Experience:1 – 3 Years
Compensation:Rupees 80,000 – 1,25,000
Education:UG – Diploma – Electronics/Telecomunication, Mechanical PG – Post Graduation Not Required
Industry Type:Medical/ Healthcare/Hospital
Posted Date:07 Feb
Desired Candidate Profile
Diploma holders in Electronics or Biomedical engineering, with or without experience in Biomedical equipments are eligible to apply. Should take care of All servicing issues. Freshers can also apply.
Taking care of the service issues of Biomedical Equipments.
Training shall be provided to the freshers.
Position Description: Optical coherence tomography (OCT) is a biomedical imaging technique that is used to make 3D cross sectional images of tissue. Current OCT systems are bulky and expensive. In this project we will work on novel technologies that can lower the cost and form factor of OCT. The work will focus on building a handheld swept-source OCT based on an integrated optics platform for waveguiding. Image processing and correction will be studied as motions of a handheld OCT probe need to be corrected for. The OCT device will be tested in application areas such as medical diagnostics and/or forensics. This project is part of the recently started IOP Photonic devices program “Low-cost handheld optical coherence tomography device”.
This is a preview of Fully Funded Phd in Biomedical Engineering in Netherlands.
Read the full post (833 words, 1 image, estimated 3:20 mins reading time)
What they do: Design and develop medical devices, treatments, and procedures, from artificial hearts to drug-delivery systems. Breathtaking technological advances are intersecting with the medical needs of an aging population, creating what the U.S. government projects will become “the fastest-growing occupation in the economy.”
What’s to like: The mix of disciplines, says Steve Sherman, 54, a biomedical engineer for Maine Manufacturing in Sanford, Maine, which produces lab supplies and components for medical equipment. “Some days I’ll work only in biology, other days in engineering, and sometimes combine the two.”
This is a preview of Biomedical Engineering is in the TOP 10 Jobs in America.
Read the full post (197 words, 2 images, estimated 47 secs reading time)
Artificial Heart Science – This episode spotlights biomedical engineer Richard Smith, CCE, MSEE, the director of the Artificial Heart Program at University Medical Center (UMC) in Tucson, Ariz. When Smith went to college, biomedical engineers weren’t part of the operating room team. However, his background in science and math got him into the operating room in 1985, when he helped implant the first Total Artificial Heart used as a bridge-to-transplant. Today, it is the only FDA, Health Canada and CE approved temporary Total Artificial Heart in the world. There have been more 790 implants, and surgical teams look to Smith to be the expert on the Total Artificial Heart and other heart devices.
This is a preview of Artificial Heart Engineer- A new Job Prospect in Biomedical Engineering.
Read the full post (166 words, 1 image, estimated 40 secs reading time)
