Sample Curricula in Preservation Studies

 

Sample Program of Study for Concentration in Historic Preservation Planning

Dissertation topic:The history of urbanism and the preservation of historic urban environments.

 

Sample student background: A student following this curriculum plan would have a Master’s degree and one of the following backgrounds: (1) Previous work with historic sites surveys and National Register nominations in her state. (2) Oversight of architectural inventories and the publication of those inventories in a series of descriptive technical reports. (3) Background in Historic Preservation publication. (4) Desire to advance in the field of historic preservation and broaden the interpretive framework for the public interpretation of historic architecture, landscapes, and sites. Goals likely to be professional advancement with an eye toward steering preservation practice toward humanistic as well as planning goals.

 

Special prerequisites: Prior experience in field-based architectural history and preservation planning. MA or certification in architectural history, urban history, historic preservation, or museum studies expected.

 

Suggested coursework:

Required courses (9 credits)

 

An additional 9 credits to be chosen from any of the following courses:

Followed by the dissertation.

 

Suggested committee members:

The committee could include faculty with a particular interest in urban form and preservation from Geography (urban historical geography); Center for Historic Architecture and Design (urban geography, land use planning, and public policy); Art History (urban architecture, town planning, and historic preservation); History (architectural history, industrial history, and museum studies).

 

New graduate courses designated with “experimental” 67 numbers are offered every semester. The faculty advisor(s) would work with the student in identifying and taking advantage of these offerings.

BH

 

PSDP Sample Program of Study for Concentration in Preservation Technologies

 

Dissertation topic: Preservation of Outdoor Metal Sculpture.

A student working in this area might do a dissertation involving one or more of the following research topics: testing coatings for corrosion protection, testing corrosion inhibitors, developing and testing new methods for monitoring corrosion susceptibility, identifying corrosion products and deterioration mechanisms, studying the relationship between atmospheric pollutants and corrosion mechanisms, testing the effects of cleaning regimes on sculpture surfaces and aesthetics, investigating the role of biocorrosion in deterioration of outdoor sculpture and sculpture coatings, or studying issues of original artist intent versus deterioration and conservation approaches.

 

Sample student background: A student following this curriculum plan would have one of the following backgrounds: (1) be a practicing conservator with experience in sculpture conservation, with a Master’s degree in art conservation or a related field and additional undergraduate or graduate courses in chemistry, materials science, or metallurgy/metallography; or (2) have a Master’s degree in materials science or chemistry, with additional courses and/or experience in sculpture techniques, art history, conservation science, or sculpture conservation.

 

Special prerequisites: GRE required

Suggested coursework:

Required courses (9 credits):

One of these two:

 

An additional 9 credits to be chosen from any of the following courses:

Followed by the dissertation.

 

Suggested committee members: The committee could include a faculty member in Museum Studies who does research on corrosion and metal artifacts; a materials scientist with interest in corrosion and protection of metals; a chemist who can analyze atmospheric particulate matter or study deterioration of polymeric coatings; an artist with experience in fabrication techniques and materials of sculpture; external members could be a corrosion scientist and/or a local sculpture conservator or conservation scientist with expertise in metals.

CLR

 

PSDP Sample Program of Study for Concentration in Conservation Research and Technical Studies

 

Dissertation topic: Misconceptions in 19th-century revivalism of 16th-17th-century Old Master techniques: e.g. Delacroix copying Rubens and Washington Allston copying Titian. Contemporary letters, documents, treatises on painting methods would be examined, paintings sampled, and media and pigments compared. (Delacroix mistakenly copied paintings by his hero Rubens when they were covered with discolored varnish and consequently thought they were much darker than they actually were, affecting his painting technique accordingly, and Washington Allston, known as the "American Titian," interlayered varnish into his paint films in an attempt to imitate the natural translucency of aged oil paint making them quite dangerous to clean.)

 

Sample student background: A student following this curriculum plan would have one of the following backgrounds: (1) be a practicing paintings conservator with a Master’s degree in art conservation (2) be an art historian with a Master’s degree with additional undergraduate or graduate courses in chemistry, materials science or paint technology.

 

Special prerequisites: Reading knowledge in French or Italian would be helpful. GRE scores, especially quantitative, are required.

 

Suggested coursework:

Required coursework (9 credits)

3 courses in current scientific methods, to be adjusted according to the expertise of the applicant, but possibly including:

 

An additional 9 credits to be chosen from any of the following:

Followed by the dissertation.

 

Suggested committee members: The committee could include one or two art historians with expertise in Renaissance/Baroque or Nineteenth-century paintings, a paintings conservator from WUDPAC, one or two scientists with expertise in microscopy, Fourier-Transform Infra-Red spectroscopy, and GS-MS (from WUDPAC or chemistry department).

JHS