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Biomedical subjects

S B Boxerman

Publications and source records attributed to S B Boxerman.

28 records · Page 2Linked to original sources

The acceptability of computer applications to group practices.

Of the 72 identified group practices in a midwest urban environment, 39 were found to use computers. The practices had been influenced strongly by vendors in their selection of an automated system or service, and had usually spent less than a work-month analyzing their needs and reviewing alternate ways in which those needs could be met. Ninety-seven percent of the practices had some financial applications and 64% had administrative applications, but only 2.5% had medical applications. For half the practices at least 2 months elapsed from the time the automated applications were put into operation until they were considered to be integrated into the office routine. Advantages experienced by at least a third of the practices using computers were that the work was done faster, information was more readily available, and costs were reduced. The most common disadvantage was inflexibility. Most (89%) of the practices believed that automation was preferable to their previous manual system.

Computers↗

Achieving the promise of clinical engineering.

Clinical engineering has failed to make the impact expected of it in the early 1970's. This failure has occurred because clinical engineering has not matured as any discipline must to achieve professional status. It does not embody a clearly understood set of capabilities. It is not based on a well-defined body of knowledge. It does not have a professional society directly representing it. This condition can be remedied by the establishment of a professional society for clinical engineering that can educate consumers about the capabilities of clinical engineers, guide providers in designing clinical engineering curricula, and promote increased involvement of clinical engineers in all high-technology areas of hospitals and in the decision-making process at their institutions.

Biomedical Engineering↗

Clinical engineering strategies for career development.

In the continuing development of clinical engineering, new problem areas are beginning to emerge. Issues related to career development are gaining prominence, and job satisfaction, career advancement, and "burnout" are becoming increasingly important. To address these issues, clinical engineers must assume personal responsibility for their own careers. They must broaden their perception of clinical engineering to include a managerial perspective. The extent to which they assume managerial responsibilities is a function of their personal interests and talents. This involvement can range from a consultative role in decisions involving high technology to a position in the institution's top management staff. This broader definition will significantly benefit not only the field of clinical engineering but individual practitioners as well.

Biomedical Engineering↗

Simulation modeling: a powerful tool for process improvement.

Simulation modeling provides an efficient means of examining the operation of a system under a variety of alternative conditions. This tool can potentially enhance a benchmarking project by providing a means for evaluating proposed modifications to the system or process under study.

Appointments and Schedules↗