Company Description

A global, multidisciplinary organization dedicated to the elimination of road traffic injuries. This entity is the authoritative body behind a key injury severity classification system, a tool that is fundamental for various stakeholders across the globe.

Challenge

Problem

The Injury Classification System, essential for categorizing injury severity, was mainly accessible in traditional formats, such as books or PDFs. This restricted format not only limited its accessibility but also made it difficult for the company to monitor licensing distribution, potentially leading to unauthorized use.

Project Goals

  • Convert the Injury Classification System into a digital, searchable format.
  • Develop a licensing mechanism for the classification code.
  • Utilize the digital tool for training purposes.

Challenge

Problem

The Injury Classification System, essential for categorizing injury severity, was mainly accessible in traditional formats, such as books or PDFs. This restricted format not only limited its accessibility but also made it difficult for the company to monitor licensing distribution, potentially leading to unauthorized use.

Project Goals

  • Convert the Injury Classification System into a digital, searchable format.
  • Develop a licensing mechanism for the classification code.
  • Utilize the digital tool for training purposes.

Solution

To address the challenge of limited accessibility and potential unauthorized use of the Injury Classification System, a multifaceted digital solution was developed. This comprehensive digital version of the Injury Classification System was made accessible across mobile and web platforms, thereby significantly increasing its reach and usability.

Searchable Digital Format – The traditional formats (books, PDFs) of the Injury Classification System were meticulously converted into a searchable digital format. This not only made it more user-friendly but also ensured that the information was easily accessible across various devices.

Licensing Mechanism – A robust and secure licensing mechanism was developed to control the distribution of the classification code. This was crucial to prevent unauthorized use and ensure that only authorized personnel could access the system.

Training Tool – An interactive training tool was integrated into the digital platform. This tool was designed to facilitate efficient training on the classification system, thereby enhancing the overall utility of the system.

Innovations

The digital transformation enables seamless searching capabilities, ease of licensing, and the potential to be utilized as an effective training tool.

High-Level Architecture

Components

Components: Administration Portal, User Portal, Mobile App, Web-Based App, Web API for OEM Software Integration.

Interactions

Various users, including administrators and end-users, can interact with the system components based on their roles and permissions, ensuring smooth functionality and usability.

Core Technologies

  • Backend: .Net Core
  • Frontend: Flutter
  • Database: SQL.
  • Deployment: Azure
  • Integration: Rest API

Process

Team

The team consisted of a mix of UI/UX designers, mobile and web developers, and project managers. This multifaceted team worked in close collaboration with the client’s team members to bring the project’s vision to reality.

General Development

The development process utilized an agile methodology, incorporating regular sprint reviews and retrospectives to ensure alignment with the client’s requirements and to make timely adjustments as necessary.

Development Challenges

Challenges included ensuring the digital version’s fidelity to the details of the Injury Classification System, creating a robust licensing mechanism, and facilitating a comprehensive yet user-friendly search system.

Testing

Testing was a crucial part of the project’s success. It was conducted in iterative cycles to validate the solution’s functionality, responsiveness, and user experience, all supplemented by continuous feedback loops for enhancements.

Process

Team

The team consisted of a mix of UI/UX designers, mobile and web developers, and project managers. This multifaceted team worked in close collaboration with the client’s team members to bring the project’s vision to reality.

General Development

The development process utilized an agile methodology, incorporating regular sprint reviews and retrospectives to ensure alignment with the client’s requirements and to make timely adjustments as necessary.

Development Challenges

Challenges included ensuring the digital version’s fidelity to the details of the Injury Classification System, creating a robust licensing mechanism, and facilitating a comprehensive yet user-friendly search system.

Testing

Testing was a crucial part of the project’s success. It was conducted in iterative cycles to validate the solution’s functionality, responsiveness, and user experience, all supplemented by continuous feedback loops for enhancements.

Results

Results Overview

The Digital Injury Classification Tool marks a new era in injury classification. It offers a seamless digital experience for users and ensures that the client’s objectives are met efficiently.

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