University of California, San Francisco (UCSF) Health collaborated with IBM Maximo to create advanced and safe medical facilities. Their partnership aimed to optimize the management of existing health facilities, covering three million square feet and approximately 53,000 equipment assets. Additionally, they embarked on a new approach, using data output from digital design to inform daily operations post-delivery.
The Precision Cancer Medicine Building (PCMB) at Mission Bay Hospital was a groundbreaking project that prioritized data over traditional architectural designs. Through the integrated project delivery approach, UCSF Health developed a sophisticated 3D digital model, known as BIM4FM, managed with Maximo. This model provided an in-depth virtual roadmap of the building’s functionality throughout its lifecycle, revolutionizing the industry.
The integration of BIM and IBM Maximo allowed engineers to isolate assets and equipment, extracting relevant metadata for operation. This “living, as-operated” model proved invaluable during construction, enabling early identification and resolution of issues, avoiding costly delays.
By combining BIM4FM and digital twin capabilities, UCSF Health gained comprehensive insights into their building’s performance. They collected real-time data through IoT solutions, facilitating better operational decisions and smarter maintenance practices. The ultimate goal is to create a continuum of data that empowers engineers, architects, and facilities managers to optimize building performance from design to operation.
This innovative data-driven approach promises a predictive model for maintenance, operations, and design, ensuring better efficiency and patient care in medical facilities. As they continue to explore new possibilities, UCSF Health moves closer to a future of smarter, more sustainable medical facilities.