285 Old Westport Rd, Dartmouth
The University of Massachusetts Dartmouth campus is Paul Rudolph's largest project in Massachusetts, with 10 buildings that he designed (or had direct input into) on a 710 acre site. The Southeastern Massachusetts Technical Institute (which later became UMass Dartmouth) was a commuter school, and the site was designed with a ring road and a perimter of parking lots encircling a spiral of buildings and walkways. Some of the buildings are interconnected, allowing for unexpected flow from one space to the next and making it easier for students to get around on a campus that can be quite cold and snowy in the winters. By this time Rudolph was fully invested in the use of concrete, and at UMD he combined concrete aggregate ground planes with board-formed concrete walls and areas of precast shaped concrete blocks to create a panoply of textures and patterns, unified by the color and material of concrete.
concrete aggregate interior floor
board-formed interior ceilings and walls
hallway with concrete block walls and aggregate floor
concrete block and board-formed concrete in the library building
Rudolph's vision for the campus centered around unity. He wanted all the buildings to feel like parts of a greater whole, and for them all to feel like one building, no matter what different facilities ended up in each. Consistent use of materials contributed here, but he also deployed variations on a unified set of forms across multiple buildings. Buildings with different footprints, different types of classroom or lab spaces, and completely different programs (teaching buildings vs. a library vs. a student center) are easily readable as members of the same species. Rudolph understood that the campus would grow and change as years passed, but he wanted a visual and emotive coherence that could serve as a base for future additions and alterations.
Claire T. Carney Library
College of Visual and Performing Arts Building
MacLean Campus Center
Heavy rectangular cantilvers characterize many of the campus buildings.
atria and circulation spaces in multiple buildings make use of similar forms: concrete block pillars, board-formed concrete cantilevers, roughly hexagonal balconies
The plasticity of concrete allowed for the incorporation of built-in furnishings. This sacrificed some of the flexibility that comes with free-standing pieces of furniture, but ensured that visually important smaller elements within the buildings remained stylistically coherent with the overall campus plan. It also celebrated the technologies and techniques used to form concrete, both in precast blocks and panels and cast-in-place concrete construction, allowing Rudolph to showcase the kind of forward-looking modernist thinking that he felt was appropriate for the school and should define the campus.
built-in bench seating alternates with free-standing furniture in lobby and atrium spaces
vertical lines formed by the concrete block walls contrast with the horizontal line of low built-in seating
Another key aspect of the UMD campus plan - perhaps counterintuitive in a project that is so overwhelmingly tan-gray - is color. Rudolph's original scheme incorporated bright jewel tones, which warmed and enlivened concrete surfaces throughout the building interiors. The Claire T. Carney Library renovation project in 2012-13 refreshed and restored some of Rudolph's original palette.
Of course, in a project as extensive as this one, there were many opportunities for Paul Rudolph to exercise his love of stairs. Functional stairs, decorative stairs, stairs that start out in one style and morph into another: there are stairs everywhere Rudolph could put them on the UMass Dartmouth campus. UMass Dartmouth may be one of Rudolph's celebrations of what concrete can do, but it is also a celebration of how many times one architect can make you look at and traverse a set of stairs.
large shallow concrete aggregate stairs
angled shallow concrete aggregate stairs leading to a more typically-scaled staircase
Rudolph liked to make stairs visible from below where possible
all 3 main UMD concrete textures - aggregate, horizontal board forms, and vertical split blocks - are on display in this staircase
Hexagonal forms define the stairs and help them relate to hexagonal forms on balconies and cantilevers on the buildings.
project spanned: 1963-1989 (discontinuous)
client: Southeastern Massachusetts Technical Institute (now University of Massachusetts, Dartmouth)
brief: design the master plan for the campus of a technical school formed by the merger of 2 southern MA textile schools
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