UX/UI of Structural Health Visualization and Analysis Tool

This project involves developing a web-based visualization and engineering analysis tool that evaluates structures against applied loads, strain, cracks, tilt measurements, and corrosion. The tool will allow stakeholders to visually interpret structural health data, ensuring informed decision-making through real-time analytics. The platform will provide downloadable, user-friendly reports that deliver actionable insights based on real-time sensor inputs. UX/UI Development for the Platform We are looking for UX/UI professionals or students specializing in user experience and interface design to enhance the usability and accessibility of our SHM platform. This initiative focuses on making the platform intuitive, aesthetically engaging, and efficient for stakeholders interacting with real-time structural data. Scope of UX/UI Work Participants will work on: User Research & Needs Assessment – Understanding user behavior, stakeholder needs, and pain points in navigating the SHM platform. Wireframing & Prototyping – Designing interactive wireframes and user flows for optimal data visualization and report generation. UI/UX Enhancement – Developing aesthetically appealing and functional interface designs for real-time data visualization. Interactivity & Accessibility – Improving user engagement through better data interaction, responsive layouts, and intuitive navigation. Integration with AI/ML Models – Ensuring seamless UI integration with AI-driven analytics and recommendation engines. Collaboration with Development Team – Working closely with engineers and product managers to implement UI/UX improvements effectively. Testing & Iteration – Conducting usability testing to refine designs based on stakeholder feedback. This UX/UI-focused initiative provides a unique opportunity to work on real-world engineering data visualization challenges , bridging technology, design, and infrastructure analytics into a seamless user experience. We look forward to collaborating with creative minds passionate about designing intuitive digital platforms for impactful decision-making in structural health monitoring.