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1 Careers in Biomedical Technology Objective 3 Environmental careers, resources, and hazards

Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Page 1: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

1

Careers in Biomedical

Technology

Objective 3

Environmental careers, resources,

and hazards

Page 2: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

2

Objective Content

A. Nutritional Services

B. Environmental

Control

C. Other Support

Service Personnel

D. Environmental

Resources and

Hazards

Page 3: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

3

A. Nutrition Services

Career Ladder

Dietician

Nutritionist

Dietary Technician

Dietetic Assistant

Page 4: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Dietician

Educational Requirements:

• Bachelor’s Degree

Job Tasks:

• Plan nutrition programs for

both sick and healthy people

• Provide counseling and

education for their clients or

patients with a goal of improving

both their nutritional and overall health status

• Works as a member of the health care team in many different types

of settings

For more information go to: http://gahec.org/nchc/default-old.htm

Page 5: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Nutritionist Also known as ―Public Health Nutritionist‖

Job Tasks:

• Counseling and making recommendations to individuals and whole

communities

• Typically work on education programs for adults and children to

teach practical ways to prevent disease and improve health

• May also specialize in clinical settings and focus on areas such as

pediatrics, diabetes, obesity, cardiovascular disease, etc.

Educational Requirements:

Bachelor’s Degree

For more information go to:

http://gahec.org/nchc/default-old.htm

Page 6: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Dietary Technician

Educational Requirements:

• Associates Degree

Job Tasks:

• Extends and supports the

work of the dietician’s role

• Works under the supervision of a

dietician

• Plans menus and supervises

preparation of meals

For more information go to: http://gahec.org/nchc/default-old.htm

Page 7: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Dietetic Assistant

Educational Requirements:

• No formal education required

• On-the-job training

Job Tasks:

• Works under the supervision of a

dietician

and/or dietary technician

• Prepares food, assists in

distributing food trays

to patient areas

• Maintains safe, clean food

preparation areas

Page 8: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Weight Reduction Specialist

Is one of the specialty area

that a nutritionist could

choose to specialize in.

Their job is to counsel

obese patients using dietary

and activity guidelines.

Page 9: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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B. Environmental Control

Environmental

Engineer

Health and Regulatory

Inspectors

Sanitarian

Career Ladder

Page 10: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Video: Environmental Protection Careers

http://streaming.discoveryeducation.com

Environmental Engineer

Page 11: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Environmental Engineer

Educational Requirements:

Bachelor’s Degree

Salary Range:

$43,180.00 - $106,230.00

Job Tasks:

• Design, plan, or perform engineering

duties in the prevention, control, and

remediation of environmental health hazards

• Work may include waste treatment, site

remediation, or pollution control technology

• Usually works within industry as a consultant to industry

Page 12: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Health and Regulatory Inspectors

and Sanitarians Educational Requirements:

Bachelor’s Degree

Job Duties:

• Collect, synthesize, study, report, and take action based on data

derived from measurements or observations of air, food, soil, water,

and other sources

• Manage environmental health problems and promote public

awareness of the need to prevent and eliminate environmental

health hazards

• Conduct inspections and take enforcement actions for

environmental health laws and regulations

Page 13: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Health and Regulatory Inspectors

and Sanitarians Areas of Specialization:

- Air and Industrial Hygiene - Child-Care Centers - Childhood Lead Poisoning Prevention - Environmental Management - Food, Lodging and Institutions - Food Protection - Migrant Housing - On-Site Wastewater - Private Wells - Public Swimming Pools - Tattoos - Water Resource

- Others

For more information go to: http://gahec.org/nchc/default-old.htm

Page 14: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Health and Regulatory Inspectors

and Sanitarians set and enforce

standards concerning their area of

specialization.

Page 15: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Video: Food Safety

http://streaming.discoveryeducation.com

Great Books: The Jungle

Skills for Healthy Living: Playing It Safe

Food Safety

Page 16: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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C. Other Support Service

Personnel

Career Ladder

For more information go to:

http://gahec.org/nchc/default-old.htm

Biomedical Engineer

Biomedical Equipment

Technician

Page 17: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Biomedical Engineer

Educational Requirements:

Bachelor’s Degree

Areas of Specialization:

1. Clinical Engineering - the biomedical engineer designs and maintains diagnostic and health care delivery systems

2. Medical Engineering - the biomedical engineer develops artificial organs and limbs, diagnostic and therapeutic devices, pacemakers, and imaging equipment

3. Research and Design

Page 18: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Video: Biomedical Engineers

http://streaming.discoveryeducation.com

Emerging Careers: Biotechnology

Occupations

Page 19: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Biomedical Equipment Technician

Educational Requirements:

Associates Degree

Job Tasks:

• Install, operate, repair, and maintain equipment such as

X-ray machines, incubators, electronic thermometers,

dental equipment, cardiac pressure monitors, and

sterilizers

• Instructs other health care personnel in the correct use

of the equipment and assists in the evaluation of new

devices

Page 20: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Central Service Technician

Educational Requirements:

No formal education required

On-the-job training

Job Tasks:

• Include sterilizing, assembling and cleaning

diagnostic and surgical equipment

Page 21: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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D. Environmental Resources and

Hazards – Related Terminology

1. Biosphere

2. Ecosystems (ecology)

3. Environmental Protection Agency (EPA)

4. Diseases and health conditions linked to

environment:

a. Emphysema

b. Lead Poisoning

c. Carbon monoxide poisoning

d. Lung Cancer

Page 22: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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• Biosphere -The biosphere is simply "life on Earth"—the sum total, that is, of all living things on Earth.

• Ecosystems (ecology)-

An ecosystem is a complete

community of living organisms

and the nonliving materials

of their surroundings.

Page 23: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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A young tapir searching for food. This

species is threatened by loss of habitat

and over-hunting for food.

The balancing of development

with conservation is the most

important challenge in

developing countries.

Page 24: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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•Environmental Protection Agency\

The federal agency responsible for setting

and regulating the standards for the

environment.

Page 25: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Diseases and health conditions linked

to environment:

Emphysema – a chronic lung disorder characterized

by the inability to exhale normally due to collapsed

and stiffened alveoli. Symptoms include shortness of

breath, fatigue, barrel chest and clubbed fingers. It can be

caused or worsened by air pollution as well as smoking.

Page 26: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Lead Poisoning

caused by increased

levels of the lead in the

blood. Lead may cause

irreversible neurological

damage as well as renal

disease, cardiovascular

effects, and

reproductive toxicity.

Page 27: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Some of the places lead is found in are paint,

leaded gasoline, old brass water pipes and lead

mines.

Government

programs have

helped reduce lead

poisoning in the

population by

regulating the

amount of lead in

paints and gasoline

additives.

Page 28: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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• Carbon monoxide poisoning- Carbon monoxide is a significantly toxic gas, but, being colorless, odorless, tasteless, and non-irritating, it is very difficult for people to detect.

Symptoms of mild poisoning include

headaches,vertigo, and flu-like

effects; larger exposures can

lead to significant toxicity of the

central nervous system,and heart,

even death.

Page 29: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Sources of carbon monoxide exposure:

House fires, faulty furnaces, heaters, or

wood-burning stoves, motor vehicle exhaust,

propane-fueled equipment such as kitchen

and portable camping stoves, and gasoline

powered tools such as leaf blowers, lawn

mowers, high-pressure washers, concrete

cutting saws, power trowels, and welders.

Riding in the back of a pick- up truck can

expose the riders to carbon monoxide from the

truck exhaust pipe.

Page 30: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Tuesday, July 10, 2007

Boys' deaths determined to be from carbon monoxide

The Medial

Examiner's Office has

determined that

carbon monoxide

poisoning was the

cause of the deaths of

two brothers on

Monday.

Twelve-year-old Parker

and 14-year-old Jules

Baudin were found dead

in their home in Florida.

Page 31: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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• Lung Cancer – is the

mutation of lung cell

cycles that can be

caused by initiated by

environmental

exposures.

Page 32: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Environmental Exposures

Linked to Lung Cancer

• Radon – an naturally occurring gas that is emitted as uranium decays in the soil.

• Asbestos – used to insulate homes built prior to 1970, if left alone is considered safe. Certified contractors should supervise removal if remodeling or destruction of building containing asbestos is considered.

Page 33: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Environmental Exposures

Linked to Lung Cancer

• Air pollution – it is uncertain exactly what the

correlation is but there is a 10% higher incidence

rate of lung cancer in urban areas compared to

rural areas.

• Industrial chemicals – always read warning

labels and use personal protective equipment as

indicated if working with known carcinogens.

Employers are required to notify employees of

all known hazards in the workplace.

Page 34: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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Environmental Exposures

Linked to Lung Cancer Radiation exposure - Exposure to medical radiation to the

chest for other cancers, for example Hodgkin’s lymphoma

or breast cancer, can increase the risk of lung cancer,

although the benefits of treatment usually far outweigh this

risk.

•Second hand smoke - Secondhand smoke increases the

risk of lung cancer in an exposed nonsmoker two- to-

three-fold times. It is currently felt to be responsible for

1.6% of lung cancers in the United States.

http://lungcancer.about.com/od/causesoflungcance1/a/envirocause.htm

Page 35: Careers in Biomedical Technology · Biomedical Engineer Educational Requirements: Bachelor’s Degree Areas of Specialization: 1. Clinical Engineering - the biomedical engineer designs

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End of Objective 3

Describe environmental careers, resources

and hazards.