61. Why Is It Important For A Biomedical Engineer To Know Anatomical Terms? Why is it important for a biomedical engineer to know anatomical terms? Whyis it important for a biomedical engineer to know anatomical terms? http://www.bae.ncsu.edu/bae/courses/bae465/1999/slides/physanat/tsld002.htm

Why is it important for a biomedical engineer to know anatomical terms? Why is it important for a biomedical engineer to know anatomical terms? Discuss this with your neighbor for 2 min. Previous slide Next slide Back to first slide View graphic version

62. Texas A&M Biomedical Engineer's Discovery May Aid Early Cancer Detection Texas A M biomedical engineer's Discovery May Aid Early Cancer Detection. Sleeplessnights are over for Texas A M University biomedical engineer Lihong Wang. http://www.tamu.edu/univrel/aggiedaily/news/stories/01/072701-4.html

http://teesem.tamu.edu/tcd/archive/fy2001/2001.813.shtml AggieDaily Office of University Relations http://teesem.tamu.edu/tcd/archive/fy2001/2001.813.shtml AggieDaily Office of University Relations

63. AdaIC Flyers -- A Biomedical Engineer's View Of Ada A biomedical engineer's View of Ada, Robert C. Leif, Ada_Med Divisionof Newport Instruments 5648 Toyon Rd. San Diego CA 92115 Tel http://archive.adaic.com/docs/flyers/biomed.html

Home Ada Projects A Biomedical Engineer's View of Ada Robert C. Leif, Ada_Med Division of Newport Instruments 5648 Toyon Rd. San Diego CA 92115 Tel Email : 76137.2164@CompuServe.com Ensuring Dependability Most of the medical devices I have worked on have included a significant software component. No simple solution exists to ensure that the software is dependable; however, using Ada provides a beginning. The United States Department of Defense (DoD) certifies that any compiler it "validates" has passed numerous tests in the validation test suite and Ada compiler vendors, such as Alsys, provide meaningful warranties. The use of Ada for developing expensive, dangerous weapons and for projects requiring a high level of safety, such as air traffic control and aircraft, has established an infrastructure of standards and experience for Ada programmers in specifying, designing, creating, and testing the software. In the United States, if a manufacturer's 510K or Premarket Approval Form fails to substantiate that the product is safe and effective to the Food and Drug Administration's satisfaction, then the device cannot be sold in the country. Even after the sale, a patient can sue the manufacturer for malpractice and negligence if the device harms him or her. Now limited to the United States, the FDA's stringent guidelines are being tailored by the International Organization for Standardization (ISO) for the European Community. Hence, manufacturers will have a harder time avoiding tight standards for high quality by searching outside the United States for their markets.

64. FW: Bioengineer Or Biomedical Engineer? Movement Science listserver BIOMCHL@NIC.SURFNET.NL From Poletto, Chris (NINDS) PolettoC@NINDS.NIH.GOV Subject FW Bioengineer or biomedical engineer? http://isb.ri.ccf.org/biomch-l/archives/biomch-l-2001-05/00116.html

This Month Other Months Search Biomch-L Home ... DrS@DAVIS.COM ] Sent: Wednesday, May 23, 2001 4:53 PM To: BIOMCH-L@NIC.SURFNET.NL Subject: Bioengineer or Biomedical Engineer? Hello all, I am currently working in the litigation field. There has been a new trend in the field of litigation that is attempting to disqualify Biomedical Engineers who state they are Bioengineers, and the opposite also, Bioengineers who are Biomedical Engineers. My question to all of you...is there a true distinction between the two fields, or are they synonymous now days. Your help is greatly appreciated. Sean D. Shimada, Ph.D. This Month Other Months Search Biomch-L Home

65. Position Announcement: Biomedical Engineer - CWRU/Cleveland NL From Ronald J. Triolo rxt24@PO.CWRU.EDU Subject Position Announcementbiomedical engineer CWRU/Cleveland FES Center Comments To ifess@majordomo http://isb.ri.ccf.org/biomch-l/archives/biomch-l-2001-08/00040.html

This Month Other Months Search Biomch-L Home This Month Other Months Search Biomch-L Home ... Biomch-L Home

66. D. Darnel - Attorney, Biomedical Engineer & Certified Clinical Engineer D. Darnel Attorney, biomedical engineer Certified ClinicalEngineer, practice limited to healthcare products/services. http://www.medproductslaw.com/cv.html

David H. Darnel, B.S.E., M.S., CCE, J.D. 103 Alden Drive, Port Jefferson, NY 11777 631.474.8824 Licenses Admitted to the Bars of New York and District of Columbia Certification Certified Clinical Engineer by the International Certification Commission, since 1983 Consulting Medical Product Liability / Patient Injury Investigations Hospital Experience University Hospital and Medical Center SUNY at Stony Brook , Stony Brook, NY Director Biomedical Engineering Department, since 1980 Health Sciences Center SUNY at Brooklyn , Brooklyn, NY Biomedical Engineer, 1979, 1980 Teaching Experience Graduate School of Engineering SUNY at Stony Brook , Stony Brook, NY Professor Technology and Society Department since 1989 Harriman School of Business SUNY at Stony Brook, Stony Brook, NY Assistant Professor, since 1994 The Center For Legal Studies Instructor, Paralegal Certificate Program Education Duke University , Durham, NC School of Engineering B.S.E. Biomedical Engineering, 1979 State University of NY at Stony Brook Stony Brook, NY College of Engineering M.S.

67. MINISCRIPT #373 - Biomedical Engineer Michigan Occupational Information System Miniscript 373 BiomedicalEngineer. biomedical engineers conduct research into the biological http://mois.org/scripts/373.HTM

Michigan Occupational Information System Miniscript #373 - Biomedical Engineer Biomedical Engineers conduct research into the biological aspects of humans and animals to develop new theories and facts or to test, prove, or modify known theories of life systems. Based on research results, they design and/or develop life-support apparatus, utilizing principles of engineering and bio-behavioral sciences. They assist in the application of instrumentation in clinical environments. Please Read: This website is a sample of the MOIS products. MOIS provides career information to students and adults through a wide variety of products, including Your Careeer and College Guideway CD-ROM and myDreamExplorer website. The career information on this (www.mois.org) website is only a fraction of what's available in our products. Your Career and College Guideway CD-ROM includes many self-assessments, job profiles, resume information, EDP, tranition planning, Internet resources, reference materials, plus much more! If you want to experience the full benefit of the MOIS products, please see your career advisor and find out where MOIS is available in your school or community. You may call the MOIS Office toll-free at 866-464-6647 to obtain an order form and license agreement for any of the MOIS products

68. The Scientist - Gairdner Foundation To Honor Biomedical Engineer, Four Others The Scientist 10193, Sep. 30, 1996, '); //. News. Gairdner FoundationTo Honor biomedical engineer, Four Others. By Karen Young Kreeger. http://www.the-scientist.com/yr1996/sept/kreeger_p3_960930.html

The Scientist 10[19]:3, Sep. 30, 1996 News Gairdner Foundation To Honor Biomedical Engineer, Four Others By Karen Young Kreeger For the first time in almost 40 years of recognizing outstanding contributions to medical science, the Gairdner Foundation of Willowdale, Ontario, Canada, will honor the growing field of biomedical engineering. Robert Langer, a biomedical engineer from the Massachusetts Institute of Technology who has made landmark discoveries in drug delivery, is one of five researchers who will be presented with the foundation's annual International Awards at a ceremony on October 25 in Toronto. "When I started doing [the drug-delivery] work in the 1970s, people in chemical engineering and biomedical engineering thought it was on the fringe, at best," recalls Langer. "Now it's something they're very proud of." Since its inception in 1957, the foundation has honored 243 scientists. Of these honorees, 46 or almost 20 percent have gone on to win a Nobel Prize. The five winners for 1996, each of whom will receive $30,000 in Canadian funds ($21,900 in United States dollars), are: Robert S. Langer

69. Biomedical Engineer . A biomedical engineer is an alliedhealth professional who applies general engineering principles......biomedical engineer. Job http://www.users.qwest.net/~wwahec/manual/biomedeng.htm

BIOMEDICAL ENGINEER Job Description A biomedical engineer is an allied health professional who applies general engineering principles and methods to biomedical research and healthcare. Aspects of engineering, physics, and technology are combined to understand and solve problems in life science research, medical diagnosis, medical therapy, and prevention of human disease. Activities may include the following: * study engineering aspects of bio-behavioral systems of humans using a knowledge of human anatomy and physiology * plan and conduct research concerning behavioral, biological, psychological, or other life systems * develop math models/computer simulations of human bio-behavioral systems in order to obtain data for measuring or controlling life processes * design/develop instruments and devices such as artificial organs, limbs, pacemakers, or ultrasound imaging equipment to assist healthcare personnel in observing, diagnosing, repairing, or treating physical ailments or deformities * evaluate effectiveness of drugs and other medications * develop new applications for energy sources such as using nuclear power for biomedical implants * teach, write, consult or manage and maybe work as sales or field engineers and install, adjust, maintain, or repair equipment for biomedical equipment manufacturers

70. Advisor-Biomedical Engineer Position At Open Society Institute ADVISOR biomedical engineer POSITION AT OPEN SOCIETY INSTITUTE AZERBAIJAN.Work time June 1998- February 2000. Responsibilities Testing http://alex.shirinov.com/SorosJob.html

ADVISOR BIOMEDICAL ENGINEER POSITION AT OPEN SOCIETY INSTITUTE - AZERBAIJAN Work time June 1998- February 2000 Responsibilities: Testing, repair and installation of donating medical equipment (cardiologic monitors, defibrillators, ECG machines, suction pumps, surgical HF scalpels, surgical tables and other equipment produced by Todd Systems, Hewlett Packard, Gomco and other companies). Teaching medical staff how to handle the donating equipment. Teaching technical staff how to test and repair medical equipment. Taking part in donation distribution and supervision of how clinics use donating medical equipment. I received training in donating medical equipment installation and repair at Carelift International, Philadelphia, USA, July, 1998

71. Advisor-Biomedical Engineer Position At Open Society Institute Waged work for BIOMED firm and Biomedical Technical Systems firm. Worktime 1997 2000. Responsibilities Testing and repair of medical http://alex.shirinov.com/BiomedJob.html

Waged work for BIOMED firm and Biomedical Technical Systems firm Work time 1997- 2000 Responsibilities: Testing and repair of medical equipment in a number of clinics and institute of Azerbaijan capital Baku its and suburbs. I was responsible for the repair of the following medical equipment: laboratory diagnostic equipment (biochemical analysers, photocalorimeters, ), centrifuges, ultrasonic diagnostic devices, cardiologic monitors, ECG machines, defibrillators, HF surgical scalpels, suction pumps, physiotherapy equipment, sterilizers and autoclaves.

72. Careers.co.za , A biomedical engineer uses engineeringprinciples to solve medical and healthrelated problems.......biomedical engineer. http://www.careers.co.za/displaycmitem.asp?strItemType=Occupations&strID=66

73. Biomedical Engineer Find a job in LearnLink or the surrounding communities. Browse for your next LearnLink job by employer, industry or career field. Submit your resume, http://aim.learnlink.org/00/01/00/07/

Please use a browser with support for "frames".

74. A Biomedical Engineer In The Making A biomedical engineer in the Making. In hopes of finding a better educationalenvironment for their son, Bill Huang's parents immigrated http://www.wse.jhu.edu/archive/pubs/94ar/depts/bme/bme3.html

A Biomedical Engineer in the Making In hopes of finding a better educational environment for their son, Bill Huang's parents immigrated from Taiwan to the United States when he was 11. Mastering English was difficult for the biomedical engineering senior, but he approached it with determination and enthusiasm, traits also characteristic of his years at Johns Hopkins. Valedictorian of his Long Beach Polytechnic High School class, Huang was equally interested in many subjects until he took his first biology course. "I was amazed by the secrets Mother Nature has implanted among us," Huang recalls. "Suddenly, a whole world I did not know existed before me." And Huang was also profoundly affected by his calculus teacher, a man "full of life" and looking forward to retirement until he was diagnosed with multiple sclerosis. To Huang, Johns Hopkins and its biomedical engineering program seemed the right place to prepare for a career in medicine. Huang's early participation in undergraduate research came from a simple need to fill a slot in his course schedule. Having placed out of fresh-man chemistry, Huang approached his adviser, Associate Professor Robert Phair, for guidance. To Huang's surprise, Phair offered the opportunity to do independent research in his lab. And the rest, as they say, is history. At first, Huang read research papers, familiarizing himself with the area of calcium signaling and mathematical modeling of biological systems. Upon beginning research in the second semester, Huang quickly realized that "there are no right or wrong answers; there is only the unknown." His quick aptitude for research and his contributions to research in the behavior of vascular smooth cells have led to listings as first author or co-author of three papers.

75. Job Posting - Biomedical Engineer biomedical engineer Code de Travail / Job Code M2212 Location MontrealWe are seeking an individual with excellent project management http://www.execu-place.com/jm/publish/job_92.html

Biomedical Engineer Code de Travail / Job Code: Location: Montreal We are seeking an individual with excellent project management skills who has the experience and drive to lead product design activities and manage outside vendor activities as required to meet scheduled milestones. The successful candidate will have a demonstrated track record of successful implantable medical device product launches and will thrive in a results oriented work environment. This position offers a unique career opportunity to establish a new generation of implantable medical devices based on a novel biopolymer. Qualifications · Degree in biomedical engineering or mechanical engineering · Demonstrated successful biomedical product development, manufacturing scale-up and launch · Experience with implantable prosthetics. Textile/fiber based implants (suture, mesh, etc.) · Demonstrated project management success in a medical device product development organization · Demonstrated ability to coordinate and manage outside vendor activities coupled with ability to be hands-on when situation demands. · Ability to work independently · Knowledge of quality management systems. Experience working within formal design review process environment

76. Oregon Healthcare Careers - Biomedical Engineer biomedical engineer. Medical engineering The biomedical engineer designsand maintains diagnostic and health care delivery systems. In medical http://www.oregonhealthcarecareers.net/biomedical.html

Biomedical Engineer Medical engineering offers the opportunity to use scientific information, technology, and engineering skills to help solve medical problems, design needed devices, or repair faulty equipment. The biomedical engineer designs and maintains diagnostic and health care delivery systems. In medical engineering, the biomedical engineer develops artificial organs and pacemakers and imaging equipment, limbs, diagnostic and therapeutic devices, ensuring a safe and disease-free work. Members of this health care team enjoy the challenge of new discoveries and creative solutions. Biomedical Engineer Places of Employment Hospitals High School/General Preparation High School diploma required. Schools Colleges with degrees in electronics, electrical engineering, and associated fields Licensure, Certification, Registration None Professional Organizations None Oregon Association of Hospitals and Health Systems

77. Biomedical Engineer biomedical engineer. What do they do? Work in hospitals, universities,industry and research laboratories. Use traditional engineering http://www.providence-hospital.org/careerprofiles/biomed.htm

search Career Profiles Biomedical Engineer What do they do? Work in hospitals, universities, industry and research laboratories. Use traditional engineering expertise to solve problems in biology and medicine. With other professionals, help design artificial hearts, pacemakers, dialysis equipment, surgical lasers and other medical devices, instruments and software. Develop ways to modernize laboratory and clinical procedures. Supervise and advise those who maintain biomedical equipment.

78. Biomedical Engineer In Close Up biomedical engineer in close up. http://www.prospects.ac.uk/student/cidd/superprofiles/250/page1.htm

Biomedical engineer in close up Return to search and browse page Similar occupational areas Job Description Uses engineering principles and advanced technology to analyse and solve problems in biology and medicine to continually improve health care. The work involves working with a wide range of health care professionals and sometimes patients. Typical Work Activities These include: designing, developing and testing new materials, devices and equipment; working in a multidisciplinary environment to bring together knowledge and expertise from a range of disciplines including medicine and materials science; conducting research to solve clinical problems; discussing and solving problems with manufacturing, quality, purchasing and marketing departments; liaising with medical staff on product development and design. Written: CSU and AGCAS

79. Biomedical Engineer In Close Up biomedical engineer in close up. Return to search and browse page. Similaroccupational areas. Related Occupations. Electronics engineer; http://www.prospects.ac.uk/student/cidd/superprofiles/250/page7.htm

Biomedical engineer in close up Return to search and browse page Similar occupational areas Related Occupations Electronics engineer Materials engineer Materials technologist Written: CSU and AGCAS

80. Senior World Online - Articles Senior World Online. biomedical engineer Tames Cardiac Arrhythmia. 400,000 Americansdie each year from cardiac rhythm disorders, commonly known as arrhythmias. http://www.seniorworld.com/articles/a19981106204158.html

Biomedical Engineer Tames Cardiac Arrhythmia 400,000 Americans die each year from cardiac rhythm disorders, commonly known as arrhythmias. Yoram Rudy, a professor of biomedical engineering at Case Western Reserve University, would like to change those statistics for the better. That's why he has spent the last two decades exploring the electrical activity of the heart to learn more about these abnormal heart rhythms. Rudy, founding director of CWRU's Cardiac Bioelectricity Research and Training Center, says that understanding the mechanisms for these abnormal rhythms could save lives through better diagnosis and treatment of cardiac arrhythmias. What's so special about Rudy's work? He uses theoretical techniques such as mathematical modeling and computer simulations combined with experimental and clinical data to find out why these rhythm disorders occur, where they originate from, and what might be done to prevent or treat them. The work is complex because abnormal rhythms can begin in a single cell and trigger the collapse of the entire circulatory system. "The electrical activity of the heart is really the signal that tells the heart to contract," says Rudy. "It allows the heart to pump blood in a synchronous manner." Normally, the heart's natural pacemaker produces electrical impulses that spread throughout the heart like a wave, telling it to contract. The wave of electrical excitation travels in a precisely defined path that is repeated during every heart beat, explains Rudy. However, if a person has heart disease, fibrillation can occur, causing fast and irregular heartbeats. As a result, the heart's electrical impulses can become chaotic, leading to sudden death.

A  B  C  D  E  F  G  H  I  J  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z

Page 4     61-80 of 104    Back | 1  | 2  | 3  | 4  | 5  | 6  | Next 20