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MAHIX Portal Redesign

Overview

The MAHIX portal, originally designed in 2013, serves as a critical platform for accessing health insurance in Massachusetts. Over the years, the portal had become outdated, both in functionality and design. The user experience was cumbersome, particularly for key personas: end users, agents, and assisters. Moreover, the portal was non-compliant with modern accessibility standards, specifically Section 508.

In 2022, I undertook the challenge of redesigning the entire portal—from the home screen to the plan enrollment process. This two-year endeavor aimed to modernize the application, streamline workflows, and create an inclusive, user-friendly experience.

Challenges

Legacy Design and Code

  • The portal had not been updated since its inception, resulting in a complex, outdated interface with unnecessary steps in the registration and enrollment processes.

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Multiple Personas, Divergent Needs

  • Balancing the needs of three distinct user groups—end users, agents, and assisters—required a deep understanding of their workflows and pain points.

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Section 508 Compliance

  • Addressing accessibility for users with disabilities was a critical requirement and presented unique technical and design constraints.

Research & Strategy

User Research

  • I conducted extensive user interviews, contextual inquiries, and surveys to understand pain points and gather insights. The personas were mapped as follows:

    • End Users: Individuals looking for seamless insurance enrollment.

    • Agents: Professionals managing multiple client accounts.

    • Assisters: Support staff aiding users with limited technical expertise.

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Data Analysis

  • Through analytics and heuristic evaluation, I identified the most problematic steps in the user journey, such as overly long registration forms and unclear navigation paths.

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Accessibility Audit

  • A comprehensive Section 508 compliance audit highlighted major gaps, including issues with color contrast, keyboard navigation, and screen reader compatibility.

Design Process

Information Architecture (IA)

  • I restructured the portal’s navigation to create an intuitive IA, ensuring that all user groups could access key features within 2-3 clicks.

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Wireframes and Prototypes

  • Using Figma, I developed wireframes and interactive prototypes. Early usability testing sessions with diverse stakeholders validated design choices and uncovered further areas for improvement.

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Streamlining Processes

  • Registration and enrollment processes were redesigned to eliminate redundant steps, reducing completion time by 40%.

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Accessibility Enhancements​​

  • Optimized for keyboard-only navigation.

  • Enhanced color contrast and ensured WCAG AA standards.

Outcomes

Improved User Experience

  • Registration and enrollment processes are now faster and more intuitive, with user satisfaction scores improving by 35%.

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Compliance Achieved

  • The portal now fully complies with Section 508 standards, making it accessible to users with disabilities.

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Positive Feedback

  • Agents and assisters reported a significant improvement in efficiency, reducing support queries by 25%.

Key Takeaways

Empathy is Key

  • Understanding user pain points through research ensures that designs address real needs.

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Iterative Design Works

  • Prototyping and testing at each stage helped us stay aligned with user expectations.

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Accessibility Is Non-Negotiable

  • Making the portal accessible was challenging but immensely rewarding, as it opened the platform to all users.

Tools & Techniques

To ensure a seamless and user-focused redesign of the MAHIX portal, I leveraged a variety of tools and techniques across different stages of the project. Each played a crucial role in addressing challenges and delivering a high-quality, accessible product.

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Design

  1. Wireframing and Prototyping

    • Figma: Central to the entire design process. Created wireframes, mockups, and interactive prototypes for usability testing and stakeholder presentations.

    • Miro: Used for collaborative brainstorming sessions and journey mapping, especially during the ideation phase.

  2. Component Design

    • Figma Dev Mode: Streamlined the handoff process between design and development teams by providing precise design specifications and code snippets.

    • Design Systems: I created reusable components and design patterns to maintain consistency across the portal.

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Usability Testing

  1. Feedback Iterations

    • Continuous testing with actual end users, agents, and assisters during development ensured that designs were aligned with user expectations.

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Development Collaboration

  1. Developer Collaboration

    • Figma Dev Mode: Simplified communication between designers and developers, reducing iterations and ensuring pixel-perfect implementation.

    • MS Teams & Jira: Used for project management, bug tracking, and maintaining clear communication between teams.

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Project Management

  1. Planning Tools

    • Jira: Managed sprints, tasks, and progress tracking, ensuring the project stayed on schedule over two years.

    • Confluence: Documented design decisions, research insights, and meeting notes for easy reference.

© 2023 Ramesh Kumar Singamsetti

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