PhD Fellowship in Molecular Neurogenetics/ microRNA Research at BRIC Univ of Copenhagen

Denmark: PhD Fellowship in Molecular Neurogenetics/ microRNA Research at BRIC Univ of Copenhagen on May 13th, 2011 Two PhD Fellowships are available in the group of Associate Professor Roger Pocock at BRIC, University of Copenhagen. Research in the group is focused on neuronal development and microRNA-mediated stress responses.

 

1. PhD Fellowship in Molecular NeurogeneticsPhD area of research

The aim of this project is to identify novel molecular factors and pathways that specify neuronal cell fates. interested in studying how stress-responsive neurons are programmed in C. elegans. This work will provide novel insights into how neuronal networks regulate stress responses. The project involves a wide range of techniques in molecular biology, biochemistry and neuroanatomy.

2. PhD Fellowship in microRNA Research

PhD area of research

We are interested in understanding how animals control stress responses. To this end, we have identified specific microRNAs in C. elegans that are required under stress. The PhD position will involve characterization of the stress-responsive roles of these microRNAs at the molecular and cellular level. The fellowship is
founded by the European Union.

Concerning both positions:

Qualifications
We are looking for highly motivated, ambitious candidates with an MSc in Biology, Bioche-mistry, Biotechnology, or equivalent. Experience in molecular biology and genetics are desirable, and interest in C. elegans and neurobiology is essential. The ideal candidates will be team players and have excellent communication skills. Furthermore, it is a condition that the MSc is assessed equivalent to a Danish MSc by the Danish Agency for International Education ( www.iu.dk ).

Place of employment and work

The employment and place of work is at BRIC, University of Copenhagen. BRIC is located close to the centre of Copenhagen, in the Copenhagen Biocenter. We offer creative and stimulating working conditions in a young, dynamic and international research environ-ment. Our research facilities include modern laboratories, a number of core facilities shared between the 16 research groups and well-functioning administrative and technical support.

 

Terms of salary and employment
The appointments are for 3 years and scheduled to start in 2011. They are conditioned upon the candidates´ successful enrolment in the PhD programme at Faculty of Health Sciences. This requires submission and acceptance of an application for the specific project formulated by the candidates during an initial short-term employment as research assistant.
The PhD study must be completed in accordance with the ministerial orders from the Ministry of Education on the PhD degree and the University´s rules on achieving the degree. The successful candidate will be part of BRIC´s research school MoMeD www.momed.ku.dk
Salary, pension and terms of employment are in accordance with agree¬ment between the Ministry of Finance and The Danish Confederation of Professional Associations on Academics in the State. Depending on seniority, the monthly salary begins around 24.500 DKK (ca. 3.350 EUR) plus pension.

 

Application
Your application for this PhD fellowship should be submitted electronically by clicking “Apply online” below. The application must include the following documents/attachments:

1. Motivated letter of application
2. Curriculum vitae incl. education, experience, previous employments, language skills and other relevant skills
3. Certified copy of diplomas/degree certificate(s)
4. Certified copy of transcript of records
5. Publication list (if possible)

NB! Remember to state which of the PhD fellowships you are applying for. Please refer to reference “Poc-PhD-May2011″ Furthermore, the applicant should provide two letters of recommendation; sent directly to recommend@bric.ku.dk with subject “PoC-PHD-May2011″ from the supporting persons before application deadline. Furthermore, the applicant should provide two letters of recommendation; sent directly to recommend@bric.ku.dk (subject: “Poc-PhD-May2011″) from the supporting persons before application deadline.

 

Application deadline: July 5, 2011.
NB: Only applications received in time and consisting of the above listed docu­ments will be considered.
BRIC and University of Copenhagen wish to reflect the diversity of society and welcome applications from all qualified candidates regardless of personal background.Deadline: 05-07-2011

Publisher: BRIC – Biotech Research & Innovation Center

 

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PhD: Chemical Synthesis and Characterisation of Group IV Nanocrystals & Devices : Cork, IRELAND

 

PhD: Chemical Synthesis and Characterisation of Group IV Nanocrystals & 
Devices : Cork, IRELAND
Employer:
Tyndall National Institute
Location:
Cork, IRELAND
Type:
Other
Posted:
May 11, 2011
Expires:
June 30, 2011 
Science jobs from Tyndall National Institute: job description 
A funded PhD position is currently available on the chemical synthesis and 
characterisation of Group IV (Si, Ge) nanocrystals, and their subsequent 
incorporation into hybrid organic/inorganic optoelectronic devices, within the 
Nanotechnology Group at the Tyndall National Institute, starting in October 
2011. The use of semiconductor nanocrystals (NCs) that exhibit quantization 
effects in solar photo-conversion devices (mainly quantum dots, quantum wires, 
and quantum rods) is presently attracting a great level of interest. Such 
NC-based devices used as photovoltaic cells are now labelled third generation or 
next-generation photovoltaic devices, as new advances in the photophysics allows 
for the possibility of these inexpensive materials to be incorporated into 
device structures with potential efficiency much higher than the thermodynamic 
limit for single junction bulk solar cells.

DescriptionThis research project will focus on: • Synthesis of a range of 
size-monodisperse Group IV nanocrystals with controlled doping for tuning of 
photophysical and optoelectronic properties. • Detailed nanoscale 
characterisation of the structural, photophysical and optoelectronic properties 
of the as-synthesised nanocrystals. • Investigation of methods for self- or 
directed-assembly of silicon nanocrystals at technologically relevant 
interfaces. • Fabrication and interfacing to hybrid nanoscale organic/inorganic 
devices for photovoltaic applications. • Detailed device characterisation under 
inert and ambient atmospheric conditions. The successful student will receive 
training in all research methods required, and will work alongside experienced 
professional researchers within the nanotechnology group, attend conferences and 
publish in high impact journals. Applications are invited from scientists and 
engineers who hold (or expect to obtain before October 2011) a first or second 
class honours undergraduate degree in chemistry, physics, materials science or a 
closely related discipline. 

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