1296 27 7123 4 39593 document 7123 building-risk-management-dashboard.zip application/zip cc144017177151127ba0a78246b20b6a MD5 826292 2025-05-22 12:16:00 http://edata.bham.ac.uk/1296/1/building-risk-management-dashboard.zip 1296 1 1 application/zip archive restricted other

building-risk-management-dashboard.zip

full_archive This software is provided for internal research and development use by Imfuna Ltd and the research team only. Redistribution or commercial use outside these entities is prohibited without written permission. contractual_ip archive 654 disk0/00/00/12/96 2025-05-30 14:52:56 2025-05-30 15:20:11 2025-05-30 14:52:56 data_collection show Liu Lixu l.liu.9@bham.ac.uk; lixu@verdemetrix.com 0009-0008-8011-496X Sponsor Kneppers Jax jax@imfuna.com ProjectLeader Gorse Christopher c.a.gorse@lboro.ac.uk ProjectManager Beierholm Amy a.k.beierholm@bham.ac.uk ProjectManager Rogers Christopher c.d.f.rogers@bham.ac.uk 0000-0002-1693-1999 ProjectMember Palmer Mark mark@imfuna.com ProjectMember Furnea Ionut ionut@imfuna.com ResearchGroup Blay Karen k.b.blay@lboro.ac.uk ResearchGroup Goodier Chris c.i.goodier@lboro.ac.uk School of Architecture, Building and Civil Engineering Loughborough University Imfuna Ltd 10col_ephy building risk, risk management, dashboard, real-time monitoring, fire safety, security, HVAC, access control, data visualization, C-DICE, University of Birmingham, IMFUNA, built environment This dashboard was developed as part of the C-DICE (Centre for Postdoctoral Development in Infrastructure, Cities and Energy) industrial secondment, in collaboration with the University of Birmingham and the RAAC team at Loughborough University, and funded by IMFUNA Ltd. The project aims to provide an innovative, user-friendly tool for monitoring, visualizing, and managing risks in building environments, supporting both operational staff and decision-makers in ensuring safety and compliance. The dashboard’s design emphasizes clarity, real-time awareness, and modularity, making it suitable for adaptation to a variety of building types and risk profiles. Comprehensive documentation is provided in the README, detailing setup, usage, and the project’s context within academic and industry collaboration. The full source code and further technical details are available in the associated GitHub repository. A modern React-based dashboard for real-time monitoring and management of building risks, developed as part of the C-DICE (Centre for Digital Innovation in Construction and Engineering) industrial secondment and funded by IMFUNA Ltd. The dashboard provides an intuitive interface for visualizing and analyzing building risk metrics—such as fire safety, security, HVAC, and access control—supporting data-driven decision-making in the built environment. Key features include live monitoring, prioritized alerts, and a clean, responsive UI for building safety, compliance, and operational risk management. 2025-05-30 published University of Birmingham https://doi.org/10.25500/edata.bham.00001296 Software research-data@contacts.bham.ac.uk School of Engineering, Department of Civil Engineering other Research England Imfuna Ltd C-DICE Industrial Secondment en yes yes yes TRUE Stored in the uploaded archive and also hosted in a private GitHub repository, accessible only to authorized collaborators. https://github.com/lixuliu/building-risk-management-dashboard.git Producer Liu Lixu l.liu.9@bham.ac.uk web https://github.com/lixuliu/building-risk-management-dashboard.git IsIdenticalTo The Building Risk Management Dashboard processes and presents building risk data through a modular React application. Within the main dashboard component, sample data representing system statuses (such as fire safety, security, HVAC, and access control) and recent alerts are managed using React state. This data is then dynamically rendered into interactive UI elements, including cards, badges, and alert notifications, to provide users with a clear and actionable overview of building risks. The codebase is structured for maintainability, with reusable components and a clean separation of concerns, ensuring that future integration of real-time data sources or APIs can be achieved with minimal refactoring. While the current version uses hardcoded sample data for demonstration, the architecture supports easy extension for live data feeds, advanced analytics, or integration with external building management systems. All data processing is handled client-side, with a focus on responsive design and user experience, and the project includes configuration for code quality and testing tools to ensure reliability and ease of future development. en