Category Archives: PhD IN BIOMEDICAL

PhD in Biomedical in Belgium

Description
The candidate will perform research in order to prepare a PhD thesis in (bio)medical research, more specifically in cardiology with a focus on the metabolic, hemodynamic and vascular alterations which occur in patients with heart failure. Candidates will collaborate in a research project that aims at better understanding disease processes in order to develop new concepts that can be translated into clinical practice. Candidates will work closely together with the departments of cardiovascular disease of the hospitals ‘ZOL’ and ’Jessa‘ – Belgium and Cleveland Clinic – USA.

PhD in Neuroscience in Netherlands

It is still largely a mystery how collections of neurons give rise to conscious perception. By now we have some idea of the brain systems involved, but the neural mechanisms and ensemble interactions correlated to perception remain unresolved. In the current project we will investigate how neural ensembles in multiple brain areas respond to visual images, and which types of transmitter receptor in these areas are important for perceptual discrimination. Specifically, we will focus on the interaction between sensory and memory systems in this project. To this end, we will apply multi-area ensemble recordings combined with neuroopharmacology in freely behaving rodents. At a later stage of the project, results will be used to design new computational models of perceptual discrimination. The project will be conducted as part of the UvA’s research priority program Brain and Cognition, in a multidisciplinary collaboration combining psychological, neurobiological, neuroimaging and image-processing research (see www.csca.nl).

Phd in BioEngineering in Netherlands

Job Description: Developing machine-learning algorithms based on accelerometer data for assessment of energy expenditure, coordination skill and motoneuronal control in home healthcare applications. Physical activity is affected by health, and thus physical activity is an indicator of health status. Increasing age is accompanied by a decline in coordination and aerobic capacity. In this project, age associated changes as mentioned are studied by measuring patterns of objectively assessed physical activity and smoothness of typical activities like walking. Altered neural control disrupts the timing and muscle patterns necessary for smooth and regular stepping.

Fully Funded Phd in Biomedical Engineering in Netherlands

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”.

Phd in Biomedical Physics in U.K

Three-year studentships: Tuition fees (UK/EU or International) and an annual maintenance allowance at current UK Research Council rate

Deadline for applications: 14 March 2011

Location: Streatham Campus, Exeter

Projects available for funding:

  • Magnetic nanobots: construction and study of microscopic swimming machines
  • Elastic properties of the red blood cell
  • Surface behaviour of the preocular tear film
  • Bone and fat biomarkers for anorexia nervosa recovery
  • Bone Health During Adolescence: Influences of body fatness, nutrition and physical activity
  • Type 1 Diabetes and bone mineral density
  • A novel imaging technique for quality control of graphene fabrication

MS/PhD Admissions in Biomedical Engineering 2011 IIT Madras

IIT Madras offers MS/PhD courses in Biomedical Engineering under the applied mechanics department.

Research areas at IIT Madras

Biomaterials, Image and Signal Processing, Speech Signal Processing, Ultrasound and Laser instrumentation in Medicine, Biomechanics, Rehabilitation Engineering, Evoked Response and Functional Electrical Stimulation.

Eligibility Criteria

Biomedical Engineering area: Bachelor’s degree in Engineering or Master’s
degree in Science with Mathematics as optional subject and aptitude for
research. MBBS candidates with Mathematics in +2 and having 2 years
research/teaching experience may also apply for M.S sponsored
programme in the area of Biomedical Engineering.

Financial assistance