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No description available.

The purpose of this study is to determine the pupil load in relationship to the amount of equipment available for use in industrial arts classes in the junior high schools of Texas.

The problem at hand is an attempt to evaluate the industrial-arts shops of three schools on the basis of pupil interests. Primary emphasis will be placed upon the various interests of industrial-arts pupils, and then the shops will be studied for the purpose of discovering whether they foster such interests as the pupils may have been shown to possess.

The purpose of the study was actually fourfold: first, to study the literature in the field of safety education with special reference to safety education in industrial arts programs concerning the present safety programs and safety standards as compared with those recommended by authorities in the field of safety; second, to visit each of the industrial arts programs and record information concerning the condition of the building and equipment and the use of these facilities; third; to compile the data for interpretation; and fourth, if an analysis of these data indicates a need for revision of the present safety programs, suggestions for improving the programs will be submitted to the supervisor of industrial arts and other administrators of the Fort Worth Public Schools.

This study was made to find the effects of noise on the human body, to measure sound levels that exist in school power laboratories, and to design and evaluate the effectiveness of two noise control devices. An accurately calibrated testing device was used to measure sound levels in an attempt to determine if excessive noise exists in school power laboratories and to find the extent to which such noise can be reduced by shielding or enclosing the engine test area. It was found that noise has undesirable physical and psychological effects on the human organism. Sixty-two and one-half per cent of the engines tested registered sound levels above 90 dBA; even so, simple, inexpensive noise control devices do control the noise levels generated in the school power laboratories.

This study was conducted in order to determine what safety practices and procedures were employed in the industrial plastics laboratories in the secondary schools of the Fort Worth Independent School District. Data were obtained from literature in the field of safety education in industrial arts and from an information form mailed to the teachers of industrial plastics in the Fort Worth Independent School District. Hazardous conditions were found to exist in a majority of the laboratories due to a lack of sufficient floor space and work stations and the absence of proper guards on machines, proper storage facilities for flammable liquids, painted danger zones and nonskid surfaces on floors around machines.

The problem of this study was to determine how much foundry equipment exists in the high schools of Texas and to determine to what extent it is being utilized. The data for this study were provided by thirty-seven metalworking instructors of Texas high schools. Of the Texas high schools offering metalworking as a part of the industrial arts curriculum, few appear to have adequate foundry facilities. In addition, a deficiency seems evident in the background and training in foundry of the metalworking instructors.

There are many factors to be considered when studying the lighting of industrial arts shops. Adequate light is one of the most important factors, and by adequate lighting is meant light that is sufficient in quantity and quality. Other factors to be considered include the location of the shops in the building, the windows, interior painting, width, and length, and the ceiling height of the shoprooms. The study herein is directed toward better lighting in the industrial arts shops for more efficient work.

This study was made to gather data and information to aid the Burleson Independent School District in initiating an industrial arts general shop program in the Pauline G. Hughes Middle School. The data and information were obtained from the Texas Education Agency, the Burleson Independent School District records, the vocational director, the assistant superintendent, a questionnaire, and the Brodhead-Garrett 1976-1977 Catalog. The majority of the general shop programs in the north Texas area conduct classes five days a week for fifty-five minutes a day and accommodate twenty-four students per class. Furthermore, the majority of the general shop programs offer three units of instruction per year and teach one unit of instruction each quarter.