Nan Osborne
Learn more

Beacon People Analytics

People Analytic Dashboard on iPad

In the aviation industry, where downtime directly impacts revenue and customer satisfaction, efficient maintenance operations are crucial. This case study explores the design and implementation of the Mechanic On/Off feature for Beacon, focusing on streamlining communication between maintenance teams to reduce the 80% of time spent on coordination rather than repairs

The Challenge

Maintenance leaders in major airlines faced critical operational inefficiencies that impacted both business performance and customer satisfaction.

Limited Real-time Visibility
‍‍

Unable to track and monitor technician availability in real-time, leading to inefficient resource allocation and delayed response times

Manual Task Allocation
‍‍‍

Time-consuming manual processes for assigning tasks, resulting in potential mismatches between technician expertise and maintenance requirements

Extended Aircraft Downtime
‍‍

Increased operational costs and decreased customer satisfaction due to longer maintenance periods and flight delays

These challenges resulted in significant operational costs, reduced efficiency, and potential impact on airline reputation and customer loyalty.
Provider List UI
Limited visibility into technician expertise, workload, and availability results in inefficient team utilization, increased assignment risks, and time wasted on manual profile reviews.
Interface Limitations

⚠️ Basic list view shows only names and contact information
⚠️ No visual indicators of technician expertise or qualifications
⚠️ Missing current workload and availability status
⚠️ Team composition and skills not immediately visible
Business Impact

→ Managers struggle to quickly identify qualified technicians
→ Time wasted reviewing individual profiles
→ Risk of mismatched assignments
→ Inefficient team utilization
Team Resource Old UI
The original interface provided only basic profile cards with names and availability status, lacking crucial information about qualifications, performance metrics, and workload. Limited filtering options and no visualization of team capabilities made it difficult for managers to effectively allocate resources.
Poor Information Architecture

⚠️ Critical information spread across multiple views
⚠️ No unified view of technician capabilities
⚠️ Inefficient navigation between team members
⚠️ Limited filtering and search capabilities
Business Impact

→ Increased time to make assignment decisions
→ Higher cognitive load on managers
→ Reduced operational efficiency
→ Potential for overlooking available resources

Proposed Improvement

To address limitations in information architecture and availability management, I proposed a redesigned interface to enhance efficiency, reduce cognitive load, and improve decision-making. The new design unifies key data points, provides real-time insights, and incorporates advanced search and filtering to streamline task assignments and boost team utilization.
New Resources page
Redesigned team list view with enhanced data visibility, displaying key attributes such as roles, teams, homebase, and contact information. This unified layout minimizes navigation time and simplifies task assignment.
Mechanic Profile
Detailed member profile view offering comprehensive insights into workload, performance metrics, and job history. Real-time data on workload and frequent assignments enables managers to make informed decisions quickly.

Availability Management Improvements

Enhanced availability management with real-time tracking, shift schedule integration, and capacity forecasting for better workload balancing and resource planning.

Search & Filtering Enhancements

Upgraded search functionality with multi-criteria filters, expertise-based sorting, and smart location filtering to improve technician assignment efficiency and accuracy.

Leadership & Mentorship Challenges

Intern Development

  • Identified early that the intern needed additional support with design system implementation
  • Shifted from high-level guidance to hands-on pair working sessions
  • Created detailed checklists and review processes
  • Developed step-by-step documentation for design system principles
  • Successfully enabled intern to work independently on subsequent projects
Beacon Team meeting 2022
Design Annotation Ensure Design Accurate



Quality Assurance Management

  • Discovered design implementation discrepancies during initial design audit
  • Created comprehensive annotation documentation for engineering team
  • Developed systematic review process with engineers
  • Established clear communication channels for quick feedback and iterations

Design System Contribution

  • Delivered essential components including status indicators and data visualizations
  • Created comprehensive documentation of specifications and guidelines
  • Conducted regular sync meetings and technical reviews
  • Implemented iterative QA processes

New Design System Form Design

Impact and Results

Quantitative Improvements

  • 30% reduction in task assignment time
  • 20% decrease in average task completion time
  • Improved workload distribution across team
  • Reduced aircraft downtime

Qualitative Feedback

  • Higher user satisfaction among maintenance leaders
  • Improved team morale due to fair task distribution
  • Better visibility into performance metrics
  • Enhanced communication between teams

Business Impact

  • Significant operational cost savings
  • Improved resource utilization
  • Enhanced maintenance efficiency
  • Better customer satisfaction
Quotes
Leading the People Analytics initiative demonstrated how strategic design leadership, combined with hands-on execution, can transform complex operational challenges into measurable business outcomes. Through innovative research methods, adaptive mentorship, and rigorous quality assurance, we delivered a solution that not only met immediate needs but established new standards for efficiency and collaboration.
Use this form to describe your project
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.