The existing security clearance portal had an outdated interface, inefficient navigation, and redundant workflows that created bottlenecks in processing. Reviewers struggled to locate critical information quickly, leading to delays, errors, and frustration.

• Centralize tasks into a single, prioritized dashboard.
  
  

• Reduce application processing time by 15% or more.
  
  

• Improve navigation and search for faster information retrieval.
  
  

• Minimize user errors caused by unclear status indicators.

• Conducted stakeholder workshops to map current workflows.
  
  

• Performed user interviews and task analysis to uncover pain points.
  
  

• Designed low-fidelity prototypes for task prioritization and workflow improvements.
  
  

• Created an interactive high-fidelity prototype for testing.
  
  

Iterated designs based on user feedback with an emphasis on efficiency and clarity.

1. Research
   
   

   • Interviewed 4 clearance reviewers in various roles.
     
     

   • Conducted observational task analysis to identify inefficiencies.
     
     

   • Reviewed system analytics to find common error points and drop-offs.
     
     

2. Define
   
   

   • Created problem statements and user personas.
     
     

   • Identified primary user flows for processing applications and resolving flagged cases.
     
     

3. Ideate
   
   

   • Consolidated multiple workflows into a unified dashboard.
     
     

   • Designed visual indicators to flag urgent applications and track status in real-time.
     
     

4. Prototype
   
   

   • Developed low-fidelity wireframes to map out dashboard components.
     
     

   • Built an interactive high-fidelity prototype for usability testing.
     
     

5. Test
   
   

   • Conducted usability testing with clearance reviewers.
     
     

   • Addressed feedback by streamlining navigation and adding more intuitive search filters.
     
     

6. Deliver
   
   

   • Delivered annotated wireframes and prototypes to the development team.
     
     

Proposed a modular design for scalability in future updates.

• Automation of repetitive tasks was key to reducing bottlenecks.
  
  

• Reviewers valued real-time collaboration features for multi-user adjudications.
  
  

• Clear visual status indicators significantly reduced user confusion.

• Projected 30% reduction in case processing time.
  
  

• Anticipated decrease in navigation-related errors.
  
  

• Greater user satisfaction due to centralized, real-time workload management.

This project highlighted the importance of understanding highly specialized workflows before designing solutions. By embedding directly into users’ day-to-day processes, I was able to design a tool that felt tailored to their real working environment.