Walter C.
MacKenzie Health Sciences Centre (1983,
1986)
Active treatment teaching hospital integrating Research, Provincial Laboratories containing Medical Physical, Laser Engineering, Neurophysiology plus a Nuclear Magnetic Resonance Lab and a Vivarium to MRC Guidelines with containment levels from 1 to 3 within the building thus requiring intricate pressure relations and "Truth Table" level of design and commissioning for fail-safe operation. Design for the Provincial Labs was critical due to their very close proximity to that of sensitive medical treatment facilities.
Construction incorporated an Interstitial space throughout. Dual duct, constant and variable volume air handling systems with chilled water cooling and glycol heating are designed to provide maximum flexibility for changing hospital usage with minimum effect on overall system operation. Perimeter heating system is low temperature, hot water radiant panels. Central film processing and silver recovery system serving approximately 25 locations throughout the hospital. The Walter C. Mackenzie Health Sciences Centre
integrates patient care, health education, and research. The Centre,
named after Walter C. Mackenzie - a prominent surgeon, researcher,
educator, and health care administrator, was built in two phases,
completed in 1983 and 1986. Two of the most visible features of
the centre’s interior are the glass-domed courtyards and lamp-lit
walkways. Abundant greenery gives the Mackenzie Centre a resort-like
atmosphere that is both relaxing and therapeutic. Located on the
first floor are the McMullen Art Gallery and the Health Sciences
Bookstore. In addition to the Faculty of Medicine General Office
located on the second floor, the Walter C. Mackenzie Centre houses
the Departments of Laboratory Medicine & Pathology and Radiology
and Diagnostic Imaging; the Divisions of Continuing Medical Education
and Health Sciences Media Services and Development; and two key
educational resources: a health sciences library and a 400-seat
auditorium.
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Awards:
Computer
based central control and monitoring system (CCMS), (DDC) Type,
similar to systems used in industrial complexes for process control)
which utilizes a system of distributed microcomputers which act
directly as the controllers to interface to the major mechanical
and electrical systems to reduce and control energy consumption
and increase accuracy and flexibility.