multiple options and easily locate the medicines they require. The platform will provide users with a comprehensive catalogue of medicines, allowing them to compare the prices and products from different pharmacies. Additionally, the platform will provide users with access to information about the products, including their composition, dosage, side effects, and other important information. The proposed e-commerce platform will be designed to offer a seamless shopping experience, from product search to checkout. The platform will be optimized for speed and convenience, providing users with an easy and trouble-free shopping experience. On the flip side, the prototyping model has been selected as the final methodology for this project to accomplish the intended outcome. The prototyping model is a Software Development Life Cycle (SDLC) model that involves creating, evaluating, and refining prototypes until the desired results are attained. Eventually, the proposed system will be subjected to testing by individuals who are willing to provide feedback and constructive criticism on the system's characteristics, user interfaces, and other relevant areas that necessitate further development. If any technical difficulties are discovered, the system will be rectified.

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