Industry

Highway Logistics

Client

Vara Group,India

Preventive Maintenance Application Design

My Team

Arindam R (Project Manager) Vivek V(Software Developer)

Tools

Figma Slack Google Meet

Timeline

12-15 weeks (From Conception to Deployement)

Streamlining Highways and Toll Station Efficiency: Transforming Device Maintenance with Real-Time Web Solutions

Brief

In response to a client's initial request, we set out to design a web application to facilitate device maintenance at highway toll stations. This solution was aimed at engineers responsible for monitoring and servicing toll exchange hardware, providing them with a tool to manage tasks directly on their mobile devices.

My Role

As the lead UX designer, I was charged with the end-to-end design of the application, ensuring it supported engineers throughout their maintenance journey. The app journey I designed also enabled real-time reporting and managerial approval, streamlining communications between field engineers and managers.

Problems

Engineers faced a slow, manual process. They took photos and filled out maintenance forms on their computers, only after returning from toll stations. Then, they sent these forms to their managers by email. If there were any issues, the engineers had to go back to fix them. This took a lot of time and made it hard to keep track of maintenance across different regions of India.

Research insights

To deeply understand the challenges, I conducted interviews with engineers and their managers, utilizing Google Meet for discussions and Excel for data organization. The insights gathered were synthesized into a PowerPoint presentation, highlighting user personas that reflected the users’ needs and challenges to showcase to clients. This organized data was instrumental in informing our stakeholder meetings and shaping the direction of our solution.

Ideation and Concept Development

In the ideation phase, leveraging Crazy-8 brainstorming, I aligned the goals derived from user personas with a feature list that addressed their primary needs. I created different distinct versions of each screen, focusing on critical functionalities such as stakeholder authentication, CRUD operations, real-time image uploads, form completion, managerial approvals, and comprehensive reporting and analytics. These versions were iteratively refined through ideation tests to ensure they met the requirements effectively.

Prototyping for Efficiency

During the prototyping phase, I used Figma to craft high-fidelity mock-ups, focusing on a comprehensive dashboard that allows managers to perform essential operations. The design facilitated the creation and management of locations and devices, and the assignment and approval of engineering work. For engineers, we developed a responsive web application to overcome budget constraints to make dedicated mobile app and ensure accessibility across devices. This approach not only optimized development resources but also delivered a seamless user experience irrespective of screen size.

Reflecting on the project, the user interviews were pivotal. They illuminated the enginner's and their managers' real struggles, allowing me to tailor features that directly addressed their pain points. I learned the power of empathy in design—how understanding the daily workflow of engineers and managers can lead to meaningful solutions.

This experience sharpened my skills in creating responsive web applications that serve diverse needs while adhering to budget constraints. If I were to approach this project again, I'd delve even deeper into user behaviors to enhance functionality, potentially integrating more user feedback sessions to refine the features continually.

2024 © Yatish.in

2024 © Yatish.in

2024 © Yatish.in