There are a bunch of techniques (that I know of), and none of them are exactly easy to explain. Let me start by listing the types I know of – they can easily be found on the internet :
1) EEG
2) CAT
3) PET
4) MRI
5) fMRI
6) MEG
Now, for the details. I will do my best to break each down into as basic a description as I can, but I may overlook some concepts. Let me know. I’m not going to go into much detail on the diagnostic uses for each technique, but I will make a mention of at least one possibility for each.
Our company is in Clinical Diagnostics IVD catering to Pathology products. We are in the process of recruiting biomedical Engineers for Mumbai location. I am trying to post the job details on the biomedikal site but unable to do, hence mailing you. Please find the below job details :
Position : Sales/Service Engineer
Job Description :
To do installations of analysers at new customers.
Provide user training to Doctors and pathology laboratory technicians.
Attend breakdown calls as and when required.
Complete preventive maintenance routine as scheduled.
We have received a contract for maintenance of TB labs across India for which field service engineers experienced in maintenance of general lab equipments will be required, even we we require few biomedical intern for assisting project management in our Delhi office.
PRoject: laboratory equipment maintenance
Experience in general lab equipment
Qualification: degree, diploma in biomedical engineering, medical electronics or electronics
Experience: 2 to 3 years in laboratory equipment
Applications are invited for the Post of Post-Doctoral Research Fellow/Jr Research Fellow/Sr Research Fellow/Research Associate for a Project sponsored by the Indo- German Science and Technology Centre under the Department of Science and Technology, Ministry of Science and Technology, Government of India (IGSTC/Call 2014/decision/2015 dated 1 st July 2015)
Title of the Project: “Next-generation dynamic Scheimpflug imaging and biomechanical analytics for in vivo quantification of corneal viscoelasticity (SIBAC)”
Qualification: B.Tech., M.Tech or Ph.D in Mechanical Engineering, Biomedical Engineering or any related field (preferably CSIR NET/GATE qualified for M.Tech)
Number of Position: One
Principal Investigator: Dr.Abhijit Sinha Roy, Division of Imaging, Biomechanics and Mathematical Modeling, Narayana Nethralaya Foundation, Bengaluru – 560 100, KA.
The Bioengineering program at CMC-Vellore is unique in India in offering Postgraduate engineering education in a medical institution. It imparts training in engineering analysis, design and prototyping within a multi- faceted medical institution. Its aim is to bring some of the best global practices in interdisciplinary biomedical engineering R&D to address healthcare problems inIndia. Bioengineering at CMC
Bioengineering Involves basic science and applied research in medical instrumentation, prostheses, mathematical analysis of physiological processes, biomechanics of musculoskeletal
systems, rehabilitation engineering etc. Bioengineering has engineering at its core, and includes the disciplines of physics, mechanics, electronics, and computational methods applied to
physiology and medicine. The Department
The Bioengineering department at CMC-Vellore works closely with several other departments in CMC and significant work has been in Physiological Measurements, Prostheses and Assistive Devices, Electrodiagnostics, Neuorehabilitation technology etc. The department has electronics and mechanical fabrication and testing labs as well as embedded and GUI software development facilities. Devices developed in the department are in use in clinical departments and research labs in CMC and other institutions. The Bioengineering department at
CMC is a participant in a three institution M.Tech. (Clinical Engineering) and Ph.D. (Medical Devices) initiative, jointly run by IIT-Madras, SCTIMST-Trivandrum and CMC-Vellore. The
admissions for those programmes are advertised separately.
