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Universidade Federal da Para

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Title: Universidade Federal da Para ba Laborat rio de Mec nica Computacional LABMEC Laborat rio de Mec nica Pulmonar LAMEP Author: Felicio Last modified by – PowerPoint PPT presentation

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Title: Universidade Federal da Para

1
Universidade Federal da ParaíbaLaboratório de
Mecânica ComputacionalLABMECLaboratório de
Mecânica PulmonarLAMEP

José Felício da Silva
Coordenador
felicio_at_funape.ufpb.br jfeliciodasilva_at_yahoo.com
.br
Fones (0xx83) 2167734 93821359

2
PARTE 1
3
Eng. Biomédica x Eng. Clinica

Existe Diferença?

4
Engenharia Biomédica Whitaker Foundation

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. It includes
1. The acquisition of new knowledge and
understanding of living systems through the
innovative and substantive application of
experimental and analytical techniques based on
the engineering sciences.
2. The development of new devices, algorithms,
processes and systems that advance biology and
medicine and improve medical practice and health
care delivery.
As used by the foundation, the term "biomedical
engineering research" is thus defined in a broad
sense It includes not only the relevant
applications of engineering to medicine but also
to the basic life sciences.

5
Engenharia Biomédica Biomedical Engineering
Society

A Biomedical Engineer uses traditional
engineering expertise to analyze and solve
problems in biology and medicine,
Students choose the biomedical engineering field
to be of service to people, to partake of the
excitement of working with living systems, and to
apply advanced technology to the complex problems
of medical care.
The biomedical engineer works with other health
care professionals including physicians, nurses,
therapists and technicians.
Biomedical engineers may be called upon in a wide
range of capacities to design instruments,
devices, and software, to bring together
knowledge from many technical sources to develop
new procedures, or to conduct research needed to
solve clinical problems.

6
Engenharia Biomédica Biomedical Engineering
Society

In this field there is continual change and
creation of new areas due to rapid advancement in
technology some of the well established
specialty areas within the field of biomedical
engineering are
bioinstrumentation
biomaterials
biomechanics cellular, tissue and genetic
engineering
clinical engineering
medical imaging
orthopaedic surgery
rehabilitation engineering
and systems physiology.

7
Engenharia Clinica IEB SC

A Engenharia Clínica estuda e implementa métodos
para gerenciamento, controle e manutenção de
equipamentos médico-assistenciais, visando sua
melhor utilização e a segurança para funcionários
e pacientes

8
Engenharia ClinicaUNICAMP

Engenharia Clínica, visa basicamente um melhor
entendimento do princípio de funcionamento de
equipamentos médico-hospitalares, o seu
gerenciamento, a melhoria dos serviços prestados
à área de saúde e a redução dos gastos relativos
ao parque de equipamentos utilizados na unidade
hospitalar.

9
Engenharia Clinica

Serving initially as the healthcare provider's
equipment manager, today's clinical engineer has
become the technology officer and strategist
helping health providers and industry alike plan
for the manufacture or acquisition of technology,
then ensuring its safe continued efficient
utilization through a well-planned program of
user training, maintenance and quality assurance.

10
Engenharia ClinicaBiomedical Engineering Society

Clinical Engineering is the application of
technology to health care in hospitals.
The clinical engineer is a member of the health
care team along with physicians, nurses and other
hospital staff.
Clinical engineers are responsible for developing
and maintaining computer databases of medical
instrumentation and equipment records and for the
purchase and use of sophisticated medical
instruments.
They may also work with physicians to adapt
instrumentation to the specific needs of the
physician and the hospital. This often involves
the interface of instruments with computer
systems and customized software for instrument
control and data acquisition and analysis.
Clinical engineers are involved with the
application of the latest technology to health
care.

11
Que tipo de profissional pode obter a formação?

Em Eng. Biomédica
Em Eng. Clinica

12
Qual a posição do CONFEA/CREA ?

Eng. Biomédico
Não reconhece
Eng. Clinico
Ref. SESSÃO Plenária Ordinária nº 1.282.
DECISÃO Nº PL-1804/98.
PROCESSO Nº CF-0445/98.
EMENTA Competência Profissional para portadores
de certificados de pós-graduação em Engenharia
Clínica.Existe um documento reconhecendo a
formação do especialista

13
Qual a posição do CONFEA/CREA ?

Resolução nº 218/73, bem como o contido nas
Resoluções nº 262/79 e 278/83 e Decreto nº
90.922/85, DECIDIU esclarecer aos CREAs o
seguinte
O projeto e a execução dos equipamentos
eletro-eletrônicos e/ou eletromecânicos,
odonto-médico hospitalares são de competência
profissional dos engenheiros mecânicos,
eletricistas e eletrônicos circunscritos,
exclusivamente, no âmbito de sua formação
profissional
Os profissionais portadores de certificados de
cursos de pós-graduação, (especialização,
mestrado ou doutorado), em Engenharia Clínica ou
outra denominação correspondente, pertinentes às
graduações acima citadas, expedidos por
Instituições de Ensino Superior, devidamente
reconhecidas pelo Ministério da Educação e
Cultura, poderão requerer e anotar as respectivas
atribuições
Os CREAs, quando solicitados, deverão proceder as
devidas anotações nas Carteiras Profissionais,
com observância do contido no artigo 25 da
Resolução nº 218/73, do CONFEA