Prototype Design and Embedded System
*Prerequisite to this paper is the PDF TITLED 00159347. KIRVA LENDER AND BORROWER.
*Directions and rubric are in PDF titled CS module 6 assignment and rubric.
* Weblink needed, as seen in directions: https://www(dot)kiva(dot)org/build/code-of-conduct
* https://espeo(dot)eu/blog/making-data-visualization-a-major-feature-of-your-next-app/
* I. information links to source information: https://design(dot)google/library/material-design-awards-2019/
*II. information links to source information: https://www(dot)ux-design-awards(dot)com/
*III. information links to source information:https://m2(dot)material(dot)io/design/usability/bidirectionality.html
* IV information links to source information: https://m2(dot)material(dot)io/design/platform-guidance/android-bars.html
Prototypes and Data
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Part 1
This section outlines the paper prototype design for the main screen of the embedded application. Screen 1 will comprise a login screen with various components. They include a login form, user name, password, forgot password link, and create an account button. The user interaction enables the user to enter login credentials and click forgot password link to reset a password. Furthermore, users can click on create an account to have a new one. Screen 2 will mainly have a loan request form with the following components; form, name, address, country, loan amount, loan terms, income, and employment history. In this category, there will also be credit history, other financial obligations, submit button, and a cancel button (Google, 2023).
Moreover, the user interaction will enable the client to fill in a form with the required information. They will also be able to click submit loan button to forward their requests. Furthermore, users can click the cancel button to cancel loan requests. Screen 3 will constitute repayment tracking with components such as a graph showing reimbursement progress and an overview of loan payments.
Part 2
The user will access the application's data by logging in to their account. Once logged in, they can access the loan request form to submit their request. The form will include all the data requirements for borrowers, such as the borrower's name, address, country, loan amount, terms, income, employment history, credit history, and other financial obligations. Upon submission, the user can track their loan repayment progress through a graph. This graph will allow the user to view an overview of their loan payments and provide insights into their repayment progress.
Furthermore, the embedded system should have a secure user authentication system, an intuitive user interface, and an easy-to-use loan application process (Google Designs, 2019). Lastly, the technology should also support tracking of loan ...