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UI DESIGN

Param Renewable Energy

A People management tool for Solar and Wind farms

WORK

ABOUT

PLAYGROUND

RESUME

Now available to everyone

The definitive research tool for the modern investor.

See the big picture.

Monitor and analyze real-time market data. Fey always keeps you informed, enabling you to make better investment decisions.

Immerse yourself.

Dive into financials, estimates, and more. All meticulously sourced from the titans of the industry, packed within a beautiful interface.

Param Renewable Energy is a leading provider of operation and maintenance (O&M) solutions for renewable energy assets, specializing in solar and wind projects. They leverage advanced technologies and analytics to optimize performance, enhance asset lifespan, and ensure safety and compliance. With a focus on data-driven insights and innovative solutions, Param helps clients maximize returns on their renewable energy investments.

Role

UX/UI Designer

Timeframe

Feb 2024 - Ongoing

Team

2 Designers

Overview

I led the initial user research and UI design efforts for Param Renewable Energy management system. My responsibilities included conducting user research to gather valuable insights, defining the information architecture, and creating wireframes that laid the foundation for the tool. I developed interactive prototypes to visualize the user experience, which were then presented to a board of stakeholders.

This work was crucial in aligning the design with the company’s vision and ensuring the tool met both user and business needs.

Table of Contents

Highlight

Context

Research V1

Iteration V1

Research V2

Final Designs

Closer

01 Highlight ⬎

Landing Screen

CALENDAR VIEW SCREEN

TASK PLANNER SCREEN

Shift assignment SCREEN

Workorder detail screen

02 Context ⬎

Project Brief

Many countries are rapidly developing their own technologies and sending new missions into space especially around the Cislunar Regions, space between Earth and Moon. It’s important that policy makers are well informed about the underutilized areas and topics surrounding it as new policies are being created and enacted.

What is our challenge?

How might we showcase lunar orbit data sets for students and policy makers to understand orbit families and the lunar orbital regions that surround the Earth-Moon system?

How might we replace an outdated punch card system that compromised safety and caused inefficiencies. Our goal was to create a digital platform that would ensure secure access, streamline operations, and enhance overall asset management.