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Campus Design Principles - Facilities Services - Virginia Tech

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2. Building Scale<br />

The design of the original campus buildings<br />

was influenced by a broad range of factors<br />

that generated specific attributes of building<br />

size, organizational structure and volume.<br />

Many of these influences related to<br />

construction technology and available building<br />

systems with respect to structure and<br />

mechanical systems. For example, a desire<br />

for natural ventilation was a particularly<br />

important factor in determining building width<br />

in the historic campus structures.<br />

The building design principles promote new<br />

design strategies which reflect the building's<br />

site, programmatic function, site<br />

considerations, surrounding environment, as<br />

well as their place in time.<br />

Height<br />

To maintain the sense of scale currently<br />

experienced in major spaces on campus, it<br />

will be important to controlling the height of<br />

buildings, particularly in the core area of<br />

campus.<br />

• Generally, buildings are to be three to<br />

five floors in height above grade.<br />

• If more than four floors above grade are<br />

needed, the upper floors and penthouses<br />

must be set back.<br />

• Taller exceptional elements are to be<br />

designed and located in response to<br />

particular opportunities outlined in the<br />

campus master plan, including landmark<br />

locations described in the 2006 Master<br />

Plan update.<br />

• Buildings of three and four stories in<br />

height should be subdivided into a base,<br />

body, and top. This delineation may be<br />

accomplished through changes in building<br />

plane, differentiation in material, or both.<br />

Massing<br />

While many of the buildings on campus are<br />

simple in their overall massing, there is wide<br />

use of smaller scale individual elements such<br />

as bay projections and porches. These<br />

elements are used to suggest special internal<br />

functions, draw attention to important areas<br />

like entrances, and provide visual<br />

and compositional balance. These elements<br />

help to provide the visual and psychological<br />

cues necessary for an understandable<br />

architecture. Their inclusion in new designs is<br />

encouraged.<br />

Simple massing allows constrained budgets to<br />

be focused on higher quality materials and<br />

careful detailing. The traditional buildings on<br />

campus exemplify how richness can be<br />

achieved through the use of durable materials<br />

and fine detail within the context of simple<br />

massing.<br />

41<br />

Volumetric Variation<br />

Variation in the massing of buildings may be<br />

accomplished in several ways. The following<br />

considerations are recommended strategies<br />

for developing expression in the basic volume<br />

of new building forms.<br />

• Bays, porches, towers, and other minor<br />

adjustments to massing are encouraged.<br />

• Some expression of the building structure<br />

is encouraged in the design and rhythm<br />

of the facade, including options such as<br />

piers, buttresses and modulation of the<br />

wall plane.<br />

• Openings in the masonry wall should<br />

have some level of correspondence to the<br />

building's structural rhythm, either in<br />

continuous openings or by combinations<br />

of smaller openings within the bays.<br />

• Iconic structures, while an exception to<br />

the rule, are welcome as important<br />

campus landmarks. Substantial review<br />

and discussion should be held regarding<br />

the appropriateness of such proposals.<br />

Of particular interest in understanding the<br />

preferred massing and spatial character of<br />

buildings in the campus landscape, please<br />

refer to the Agriculture Quadrangle for<br />

reference. The following renderings illustrate<br />

the range of building volumes and<br />

architectural language found in the<br />

quadrangle.

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