Faced with the challenge of program growth and limited expansion options, our firm was engaged to develop a long-term solution for the relocation and enhancement of the Electrophysiology (EP) department at The Christ Hospital.
Faced with the challenge of program growth and limited expansion options, our firm was engaged to develop a long-term solution for the relocation and enhancement of the Electrophysiology (EP) department at The Christ Hospital. The primary objective was to identify an optimal location within the existing facility that would support the department’s growth while maintaining critical adjacencies to existing catheterization labs and other cardiovascular modalities.
Creating a calming and patient-centered environment was a key priority. To alleviate patient and family stress, decorative ambient lighting was integrated into the prep and recovery rooms. One of the primary design challenges was access to natural daylight; through innovative solutions, we successfully introduced natural light elements to improve patient experience.
Through a comprehensive evaluation of potential locations, our team selected a site that maximized operational efficiency and patient care. The spatial layout—including room size, orientation, and workflow optimization—was meticulously planned through collaborative discussions with key stakeholders. To ensure a seamless visualization of the space, we utilized 3D-printed models and an immersive virtual design presentation, allowing stakeholders to engage with the layout and provide informed feedback.
Advanced technology was a pivotal component of the project. Throughout the design process, we engaged a diverse group of over 60 stakeholders, including administrators, physicians, clinicians, infection prevention specialists, and facilities management. Their input was instrumental in refining the design to meet operational and clinical needs.
Improved wayfinding played a crucial role in the project’s success. Previously, visitors navigated a convoluted path to reach the EP department. The new design streamlines access for both patients and families, reducing confusion and enhancing overall user experience. Additionally, a centralized registration area was strategically incorporated to provide intuitive navigation from multiple hospital entrances.
Several architectural and engineering challenges were addressed to create a seamless and functional space. A significant design feature was the integration of an existing two-story skylight into the prep and recovery area, providing a natural focal point and enhancing the ambiance. A new ramp was designed to accommodate changes in floor elevation, ensuring safe patient transport. Multiple leveling applications were required in the EP lab spaces to meet stringent safety standards.
The final design successfully unifies three distinct functions within the hospital, expanding services and improving patient care. The renovated EP department now provides a safer, more efficient, and patient-friendly environment. The project stands as a testament to the importance of detail-oriented design, innovative problem-solving, and stakeholder-driven collaboration.
This transformation has been a resounding success, ensuring that both staff and patients benefit from an optimized, state-of-the-art facility designed for long-term excellence in cardiovascular care.
