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Higher Education | 17 |
Modular Building Design | 17 |
Building Systems | 6 |
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Coates, Edward | 2 |
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King, Jonathan | 1 |
Levy, Hans F. | 1 |
Mityataki, Glenn K. | 1 |
Schendell, Derek G. | 1 |
Stephens, Suzanne | 1 |
Toombs, Kenneth E. | 1 |
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Progressive Architecture, 1976
The key element in the university master plan is a linear structure that preserves and defines existing green spaces, concentrates activity without violating established scale, and provides pedestrian links. (Author/MLF)
Descriptors: Building Design, Campus Planning, College Buildings, Higher Education
Stephens, Suzanne – Progressive Architecture, 1975
To hold down construction costs of student housing, Brockport College decided on a fixed-cost competition, in which architects had to team up with contractors. The winning firm used a French industrialized building system and exterior panels of weathered steel to construct a village of 27 four-story buildings. (JG)
Descriptors: Architecture, Building Design, Building Systems, College Housing
King, Jonathan – American School and University, 1975
Architects for a new student-housing project at the State University of New York at Brockport used System III, a French industrialized building system, to create a humanistic, low-rise apartment village, while shortening project delivery time and markedly cutting construction costs. (JG)
Descriptors: Building Design, Building Systems, College Housing, Design Build Approach

Coates, Edward – CEFP Journal, 1976
A basic multipurpose module 100 feet by 124 feet is proposed for college physical education and recreation facilities. (Author/MLF)
Descriptors: Building Systems, Construction Costs, Higher Education, Models
Progressive Architecture, 1978
The new learning resources center takes advantage of the sun as a heat and light source when needed, but keeps it out when not needed. (Author/MLF)
Descriptors: Architectural Character, Energy Conservation, Higher Education, Learning Resources Centers
Goodmiller, Brian D.; Schendell, Derek G. – School Planning & Management, 2003
This supplement presents three articles on modular construction that look at: "Fast Track Expansion for a New Jersey School" (involving a modular addition); "Precast Construction Helps Schools Meet Attendance Boom" (precast concrete components are quick, durable, and flexible); and "Airing HVAC Concerns" (poor indoor air quality in prefabricated…
Descriptors: Educational Facilities Design, Elementary Secondary Education, Higher Education, Maintenance
Coates, Edward – Journal of Physical Education and Recreation, 1975
Descriptors: Educational Facilities Design, Facility Improvement, Higher Education, Modular Building Design
Modern Schools, 1975
Two schools solve the need for more classroom space -- one by renovating an existing but outdated facility and the other by building with an eye for future expansions. (Author)
Descriptors: Climate Control, Educational Facilities Improvement, Higher Education, Lighting

Kaser, David – College and Research Libraries, 1984
Review of academic library planning developments highlights modular design concept prevalent in 1960s. Problem areas (irregular shapes, interior or exterior courts, monumentality, too much or too little glass) and the use atria, designer lighting, monumental effects, and unusual shapes to relieve perceived monotony are discussed. Five sources are…
Descriptors: Academic Libraries, Design Requirements, Facility Planning, Higher Education
Architectural Record, 1977
At Stockton State College the overall layout and the natural setting are correlated in a way that does not disturb the terrain. Another correlation, both conceptual and operational, exists between the facilities for the arts and the sciences. Available from: Architectural Record, 1221 Avenue of the Americas, New York, New York 10020, $5.00 single…
Descriptors: Architectural Character, Educational Facilities Design, Energy Conservation, Higher Education
American School and University, 1977
Systems design, modularity, and prefabrication help speed construction of a megastructure for 8,000 students. (Author)
Descriptors: Architectural Programing, Building Systems, Community Colleges, Higher Education
Building Design and Construction, 1976
A 19-story building on the University of Minnesota's Minneapolis campus houses the College of Dentistry and basic science teaching facilities. It is both the focal point of an expansion of the university's health sciences complex and a prototype for other buildings that are part of the expansion. (Author/MLF)
Descriptors: Dental Schools, Facility Requirements, Health Occupations Centers, Higher Education

Toombs, Kenneth E. – Journal of Library Administration, 1992
Reviews the history of architectural developments in academic libraries. Highlights include natural lighting and the invention of the incandescent bulb; compact shelving; open versus closed stacks; modular construction methods; central air conditioning and controlled environments; interior arrangements; access to handicapped users and staff; and…
Descriptors: Academic Libraries, Accessibility (for Disabled), Architecture, Climate Control
Mityataki, Glenn K.; Gray, Robert G. – 1975
This document is intended to provide a systematic aid for planning and managing academic units (schools, colleges, departments, or divisions) within an institution. It consists of a comprehensive set of techniques and procedures that can be used by academic unit administrators to examine the internal operations of their units--their functions,…
Descriptors: Departments, Educational Administration, Educational Assessment, Educational Objectives
BSIC/EFL Newsletter, 1972
This newsletter details the efforts of the University of Alaska to develop a systems approach that will provide facilities for higher education in a State with an area more than three and one half times that of New Jersey, Florida, and Oregon combined. The problem involved in providing appropriate facilities in a State such as Alaska are…
Descriptors: Building Systems, Campus Planning, Climate, College Buildings
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