"Generate a conceptual volumetric model for a university hospital tower designed for the UAM Xochimilco in an urban context. The tower should have five levels above ground and one basement, with distinct zones based on their functions. Basement: Parking for visitors, staff, and ambulances. Include technical rooms like machine rooms, a water cistern, and general storage. Ambulance access connects directly to the ground-floor emergency department via a ramp and an elevator. Ground Floor (Planta Baja): Emergency Department (Urgencias): Positioned for immediate access from ambulances and a lateral pedestrian entrance. Include a triage area, observation cubicles, a minor procedures room, and separate waiting spaces for families. General Services: Main reception and patient admission areas, public waiting rooms, and restrooms. Ensure logical separation of flows between emergency patients and regular visitors. First Floor: Outpatient Consultation and Gynecology/Obstetrics: Incorporate modular consulting rooms for general and specialized care. Include dedicated spaces for gynecology, ultrasound, and comfortable waiting areas. Second Floor: Diagnostic Support: Spaces for a clinical laboratory, imaging services (X-ray, ultrasound, tomography), and a blood bank. Third Floor: Surgery and Intensive Care Unit (ICU): Include modular operating rooms with preparation and recovery areas. The ICU should have distinct zones for adults and pediatrics. Fourth Floor: Hospitalization: Design patient rooms (both private and shared), central nursing stations, therapy areas, and resting spaces for family members. Fifth Floor: Research and Academic Spaces: Incorporate classrooms, simulation labs, offices for researchers, and co-working spaces for students and medical residents. Design Features: Use a compact, vertical layout to optimize space in an urban environment. Include a central vertical circulation core with elevators and staircases for public, private, and technical flows. The façade should feature green elements for environmental sustainability and thermal regulation. Integrate natural light and ventilation in public waiting areas and patient rooms. Utilize clean, modular volumes to differentiate functional areas while maintaining visual cohesion. The model should balance functionality, aesthetics, and sustainability, emphasizing accessibility, efficiency, and integration into the urban landscape. Represent the volumes distinctly for each floor and ensure proportional relationships between functional zones."