Bioengineering/Biomedical Engineer

Biomedical engineers work in different areas of medicine focusing on various ways that technology can be used to treat or alleviate biological or medical problems. Some look at how different substances are processed in the body and generate medicines to enhance those processes. Others focus on developing materials that will promote healing or that can replace worn or injured body parts. Some biomedical engineers specialize in electronics or mechanics that have medical applications.

Education

A four year college degree is needed for biomedical engineering work. Many biomedical engineers have degrees in chemical or electrical engineering, but also take many of "pre-med" classes. Many get graduate degrees, and some continue on to medical school and get M.D's.

Lifestyle

Many biomedical engineers work in research labs.

Skills

You are a Biomedical/Bioengineering engineer, if you:

  • Can sell your ideas to get the grants you will need 
  • Have tenacity; won't get discourages and give up
  • Like math and physics 
  • Are fascinated with how things work
  • Like to build mechanical things 
  • Can solve problems creatively
  • Love to user your imagination to think about how to make things better 
  • Want to help people have higher quality lives 

Salary

The starting salary for a biomedical engineer (2009):

B.S. degree
$68,000

M.S. degree
$79,875

Examples

  • Create a prosthetic leg designed especially for children
  • Grow tissues that help repair damage from heart attacks
  • Protect the environment by producing organic fertilizer
  • Grow vegetables that contain more nutrients
  • Develop cancer treatments that don’t cause debilitating side effects

 

  • Answered by Marjolein van der Meulen
  • Answered by Jennifer Elisseeff
  • Samantha Morris Posted on December 13, 2012 by Samantha Morris
    Remote Presence
    Robots allow critical care physicians to be in two places at once.
    There are few people who need to be in two places at the same time more than physicians, and thanks to some remarkable robots known as remote presence (RP) devices doctors now have the ability. The robots are particularly useful for stroke patients where time is of the essence. They are designed to have video and sound transmitting capabilities so victims of stroke can have access to professional physician diagnoses 24/7 via teleconference. “The neuro-stroke robots allow me to diagnose and initiate treatment within those critical minutes [of stroke],” says Dr. Ignacio Carrillo-Nunez, a doctor who demonstrated one of the robots at St. Mary Medical Center of Long Beach, California.
    The RP devices allow collaboration between hospital staff members and a remote physician, no matter how far apart they are located. To receive immediate feedback from a physician, the staff members simply “beam ...
    Full Post

    Resource Added: December 13, 2012

    Latest Update: December 13, 2012

  • Egirl   Team Posted on November 26, 2012 by Egirl Team
    We Could Have Power Coming Out of Our Ears
    A new technology may make human-powered implantable hearing aids a reality.
    Full Post

    Resource Added: November 26, 2012

    Latest Update: November 28, 2012

  • Answered by Heidi Koschwanez
  • Egirl   Team Posted on September 11, 2012 by Egirl Team
    Design Makes World of Difference to Newborns
    Making the world a better takes great design - not just great ideas. Timothy Prestero, founder and CEO or Design that Matters gives us a wonderful example what happens when passion to make a difference meets engineering know-how.
    Full Post

    Resource Added: September 11, 2012

    Latest Update: October 23, 2012

  • Egirl   Team Posted on August 30, 2012 by Egirl Team
    Bionic Arm
    A team of five biomedical engineers in Edinburgh, Scotland created the first working bionic arm in 1993. The Bionic Arm also called the Edinburgh Modular Arm System, is packed with microchips, position-control circuits, miniature motors, gears, and pulleys. It rotates at the shoulder, bends at the elbow, rotates and twists at the wrist, and can grip using artificial fingers. The pulses then control each movement of a "new" arm.
    Full Post

    Resource Added: August 30, 2012

    Latest Update: September 5, 2012

  • Marjolein  van der Meulen Posted on July 26, 2012 by Marjolein van der Meulen
    Marjolein van der Meulen
    My dad really steered me towards engineering as a career, but I was more interested in biology initially. Then I discovered the two fields could be combined during high school when I saw a 60 Minutes segment on helping paraplegics regain walking skills. So, I started as a mechanical engineer interested in biological problems and never looked back.
    Full Post

    Resource Added: July 26, 2012

    Latest Update: August 8, 2012

  • Christine  Schmidt Posted on July 26, 2012 by Christine Schmidt
    Christine Schmidt
    Engineering was a difficult discipline that required much self-discipline, and on many occasions, I thought about changing majors. However, with the support of my family and with a belief that I could do anything, I obtained my B.S. degree in 1988 with high honors.
    Full Post

    Resource Added: July 26, 2012

    Latest Update: August 8, 2012

  • Jennifer  Elisseeff Posted on July 26, 2012 by Jennifer Elisseeff
    Jennifer Elisseeff
    In the short term I would like to develop a productive research laboratory working to solve important medical problems using principles of engineering. In the long term I would still like to be a professor but also start a company and get involved with science policy.
    Full Post

    Resource Added: July 26, 2012

    Latest Update: August 8, 2012

  • Monique  Frize Posted on July 26, 2012 by Monique Frize
    Monique Frize
    Continue my current research and provide guidance and mentoring to students who study and work in biomedical engineering.
    Full Post

    Resource Added: July 26, 2012

    Latest Update: August 8, 2012

  • Heidi Koschwanez Posted on July 26, 2012 by Heidi Koschwanez
    Heidi Koschwanez
    My short term goal is to finish my PhD in biomedical engineering.  My long term goal is to find a job that will make me happy and let me have enough time to raise a family. 
    Full Post

    Resource Added: July 26, 2012

    Latest Update: August 8, 2012

  • Shruti  Pai Posted on July 26, 2012 by Shruti Pai
    Shruti Pai
    B.S. and M.S. in biomedical engineering, Worcester Polytechnic Institute, Worcester, Massachusetts.
    Full Post

    Resource Added: July 26, 2012

    Latest Update: October 12, 2012

  • Lisette Manrique Miller Posted on July 26, 2012 by Lisette Manrique Miller
    Lisette Manrique
    B.S. and M.S. in biomedical engineering, Worcester Polytechnic Institute, Worcester, Massachusetts.
    Full Post

    Resource Added: July 26, 2012

    Latest Update: August 8, 2012

  • Chi-An W. Emhoff Posted on July 26, 2012 by Chi-An W. Emhoff
    Chi-An Wang
    Chi-An’s work may lead to better treatments and care for people with life-threatening illnesses. She’s a mechanical engineer who helps to ensure the quality of state-of-the-art medical devices called GeneChip DNA probes. These highly sensitive probes can be used to detect certain diseases and may radically change how they are diagnosed and treated.
    Full Post

    Resource Added: July 26, 2012

    Latest Update: October 17, 2012

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More Engineers!

Lisette Miller
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Marjolein van der Meulen
Remote Presence

Robots allow critical care physicians to be in two places at once.

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Latest Question

Is biomedical engineering really all men?

by Basmafrom London

Hi i am a female and i am very very interested in biomedical engineering. However i heard that the course is very male dominated and i would be so comfortable in an all male environment. Is this true? or is that just a stereotype for all engineering ...

Read the answer