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Biomedical Engineer:     more books (100)

Intermediate Probability Theory for Biomedical Engineers (Synthesis Lectures on Biomedical Engineering) by John Enderle, 2006-11-09 Introduction to Statistics for Biomedical Engineers (Synthesis Lectures on Biomedical Engineering) by Kristina Ropella, 2007-10-26 Basic Probability Theory for Biomedical Engineers (Synthesis Lectures on Biomedical Engineering) by John Enderle, 2006-08-01 Biotechnology for Biomedical Engineers , 2003 publication by various, 2003-01-01 Advanced Probability Theory for Biomedical Engineers (Synthesis Lectures on Biomedical Engineering) by John D. Enderle, 2006-11-10 REGISTERS OF ANAESTHETIST'S ASSISTANTS, BIOMEDICAL ENGINEERS, CLINICAL BIOCHEMISTS, DENTISTS, GENETIC COUNSELLORS, HEALTH ASSISTANTS, INTERNS, MEDICAL PHYSICISTS, MEDICAL PRACTITIONERS, MEDICAL SCIENTISTS, SUPPLEMENTARY MEDICAL SCIENTISTS. AT 09/11/200 by MEDICAL AND DENTAL PROFESSIONAL BOARD, 2000 Introduction to Molecular Biology, Genomics and Proteomics for Biomedical Engineers by Robert B. Northrop, 2008-01-01 Electric Circuits, Bioinstrumentation and Measurement for Biomedical Engineers: An Introduction (with LabVIEW) by John Enderle, Dennis Lovely, 2010-10-29 Proceedings of the Ophthalmic Technologies Iii/Vol No 1877: 16-18 January 1992, Los Angeles, California (Progress in Biomedical Optics) by Parel J. Kapzir, 1993-07 BIOMEDICAL ENGINEERING: An entry from Macmillan Reference USA's <i>Encyclopedia of Bioethics</i> by Caroline Whitbeck, 2004 Genetic Engineer: An entry from Macmillan Reference USA's <i>Macmillan Reference USA Science Library: Plant Sciences</i> by Scott Merkle, Wayne Parrott, 2001 "We do it all": ag engineers have the background to do anything.(Vision): An article from: Resource: Engineering & Technology for a Sustainable World by Suzanne M. Howard, 2006-11-01 Biomedical engineering: An entry from Thomson Gale's <i>Gale Encyclopedia of Nursing and Allied Health</i> by Genevieve Pham-Kanter, 2002 Mercy biomedical techs save money, improve lives in southeast Asia.(This Just In): An article from: All Hands by Mark Logico, 2008-08-01

lists with details

41. US-MN, Minneapolis, Summer Associate:Electrical/Biomedical Engineer 30852
    USMN, Minneapolis, Summer AssociateElectrical/biomedical engineer 30852. Requisition30852. Title Summer AssociateElectrical/biomedical engineer.  
    http://www.medzilla.com/jobs/wjmedtronic_30852.htm
    
    Extractions: US-MN, Minneapolis, Summer Associate:Electrical/Biomedical Engineer 30852 Requisition: Title: Summer Associate:Electrical/Biomedical Engineer Category: College Programs Business: Cardiac Rhythm Management Division: Cardiac Rhythm Mgmt HRD(15) Location: USA-MN-Mpls-Fridley Relocation: Relocation eligibility to be determined Job Type: Exempt, Full Time, Intern Shift: First Purpose: We have Summer Intern opportunities for Electrical and Biomedical Engineering majors in the areas of product development/design, testing and quality assurance, research, and integrated circuit design. Under the leadership of senior engineers you will use state-of-the-art engineering tools and methods to design/develop products to be used by physicians including pacemakers, and implantable defibrillators, neuro-stimulators, drug pumps and other implantable medical devices. Summary of Major Responsibilities: Summary of Major Requirements: Minimum Requirements: Working toward a BS or MS in Electrical Engineering or Biomedical Engineering with an electrical emphasis, work on projects in a team environment. Minimum GPA 3.0. Relevant academic projects and / or internship experience helpful.

42. US-MN, Minneapolis, Sr Prin Biomedical Engineer 31162
    USMN, Minneapolis, Sr Prin biomedical engineer 31162. Requisition 31162.Title Sr Prin biomedical engineer. Category Engineering.  
    http://www.medzilla.com/jobs/wjmedtronic_31162.htm
    
    Extractions: US-MN, Minneapolis, Sr Prin Biomedical Engineer 31162 Requisition: Title: Sr Prin Biomedical Engineer Category: Engineering Business: Cardiac Rhythm Management Division: CRM Shared Product Development(128) Location: USA-MN-Mpls-Fridley Relocation: Relocation eligibility to be determined Job Type: Exempt, Full Time, Regular Shift: First Purpose: The candidate will partner closely with the Therapy Delivery Systems, Heart Failure, Arrhythmia Management, and MiniMed Organizations, as well as with the Corporate Science and Technology Organization and external world experts in the development of chronic implantable biochemical sensors for the management of patients suffering from chronic cardiac disease. Summary of Major Responsibilities: Summary of Major Requirements: Please visit our website at www.medtronic.com Application Form From:

43. Biomedical Engineer Industry Profile
    biomedical engineers. Use the links below to browse career information specific toyour industry. Employment. biomedical engineers held about 7,200 jobs in 2000.  
    http://www.thingamajob.com/engineering/industry_profiles/biomedical.shtml
    
    Extractions: Additional Sources of Information Nature of the Work top Employment Biomedical engineers held about 7,200 jobs in 2000. Manufacturing industries employed 30 percent of all biomedical engineers, primarily in the medical instruments and supplies industries. Many others worked for health services. Some also worked on a contract basis for government agencies or as independent consultants. Job Outlook Employment of biomedical engineers is expected to increase faster than the average for all occupations through 2010. The aging population and the focus on health issues will increase the demand for better medical devices and systems designed by biomedical engineers. For example, computer-assisted surgery and cellular and tissue engineering are being more heavily researched and are developing rapidly. In addition, the rehabilitation and orthopedic engineering specialties are growing quickly, increasing the need for more biomedical engineers. Along with the demand for more sophisticated medical equipment and procedures is an increased concern for cost efficiency and effectiveness that also will increase the need for biomedical engineers.

44. Biomedical Engineer
    How did you become a biomedical engineer? My parents worked at NASA during the Apollomission. Title biomedical engineer. Employer Johnson Space Center, NASA.  
    http://www.cdr.state.tx.us/Students/WhyStudyThis/Interviews/ramsey.html
    
    Extractions: Susan is an engineer at NASA. Engineers apply the principles of math and science to real-life. They design, construct and operate everything from lawnmowers to bridges. Susan helps research the design for the spacesuits that current astronauts wear by taking measurements of people and studying how they move. She also helps Jan Connolly plan the interior of the International Space Station. As a recent graduate, high school and college are still fresh in Susan's mind and she has some great advice for other students: "Take as much math and physics in high school as you can. They spoon-feed it to you compared to in college." She also thinks that you should seriously consider getting a technical degree such as engineering. "It opens more doors," she explains. "Because I was an engineer, I could interview for both business and engineering jobs." In fact, a strong background in math and science may make it easier to find work, especially when jobs are scarce. Like all the people we interviewed, Susan believes that getting along with others is an important part of any job. When asked how she does it, she replies, "I think attitude is part of it. My job supports others; I'm there to help." Susan's focus on cooperation and teamwork explains why she's already such a success at so young an age.

45. Biomedical Engineer, Medical Product/device Development
    biomedical engineer, Medical product/device Development. From ML RaghavanDate 17 Nov 1997 Time 155204 Remote Name 136.142.149.131. Comments.  
    http://www.ibeweb.org/Wanted/_disc7/00000011.htm
    
    Extractions: Remote Name: M. L. RAGHAVAN 3440 Dawson St., #3 Pittsburgh PA 15213 Ph. (412) 648 8959 (off) email: raghavan@fusiform.surgery.pitt.edu URL: http://www.pitt.edu/~madhavan (A formatted version of this Resume may be viewed at and downloaded from the above webpage) OBJECTIVE Currently seeking full-time employment in the filed of Medical devices/products design, development and research. Willing to relocate EDUCATION * Doctoral Studies : Jan. '93 - Present, Bioengineering Program, University of Pittsburgh. Major : Cardiovascular Biomechanics * Bachelor of Engineering : Jul. '88 - Apr. '92, Coimbatore Institute of Technology, India. Major : Mechanical Engineering WORK EXPERIENCE * Research Assistant : Jan. '93 - Present, Section of Vascular Surgery, Department of Surgery, University of Pittsburgh. * Teaching Assistant : Aug. '93 - Apr. '94, School of Engineering, University of Pittsburgh. AREAS OF RESEARCH * Vascular grafts * Cardiovascular soft tissues: Experimental testing and mathematical modeling * Aortic aneurysm * Medical imaging and image processing: CT, MRI, Ultrasound * Theoretical (linear and nonlinear) and computational mechanics (Finite element method) * CAD/CAM, Solid modeling, graphic animation * Statistical analyses

46. Biomedical Engineer, Medical Product/device Development
    biomedical engineer, Medical product/device Development. From ML RaghavanDate 17 Nov 1997 Time 154816 Remote Name 136.142.149.131. Comments.  
    http://www.ibeweb.org/Wanted/_disc7/00000010.htm
    
    Extractions: Remote Name: M. L. RAGHAVAN 3440 Dawson St., #3 Pittsburgh PA 15213 Ph. (412) 648 8959 (off) email: raghavan@fusiform.surgery.pitt.edu URL: http://www.pitt.edu/~madhavan (A formatted version of this Resume may be viewed at and downloaded from the above webpage) OBJECTIVE Currently seeking full-time employment in the filed of medical devices/products design, development and research. Willing to relocate EDUCATION * Doctoral Studies : Jan. '93 - Present, Bioengineering Program, University of Pittsburgh. Major : Cardiovascular Biomechanics * Bachelor of Engineering : Jul. '88 - Apr. '92, Coimbatore Institute of Technology, India. Major : Mechanical Engineering WORK EXPERIENCE * Research Assistant : Jan. '93 - Present, Section of Vascular Surgery, Department of Surgery, University of Pittsburgh. * Teaching Assistant : Aug. '93 - Apr. '94, School of Engineering, University of Pittsburgh. AREAS OF RESEARCH * Vascular grafts * Cardiovascular soft tissues: Experimental testing and mathematical modeling * Aortic aneurysm * Medical imaging and image processing: CT, MRI, Ultrasound * Theoretical (linear and nonlinear) and computational mechanics (Finite element method) * CAD/CAM, Solid modeling, graphic animation * Statistical analyses

47. Biomechanical Biomedical Engineer@(800) 683-9847
    Expert 986. biomedical engineer, FDA Neurological devices, Certified ClinicalEngineer, International Health Care Safety Professional. Expert 59.  
    http://www.freereferral.com/Biomechanical.experts.htm
    
    Extractions: Home Page Site Search Request Expert Email Us ... Complete List of Experts The following are some of the Biomechanical / Biomedical Engineers we have currently listed with us. To view cv's of these experts, please click on the links below and call Expert #815 Engineering, Biomedical, Medical Device Design, Development, Manufacture, Bio-Compatible Material, Good Manufacturing Practices (GMP), Disposable, Reusable Medical Products, Minimally Invasive Surgery Instrumentation. Expert #819 Electrical / Biomedical Engineering Expert #834 Ergonomics, Biomechanics, Human Factors Engineering Expert #986 Biomedical engineer, FDA Neurological devices, Certified Clinical Engineer, International Health Care Safety Professional Expert #59 Biomechanical Auto-Accident Reconstruction Expert #78 Expert #81 Engineer, Biomechanical, Professor of Engineering, mechanics, biomechanics, accident reconstruction Expert #82 Expert #116 Chiropractor, Board Certified, IME, medical malpractice, soft tissue, spinal neurology and spinal biomechanics For more information about Consolidated Consultants Co. Click on

48. In The Spotlight: Biomedical Engineer George Stetten
    In the spotlight biomedical engineer George Stetten. Monday, July 22, 2002.By Byron Spice, PostGazette Staff Writer. George Stetten media darling?  
    http://www.post-gazette.com/healthscience/20020722sonicside0722p5.asp
    
    Extractions: Home ... Science In the spotlight: Biomedical engineer George Stetten Monday, July 22, 2002 By Byron Spice, Post-Gazette Staff Writer George Stetten: media darling? A self-effacing, somewhat shaggy denizen of the laboratory, Stetten hardly seems to fit the part. But his invention, the sonic flashlight, has attracted enough news media attention that the Whitaker Foundation considers him something of an expert in dealing with limelight. The foundation, which sponsors biomedical engineering research, helped give Stetten whatever fame he enjoys today when it issued a press release about the sonic flashlight last December and featured it on the foundation's Web page. What followed were a number of short stories and illustrations that appeared in magazines such as Discover, Popular Science and, to Stetten's mild embarrassment, Men's Health, the monthly known for its beefcake covers. At one point, the device was featured on Slashdot

49. Career Cards - Science And Engineering - Biomedical Engineer
    biomedical engineer. biomedical engineers use engineering and physiologicalprinciples to solve medical and healthrelated problems.  
    http://www.etxahec.org/hcp/CP/18d.htm
    
    Extractions: CAREER PAGES MAIN FIND YOUR AHEC CENTER! EAST TEXAS AHEC HOME Biomedical Engineer Biomedical engineers use engineering and physiological principles to solve medical and health-related problems. They may design and develop medical equipment and instruments such as artificial implants or pacemakers, or they may adapt computers to medical science. Research may range from the study of biological systems and their engineering aspects to the design and improvement of medical devices. Work Environment

50. 1997 Comp-neuro Postings: Job Posting - Biomedical Engineer
    job posting biomedical engineer. Jimmy Abbas (abbas@pop.uky.edu) Thu,19 Dec 1996 165700 -0500 Position Biomedical Research Engineer.  
    http://www.neuroinf.org/lists/comp-neuro/Archive/1997/0001.html

51. Biomedical Engineer Develops Reversible Male Contraceptive
    biomedical engineer develops reversible male contraceptive. The Timesof India Monday 22 December 1997. A new reversible male contraceptive  
    http://www.healthlibrary.com/news/news22dec/story18.htm
    
    Extractions: ``The invention is an improvement over earlier injectable contraceptives since it is localised and there is no detectable interaction with other parts of the body unlike hormonal injectable contraceptives which travel to the reproductive system as well as virtually all other parts of the human system,'' Risug's inventor Dr Sujoy Guha said.

52. Becoming An Biomedical Engineer
    Ask A Scientist©. Engineering Archive. Becoming an biomedical engineer. IndexKey ENG067 Author kevin foutch Subject Becoming a biomedical engineer.  
    http://newton.dep.anl.gov/newton/askasci/1995/eng/ENG67.HTM
    
    Extractions: Index Key: ENG067 Author: kevin foutch Subject: Becoming a Biomedical engineer. What are the different aspects of a biomedical engineer? Response #: 1 of 1 Author: david r munoz The different aspects of a biomedical engineer (that I know of) include the following. I have known several engineers who have worked in the biomedical field. One friend was involved with prostheses (that is artificial joints or limbs). He was working on the design of an artificial knee and testing various designs on a rather sophisticated walking machine. I have another friend who was involved with the design of instruments used to measure the cardiac output of a human heart. He is now a doctor as he decided to go to medical school after finishing a bachelors and masters degree in mechanical engineering. I hope this gives you an idea of what types of things biomedi- cal engineers might do.

53. Biomedical Engineer
    biomedical engineer. Traits for Success excellent problemsolving skillsprobing intellect strong math and science skills good communicator.  
    http://www.sowega-ahec.org/career_guide/biomedeng.html
    
    Extractions: Hospital-Based Programs Go to a Health Career Athletic Trainer Audiologist Biomedical Engineer Biomedical Equipment Technician Blood Bank Technology Specialist Cardiovascular Technologist Chiropractor Clinical Nurse Specialist Counselor Cytotechnologist Dental Assistant Dental Hygienist Dentist Diagnostic Medical Sonographer Dietetic Technician Dietitian Doctor of Medicine Doctor of Osteopathy Emergency Medical Technician Health Care Administrator Health Educator Health Information Manager Health Information Technician Health Sciences Librarian Histology Technician Histotechnologist Human Services Worker Industrial Hygienist Licensed Practical Nurse Medical Assistant Medical Coder Medical Dosimetrist Medical Illustrator Medical Laboratory Technician Medical Secretary Medical Technologist Medical Transcriptionist Nuclear Medicine Technologist Nurse Anesthetist Nurse Midwife Nurse Practitioner Nursing Assistant Occupational Therapist Occupational Therapy Assistant Optician Optometrist Orthotist Perfusionist Pharmacist Pharmacy Technician Phlebotomist Physical Therapist Podiatrist Physical Therapy Assistant Physician Assistant Prosthetist Psychologist Radiation Therapy Technologist Radiologic Technologist

54. Biomedical Engineering - What Is A Biomedical Engineer?
    What's A biomedical engineer? A biomedical engineer uses traditionalengineering expertise to analyze and solve problems in biology  
    http://www.bergen.org/Engineering/Biomedical_Engineering/what_is.html
    
    Extractions: What's A Biomedical Engineer? A biomedical engineer uses traditional engineering expertise to analyze and solve problems in biology and medicine, providing an overall enhancement of health care. It turns out that lots of people have a common interest of trying to improve human life, which exploits the many specialty areas inside of the field of Biomedical Engineering.

55. Biomedical Engineering - What Is A Biomedical Engineer?
    What Is A biomedical engineer? Cloning. A scientist named Dr. Ian Wilmut clonedthe first sheep in February of 1997, which made headlines all over the world.  
    http://www.bergen.org/Engineering/Biomedical_Engineering/what_is07.html
    
    Extractions: A scientist named Dr. Ian Wilmut cloned the first sheep in February of 1997, which made headlines all over the world. This scientific breakthrough is said to be one of the most important in all of biomedical history. As a matter of fact, this work has drawn such press coverage and people have begun speculation on cloning actual people. Here is how it was done. Cells are easier to clone when they are early because after a certain age, they all divide off to "take different jobs" in the living system. After dividing up into different proteins and organs and muscles, it's very difficult to copy them from there. By using older animal genes to clone, scientists can learn more about the aging process. Roslin's breakthrough included using chemical baths in which adult mammary gland cells were soaked in some kind of liquid. They 'forgot' that they were special cells that would eventually divide up into different categories. The nuclei entered a state where the division of each nucleus's genetic material was slowed down. This made transfer to an egg cell more likely to succeed. This nuclear transfer cell developed into a useable embryo, which was then implanted into a surrogate mother, and developed into Dolly.

56. The Upstate Health Workforce Center - Career Options - Biomedical Engineer
    home, biomedical engineer, health care. upstate new york. workforcecrisis, return to jobs page Responsibilities biomedical engineers  
    http://www.healthjobsny.com/career_options/biomedical_engineer.asp
    
    Extractions: Biomedical Engineers combine their knowledge of science and engineering to design and develop medical equipment and instruments that improve the quality of life of patients. Biomedical Engineers have designed devices such as pacemakers, artificial kidneys, heart valves, surgical lasers, and life support equipment. Also, they install, maintain, and repair biomedical equipment. Some Biomedical Engineers teach while others manage laboratories. Biomedical Engineers may work alone or with hospital operating teams, scientists or other specialists. They are employed in hospitals, research facilities, industry, government, and undersea and space programs. Education/Certification Bachelor's degree in biomedical engineering or a Bachelor's degree in another engineering field and a Master's degree in Biomedical Engineering.

57. Biomedical Engineer
    biomedical engineer. $11.95 GM15 Apply engineering and scientific methodsto find solutions to problems in medicine and the life sciences.  
    http://www.4expertise.com/Biomedical_Engineer.html
    
    Extractions: Back to the !Front Door! or DIRECTORY Don't forget, you can not go wrong ordering from 4expertise.com Store...all our items are sent with a 30 day money back guarantee. We want you to be satisfied and shop here often. Call toll-free 800-221-3104 or email us if you have questions or comments. carl@4expertise.com Web Site Designed with Care by:

58. MedHunters.com: Deleted Job (#389335)
    biomedical engineer (SAAD Medical Center Saudi Arabia) Position Id 389335. Positionbiomedical engineer (SAAD Medical Center - Saudi Arabia).  
    http://www.medhunters.com/job/389335.html

59. Careers At Medtronic - Technical Recruiting Schedule
    Case Western biomedical engineer (EE or Software emph) Electrical / Biomedical  
    http://www.medtronic.com/employment/technicalvisit.html

60. Why Is It Important For A Biomedical Engineer To Know Anatomical Terms?
    Why is it important for a biomedical engineer to know anatomical terms? 8/26/99. Whyis it important for a biomedical engineer to know anatomical terms?  
    http://www.bae.ncsu.edu/bae/courses/bae465/1999/slides/physanat/

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