The three products needed to be unified into a single platform with refined design and functionality. This required a clear understanding of each product’s existing features and data, where they overlapped, and what users valued or struggled with in the current experiences. The brand identity also needed to be clearly represented and elevated through the design of the new product.

We defined key user types, their goals, and common pain points. This helped guide our design decisions in real user behavior and business objectives.

To better understand our users, we created detailed scenarios showing how each persona completes their tasks in real-life situations and the challenges they encounter.

I conducted an audit to identify overlaps, gaps, and redundancies between the three platforms. This informed decisions on what to keep, remove, or combine.

Using color-coded cards for each product feature, we organized and grouped content into logical categories to clarify structure and content relationships.

I designed a unified sitemap and navigation structure to ensure a logical flow, the right content nesting, and easy access to related information. I collaborated with product leads to define screen-level content and refine the information hierarchy.

While the three products shared a common brand, inconsistencies in color, typography, and layout created a fragmented experience that diluted the overall identity. I used this as an opportunity to unify and strengthen the visual identity. Building on the existing brand, I created the design to be tech-forward, innovative, and professional. The final look used minimal design, conservative dark blues, and vibrant brand accent colors for a modern, cohesive feel.

The initial comps were designed to establish a framework that made it easy for different user types to access the content they needed and navigate the platform through relative content linking. They also focused on enhancing the visual identity through modern styling, layout, and color choices. Additionally, these comps served as a reference point for discussing technical feasibility with the software team and gathering feedback for ongoing refinement.

The design evolved through multiple feedback loops with the product, and engineering teams. I continuously refined the design based on usability insights and technical feedback.

The result was a clean, intuitive, and scalable platform that unified previously disconnected experiences and branding into a single, streamlined interface.

Different users needed quick access to content relevant to their roles. The dashboard featured a prominent Recently Visited widget and configurable widgets, allowing users to tailor the dashboard to what they want and need to see for their job.

The navigation unified the high-level product content while making it easy to access nested items through features like recently visited pages, user-created folders, and favorited content. Hovering over a favorited or recently visited item displays a thumbnail preview, helping users quickly identify each item.

In addition to the navigation, users could view an extended list of their favorited or recently accessed items, making it even easier to access relevant content.

Users can access specific wells or rigs through a filtered table view. Content from the various platforms was consolidated, and all the related information for each well or rig is displayed through organized tabbed navigation, making it easy to explore everything associated with each entity.

I implemented quick view drawers that let users view or interact with content without navigating away from their current page or task. These could be expanded full-screen and link to more associated content.

Based on user feedback from one of the previous product’s features, I redesigned the well report feature to include more content options and a smoother process for adding and reviewing report elements.

Settings were designed to be clear and user-friendly, allowing users to easily manage their personal preferences, team settings, and organization-level configurations.