Enlitic

Incorporating AI to improve data management and image analysis, I oversaw the organization and development of a more manageable design system for a specialized platform designed for administrators and radiologists.

Design System

• Enhance the design system to accommodate the visualization of medical images such as X-rays and MRI scans, ensuring clarity and readability.
• Update design components to optimize contrast, resolution, and color accuracy for displaying medical images effectively.

• Conduct user research to understand the needs and workflows of healthcare professionals who will be accessing and analyzing X-rays and MRI scans.
• Create user personas and user journey maps to identify key tasks and prioritize features and functionality accordingly, with a focus on efficiency and accuracy in image interpretation.

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• Design a user interface that is optimized for viewing and analyzing medical images, with intuitive tools and controls for zooming, panning, and adjusting image parameters.
• Implement features for loading and displaying X-ray and MRI images quickly and efficiently, with support for high-resolution images and DICOM (Digital Imaging and Communications in Medicine) format compatibility.
• Provide tools for annotating and marking up images, measuring distances and angles, and comparing multiple images side by side for diagnostic purposes.

• Develop modules for managing X-ray and MRI images, including uploading new images, organizing images into patient records or cases, and retrieving images for analysis.
• Implement features for securely storing and accessing medical images, with robust access controls to ensure compliance with privacy regulations such as HIPAA.
• Enable healthcare professionals to view and analyze X-ray and MRI images seamlessly within the system, with integration with other patient data and electronic health records (EHR) if applicable.

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• Conduct usability testing with healthcare professionals to evaluate the effectiveness of the design and user interface elements for viewing and analyzing X-rays and MRI scans.
• Gather feedback on the visibility, clarity, and usability of the image viewing and analysis tools, and iterate on the design based on user testing results to improve efficiency and accuracy in image interpretation.

• Ensure that the design and user interface elements comply with accessibility standards for users with visual impairments or disabilities.
• Conduct accessibility audits and testing to identify and address any accessibility barriers related to viewing and analyzing medical images, and implement accessible design practices to enhance usability for all users.

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By focusing on modules for managing X-rays and MRI images within the design and development process, helped us create a user-friendly and efficient system that enhances diagnostic capabilities and improves patient care outcomes in healthcare settings.

• Establish a process for ongoing design iteration and improvement based on user feedback, usability testing results, and changing healthcare needs.
• Schedule regular design reviews and updates to incorporate new features, address usability issues, and maintain alignment with accessibility standards and the needs of healthcare professionals.
• Foster a culture of continuous improvement and collaboration among designers, developers, healthcare professionals, and stakeholders to ensure that the X-ray and MRI image management modules evolve and adapt to meet the needs of users effectively.

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