2006 Tilt-up Concrete Construction

Aurora Medical Park

Owner: Aurora Medical Park Development Group	Entered by: Strata Corporation
Architect: Mark Sundet, AIA - PACES Lodging Corporation	Structural Engineer: Dan Schertler, PE - LJB, Inc
	Contractor: Construction Engineers, Ltd.

Add architectural freedom to the long list of benefits that are realized when building with concrete. Designers are now using rustications, reveals, cast-in brick systems, color treatments, and a variety of openings and panel heights to enhance the look of tilt-up concrete buildings. The two-story 104,850 SF Aurora Medical Park is a prime example of a tilt-up concrete building that has a unique architectural look and feel while still maintaining cost efficiencies and durability. In this case, tilt-up was just what the doctor ordered. Architectural freedom provided by tilt-up construction allowed for the creation of a sophisticated, custom-designed exterior look at the Aurora Medical Park. In mating a thin brick inlay system with EIFS accents applied directly to the concrete, a wonderful mix of color and texture was created. Multi-colored cast-in bricks were used to create several coursing patterns. Corner details required wall panel returns to be cast vertically, perpendicular to the slab. Multiple skylights, a two story lobby and grand entrance, and curved entry canopy and panel tops also add to the unique character of the building. Maximizing the construction schedule was critical for the Aurora Medical Park project. The tilt-up building shell system streamlined the process and allowed more time for highly detailed interior finishes. In one year’s time (July 2005 to July 2006) the Aurora Medical Park was built, occupied, and open for business – a true testament to the project team’s dedication and cooperation. Footings, foundations, first and second floors, and wall panels were all cast on the jobsite. A total of 68 structurally designed load bearing wall panels were utilized in this project. Panel sizes ranged from heights up to 34 feet and widths exceeding 20 feet. Panel erection took place during 8 degree below zero temperatures and all 68 wall panels were successfully erected in 4 days. In the end, this sustainable medical office complex was built with 2,900 CY of concrete.