Mechanical and Electrical Engineering, Medical Facility Engineering

Medical Projects - (Return to Projects Page)

1) DDC Clinic for Special Needs Children
Middlefield, Ohio
Mechanical and electrical engineering for a 10,000 square foot, two story healthcare facility. Which included design of four exam rooms, therapy and dental rooms, learning center, offices and a state of the art medical research facility. This building was a LEED Silver project with geothermal ground source HVAC system producing a 42% energy savings over standard code compliant building design.

2) Case Western Reserve University
McHenry & Associates has worked with the university on numerous renovation and infrastructure replacement projects. Our services have included project design for the renovation of building spaces including residence and dining halls, research laboratories, classrooms, office spaces, and computer labs. Other work has included replacement of central HVAC equipment for existing buildings at the School of Law, School of Medicine, and School of Dental Medicine. Our work has also included construction administration, project phasing, commissioning, and start-up. Notable projects include the design of an approximately 14,000 sq. ft. custom mechanical penthouse for an existing seven story building at the Case School of Medicine and the design of air conditioning systems for Amasa Stone Chapel, a building of English Gothic Revival design originally constructed in 1911.

3) Metro Health Medical Center
McHenry & Associates has worked with this hospital on various infrastructure replacement projects. These projects include Central Air Handling Unit Replacement, Cooling Tower Replacements, Generator Replacement & Electrical Substation Replacement. Our consulting services were not just limited to design documents, we also provided design of temporary equipment to serve the facility during the change out, project phasing, construction administration, commissioning and start-up. Close coordination with our office, the hospital and contractors resulted in a seamless changeover of these critical systems with minimal downtime.