Transforming planning and Stewardship for the entire corporation and unlocking more value out of the company’s data. Our track specifically is looking into modernizing,harmonizing,and streamlining thousands of home-grown dashboards into a curated suite of unified tools the entire corporation will use.
Data Visualization Tracker System
ExxonMobil
Energy
Project Lead
Product Owner
UX Lead
Power Bi Developers
ExxonMobil's 20 dashboards likely face challenges in data management, visualization, and decision-making, and causing inefficiency and poor communication across the corporation.
Design a user-friendly, data-driven dashboard to improve operational efficiency, safety, and decision-making for ExxonMobil.
Real-time monitoring of oil and gas production.
Enhanced safety compliance and incident reporting.
Improved equipment maintenance and predictive analytics.
Streamlined reporting for executives and field personnel.
A single home for all GBS planning, stewardship, and analytical dashboard needs. Cuts down on data manipulation, data governance issues, and business not talking the same language. Customers can spend more time getting value out of the data then “working” it.
Data Complexity: Handling large volumes of real-time data
Scalability: Handle increasing data volumes and user loads.
Cross-Platform Compatibility: Ensuring the dashboard works seamlessly on desktops, tablets, and smartphones.
Performance: Maintaining fast load times and smooth interactions despite large datasets.
The current system fails to meet diverse user needs due to a lack of role-specific customization and contextual insights. It lacks real-time data integration, and suffers from poor data visualization.
Additionally, limited accessibility across devices disrupts seamless access to critical information, reducing productivity and user satisfaction.
I ensure data accuracy and create customizable, role-based dashboards using insights from user personas, while interactive charts and mobile-first design provide seamless, responsive data visualization across devices.
I designed design system and then stewardship dashboards according to new design trend with improved user experienced to monitor oil and gas production, track equipment performance, and visualize real-time data for decision-making. Polaris’ vision statement – … standardize and streamline processes and data across ExxonMobil and enable modernization of our core systems. It is a critical part of our overall Corporate Strategy and transformation to capture the benefits of scale and integration, and to deliver industry-leading performance in efficiency, effectiveness, and the experience of our customers and employees.
The target audience for oil and gas dashboards is diverse, ranging from field technicians to executives. Each group has unique needs, goals, and pain points. Here’s a breakdown of the primary user groups:
I studied the oil and gas industry to understand its unique challenges, such as handling large datasets, real-time monitoring, and safety compliance.
I summarize the main requirements, such as real-time data visualization, predictive analytics, or integration with IoT devices.
I gathered insights from users (e.g., interviews, surveys, or observation) to identify pain points, such as difficulty in interpreting complex data or the need for quick access to critical metrics.
Oil and rig dashboards are critical tools for monitoring and managing operations in the oil and gas industry.
Problem: Inconsistent or unclear data visualization can make it difficult for users to interpret the data correctly.
Impact: Misinterpretation of data can lead to incorrect decisions and operational issues.
Problem: Complex or cluttered interfaces can make it difficult for users to navigate the dashboard efficiently.
Impact: Users may struggle to find the information they need, leading to frustration and decreased productivity.
Problem: Dashboards often display a vast amount of data, making it difficult for users to quickly identify key metrics or actionable insights.
Impact: Users may feel overwhelmed, leading to slower decision-making and potential oversight of critical issues.
Problem: Inaccurate or poor-quality data can be displayed on the dashboard, leading to incorrect conclusions.
Impact: Users may make poor decisions based on faulty data, potentially resulting in operational failures or safety incidents.
Problem: Delays in data updates can result in outdated information being displayed on the dashboard.
Impact: Users may make decisions based on stale data, which can lead to operational inefficiencies or safety risks.
Competitive analysis helps identify industry standards, best practices, and gaps in existing solutions.
Questionnaire that offers a quick, cost-effective yet accurate way to evaluate the usability of a website.
Testers: Users
A process where experts use rules of thumb to measure the usability of user interfaces in independent walkthroughs and report issues.
Testers: UX
This enables the interviewer to react to the participants’ statements in a flexible way, in order to learn as much as possible about their experience. Testers: Users
10-Question questionnaire that offers a quick, cost-effective yet accurate way to evaluate the usability of a website.
Testers: 1 user/session
Duration: 10 mins
Test category: completion of a survey form
What Was Done
Target Audience: Likely involved users who regularly interact with the dashboards (e.g., analysts, managers, executives).
SUS Survey: I asked users to complete the SUS questionnaire after using the dashboards.
Analysis
SUS score was 85 or higher: The dashboards were highly usable, and the initiative could be considered successful.
A method to identify usability issues in a user interface by evaluating its compliance with recognized usability principles (heuristics). Conducted by a small set of UX evaluators, it helps prioritize improvements in an iterative design process.
Testers: UX
Test category: evaluation from 10 aspects
An open discussion within a defined topic. This enables the interviewer to react to the participants’ statements in a flexible way, in order to learn as much as possible about their experience.
Tester: 2 tester / session
Duration: 30 – 60 min
Test category: task-based, open-discussion, User observation
Color roles describe the intention behind the color. For example, color roles are applied to buttons to differentiate between primary, secondary, warning, or dangerous actions. Use for default text and secondary UI elements, such as secondary buttons or navigation elements.
I create a design system for Exxon dashboards to ensure consistency, usability, and scalability. This system includes role-based templates, intuitive navigation, and responsive layouts to cater to diverse user needs.
I aim to enhance decision-making and user satisfaction. The design system also prioritizes accessibility, ensuring seamless performance across devices while maintaining a cohesive and user-friendly experience.
Typography involves font style, appearance, and structure, which aims to elicit certain emotions and convey specific messages. In short, typography is what brings the text to life.
A wireframe is a rough schematic created in the early stages of digital product design to help visualize and communicate the structure of a product or website.
User interface (UI) design is the process use to build interfaces in software or computerized devices, focusing on looks or style. Our aim to create interfaces which users find easy to use and pleasurable.
Prototyping is the process of developing an analog or digital draft of a design or product, allowing a developer to explore how the creation will function before making the final product. It provides a ways to test and explore the design without using too many resources.
I prioritized simplicity and ease of use, even for non-technical users.
I ensured the design is accessible to all users, including those with visual impairments (e.g., high-contrast mode, screen reader compatibility).
I conducted usability testing with real users to validate the design.
I get incorporated feedback to refine the design, such as improving navigation or adjusting the layout for better readability.
I summarize the dashboard improves efficiency, decision-making, or safety for users in the oil and gas industry.
We adding latest trends to improve user experience more effective, user-friendly, and aligned with the industry’s evolving needs.
The impact of the design was a significant improvement in user satisfaction and efficiency, as role-based dashboards and real-time data integration streamlined workflows for the design team, developer team, and business users.
Working on the Polaris dashboards was a valuable and rewarding experience. It allowed me to deeply understand how effective data visualization and intuitive user interfaces can transform complex operational data into meaningful insights.