Tag Archives: NANOTECHNOLOGY

PhD position in Biomedical Engineering at Denmark

PhD Scholarship on Novel Diagnostic Methods and Devices for Personalised Treatment of Cancer

 

A 3-year PhD scholarship is open within the European FP7 project “Biomedical engineering for cancer and brain diseases diagnostics and therapy development EngCaBra”. DTU Nanotech is carrying out research in the areas of micro- and nanofabrication including nano- and biotechnology. The department offers outstanding career opportunities and has strong connections to the industry. The NaBiS group (www.nanotech.dtu.dk/nabis) at DTU Nanotech focuses on developing state of the art biosensor systems for biochemical analysis in integrated systems.

Lecture notes on Biomaterials

DESCRIPTIONIntroduction to materials science and technology with special reference to metals, ceramics and polymeric materials used as biomaterials (processing, properties, testing), changes of materials during sterilization and in vivo, biocompatibility, selected cases of application and of damage, quality assurance.

LECTURE NOTES

Lecture PDF
1 [pdf]
2 [pdf]
3 [pdf]
4 [pdf]
5 [pdf]
6 [pdf]
7 [pdf]
8 [pdf]
9 [pdf]
10 [pdf]
11 [pdf]
Enhanced by Zemanta

Masters Level Government Jobs in Secunderabad

Centre For Knowledge Management of Nanoscience & Technology (CKMNT)
(A Project of ARCI, Dept. of Science & Tech. Govt. of India)
12-5-32/8, Vijaypuri Colony, Taeanka, Secunderabad – 500017, A.P

Advt. No. CKMNT/CONTRACT/RECTT/1/2011

CKMNT is a time-bound project partially sponsored by Nano Mission of Department of Science and Technology (DST), Govt. of India and operated by the International Advanced Research Centre for powder Metallurgy and New Materials (ARCI) in Hyderabad. CKMNT invites applications in prscribed form for the following contract posts:

PhD position in Bioelectronics & Neuroscience in University of West sydney

 

 

 

 

The  Bioelectronics Neuroscience (BENS) Research Group, within the College of Health and Science, is seeking  an excellent Doctoral candidate to commence a project in Spring Session 2011.  The project title is: potential biomedical applications of gas array sensor technologies using dedicated VLSI hardware implementing Bayesian Inference for pattern recognition and classification tasks.

Unlike the majority of the current research in the field, the implementation would focus on developing low-power, portable systems through tightly integrated sensor and classification hardware.  This approach should yield a low-cost, highly efficient and reproducible sensor platform which can be tailored, through the selection of sensors, to detect the presence of a wide array of organic compounds.

ICNBME-2011:International Conference on Nanotechnologies and Biomedical Engineering

International Conference on Nanotechnologies
and Biomedical Engineering

with related German-Moldovan Workshop on

Novel Nanomaterials for Electronic, Photonic and Biomedical Applications

Chisinau, July 7-8th, 2011

organized by

Academy of Sciences of Moldova
Technical University of Moldova
State Medical and Pharmaceutical University “Nicolae Testemitanu” of the Republic of Moldova
Moldavian Society of Biomedical Engineering

in cooperation with

Medical Imagistic Society of Moldova

Moldavian Association of Medical Informatics

deutch

under the auspices

of the German Ambassador to Moldova

Supported by

European Federation for Medical Informatics

efimi
IMPORTANT DATES
  • May 1 st, 2011 – Submission of extended abstracts
  • May 15th, 2011 – Notification of acceptance

Do your PhD in Biomedical Engineering from Ghent University

Job Description

The bioMMeda (biofluid, tissue and solid mechanics for medical applications) research unit of Ghent University’s Institute Biomedical Technology (IBiTech) has a vacant PhD-position in the field of ultrasonic imaging development for improved arterial tissue characterization. Non-invasive measurement of arterial stiffness is nowadays considered as an important part of cardiovascular risk assessment. Ultrasound is potentially useful for this application but unfortunately still shows limitations regarding resolution and sensitivity. The aim of the PhD-project therefore is to improve current ultrasonic image formation and signal processing to develop a robust ultrasonic estimator of arterial stiffness. As such, knowledge on signal processing, ultrasound physics/acoustics is considered an advantage.