Fresher Biomedical Engineer Hospital Job in Mumbai
Must be B.E, hospital experience is preferred
- Local candidate is preferred
- Only male candidate can apply
Must be B.E, hospital experience is preferred
Job Description
* Coordinating with doctors and health care professional in planning, designing, development, acquiring and advanced technology implementations and functioning of Bio-Medical equipment.
* Conducting case study on Engineering based faults analysis, energy conservation.
* Coordinating with company servicing engineers in installation, servicing and negotiating in acquiring new technology and equipments.
* Implementing and adhering to all norms and standards of National and International Organization on Clinical engineering.
* Repairing, servicing, trouble shooting of all hospitals based equipments and taking care of all the engineering aspects of hospital.
www.mmm.org.in
The University of Iowa’s Virtual Soldier Research (VSR) program,
within the Center for Computer-Aided Design (CCAD), is seeking PhD
candidates in human modeling and simulation area. VSR is a world
renowned multi-disciplinary team, with expertise spanning computer
science, optimization, biomechanics, computational mechanics,
physiology, 3D modeling, and others. VSR has developed a human
simulation environment which continues to grow from cutting edge
research and from user-driven product development. This PhD project
will deal with the development of mathematical models to predict
natural human motions for various tasks. We seek candidates who are
interested in modeling, simulation, and control of large multi-body
dynamic systems.
Please visit our website for more information.
Biomedical devices can be extremely advanced, technologically challenging and complex products. Using the latest manufacturing techniques and often exotic materials, biomedical devices particularly those used in humans, present some of the biggest engineering challenges for the material science and medical research communities today. By their very nature, Biomedical devices being implanted in the human body must perform exactly as they were designed, without fail from the time they are surgically implanted, until the day they expire.
The development of biomedical devices can be extremely costly requiring heavy investment across the entire supply chain focusing particularly on the design, protoyping, materials selection, manufacturing and testing of these devices.