| Biomedical Engineering | Clinical Engineering | |
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OED: "bio'medical a., pertaining or relating to both biology and medicine." |
Engineers working in clinical environments are caught between several rocks and hard places: increasing amounts of increasingly complex technological machinery, cost-conscious administrators, survey and certification demands, and then there's patient safety. In effect the job requires balancing three things: finance, technology, and safety or ethics; the career with two names, and three overseers. |
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bioengineering (bģ“o-čn“je-nīr“īng) noun |
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"Biomedical engineering is a discipline that advances knowledge in engineering, biology and medicine, and improves human health through cross-disciplinary activities that integrate the engineering sciences with the biomedical sciences and clinical practice." Copyright 2000 The Whitaker Foundation |
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"A major contributing factor to this unresponsiveness has
been the rigid definition of clinical engineering as shown in the article by
Barkalow. Clinical engineers were traditionally defined, placed in monolithic
structures and were tasked with introvert activities with very little
developmental prospects. The profession thus never developed beyond its
traditional area of influence and with the major global changes of health and
technological development, mentioned above, lost its "central role" and now
faces a serious battle for survival. It would be opportune at this stage to
paraphrase David Harrington: 'Is the profession dying? No, but it is on the
critical list. Will the profession live? It could, if the profession is willing
to fight for its life, and become proactive....' |
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