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Dumas, George W.; And Others – Ind Arts Vocat Educ, 1970
Description of a new junior high school industrial arts facility contains a line drawing and photographs. (GR)
Descriptors: Classroom Design, Facilities, Industrial Arts, Junior High Schools
Dean, Harvey; Thuma, Ron – School Shop, 1975
The classroom models were developed and illustrated by the Secondary Exploration of Technology Project (SET) for new ninth grade courses in industrial arts. (Communication lab, materials lab, power lab, and the total facility layout). (Author)
Descriptors: Classroom Design, Facility Planning, Industrial Arts, Models
Hudson, William E. – Agricultural Education, 1977
Discusses organizing, equipping, and maintaining a shop in such a way as to enhance the teacher's ability to teach the skills included in the vocational agriculture curriculum. (Editor/TA)
Descriptors: Agricultural Education, Classroom Design, Equipment, Facility Planning
Campbell, Edward A. – Industrial Education, 1974
Four steps in planning an industrial laboratory (hire an educational planner, prepare a community analysis, analyze curriculum and develop educational specifications) ensure a functional, pleasing learning atmosphere at no extra cost. Basic planning factors, recent design innovations, six detailed floor plans, and considerations for achieving…
Descriptors: Classroom Design, Educational Facilities, Facility Guidelines, Facility Planning
Tsuji, Thomas – Amer Vocat J, 1969
Descriptors: Classroom Design, Cognitive Development, Educational Trends, Flexible Facilities
Michigan State Dept. of Public Instruction, Lansing. – 1964
Factors for consideration by an industrial education planning committee are discussed. Selection, purchasing, and storage of new types of equipment and supplies, in addition to students' project storage, are noted as worthy of consideration in planning the shop facility. Planning factors for the various types of industrial arts laboratories are…
Descriptors: Architectural Programing, Bibliographies, Classroom Design, Educational Specifications
Campbell, Edward A. – Industrial Education, 1975
Teacher input is essential to facility planning. A feasibility study also determines needs by focusing on community characteristics and needs, instructional efficiency, safety, and future plans. (MW)
Descriptors: Classroom Design, Design Requirements, Educational Needs, Efficiency
Wagner, Willis H. – 1966
In addition to describing the usual considerations in facilities planning such as educational specifications, the role of the architect, the role of the consultant, this guide, intended for use by individuals responsible for industrial arts shops, focuses on those activities peculiar to industrial arts planning. The industrial arts planner, who…
Descriptors: Bibliographies, Building Design, Classroom Design, Educational Facilities Design
Gallington, Ralph O. – Ind Arts Vocat Educ, 1970
Describes a plan for using construction concepts to provide for prefabricated service components, flexible use of floor space, and the designing of uniform floor and ceiling sections. (Author)
Descriptors: Building Systems, Classroom Design, Classrooms, Design Requirements
Mason, W. R. – American Vocational Journal, 1977
The author proposes and describes the use of twin facilities--a teaching lab and a production lab--in instances where the instructor is responsible for both teaching basic principles and skills of graphics and for the school's administrative printing requirements. (SH)
Descriptors: Classroom Design, Equipment, Facility Expansion, Graphic Arts
Biggam, William R.; Cassetto, James M. – Industrial Education, 1975
The Industrial Instructional Space Module approach to shop planning can precisely determine the total space allotment and cost for a general unit woodshop and a general unit metalshop. (Author/MW)
Descriptors: Classroom Design, Construction Costs, Design Requirements, Facility Planning
Gallington, Ralph O. – IAVE, 1966
Industrial arts is to suffer much change in the immediate future if it is to survive. In teaching modern American industry, the most effective methods and equipment must be used. Duplication of facilities should be minimized and larger unit facilities should be geared to team teaching. Machines and equipment should be designed to move freely from…
Descriptors: Classroom Design, Classroom Environment, Design Requirements, Flexible Facilities
Maine State Dept. of Educational and Cultural Services, Augusta. Bureau of Vocational Education. – 1966
Architectural details, planning, and facility guidelines for industrial arts facilities are given, with data on planning the number, shape, size, and location of school shops. Industrial art programing and performance criteria for varying levels of education are discussed with regard for the different shop curriculums. The facility planning is…
Descriptors: Building Plans, Classroom Design, Construction Materials, Educational Programs
Stockman, Carl E. – 1969
The problems of planning and designing educational facilities are outlined with regard to the ever-changing educational programs, teaching methods and technological facility needs. Problems of flexibility are concerned with how much flexibility is required and how much flexibility can be economically justified. Requirements for flexible school…
Descriptors: Classroom Design, Construction Costs, Controlled Environment, Design Requirements
Shaeffer, Bruce W. – 1979
Designed to improve industrial education programs through the development of minimum uniform quality standards, a project developed a task list, educationally sequenced the identified tasks, and developed a recommended shop layout and equipment list for four occupational areas: diesel repair, appliance repair, office machine repair, and small…
Descriptors: Appliance Repair, Auto Mechanics, Classroom Design, Diesel Engines
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