Biomedical Engineering, a Cornucopia of Challenging Engineering Tasks-all of Direct Human Significance

My introduction tobiomedical engineering wasconcurrent withmy computer-aided design experience. First, together withcolleagues andstudents, we instructed thedigital computer totranslate English intocontracted braille code, "BIOMEDICAL" modifies engineering-one of many andthendeveloped hardware toproduce palpable braille [4]. arenasinwhichengineering knowledge, methodology Awarenessoftheneedsofblindandvisually impaired andtechnology address humanneeds. Whatdistinguishes persons ledquickly toexplorations into theuseofultrasound biomedical engineering fromtraditional engineering fieldstosimplify their travel, together witha rangeofother (civil, mechanical, electrical, etc.), andfromother application communication, mobility, recreational, andvocational proareas(transportation, computer, sanitary) isthat"biomedi- jects [51-all conducted withandthrough students aspart of cal"denotes theapplication ofengineering research and/ortheir engineering education. Theneedtounderstand the design practice toquestions intrinsically humane.Itthus problems ofvision-impaired persons inorderto define approexactsthebestinengineering while being motivated bythe priate research, aswellastheresulting needtodemonstrate highest ofhumanaspirations. Nowonderitexcites students, theutility ofresearch findings intheeveryday worldofthe encourages faculty, enjoys visibility incareer planning, and blind person, ledtomy involvement inlocal rehabilitation intrigues andinspires thepublic! service organizations andpertinent national councils.

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