Recruitment of Early Stage Researchers (ESRs)

Highlights:
  1. Applications are invited for filling 14 Early Stage Researcher (ESR) fellowships for a period of 36 months in accordance with the terms of an EU FP7 Marie Curie ITN. The ESRs will develop a research project, pursuing a PhD degree at one of the POSTICK’s participating institutions either in Germany, Scotland, Spain, Czech Republic or France.
  2. Applicants should hold a strong university degree (Masters/diploma or equivalent) in a relevant subject (veterinary medicine, biology or related discipline) and satisfy the Marie Curie Early Stage Researcher eligibility criteria (i.e. a maximum of four years research experience at the time of selection) and must not be nationals of the country in which they propose to hold the fellowship (unless they have spent 3 out of the previous 4 years outside of that country). Furthermore, applicants must not have spent 12 months (over the past three years) in the country in which they propose to hold the fellowship and must have a very good working knowledge of English, as all POSTICK training events will be in English.

Research position in sustainable chemistry

Highlights:
  1. A one-year research position, starting 1st of April (extendable to one additional year) is available in the Chemistry Department in Faculdade de Ciências e Tecnologia, Universidade Nova de Lisboa, Portugal, in the field of NMR applied to Green Chemistry.
  2. The position is in the framework of the financed project - Study of intermolecular interactions in alternative solvents: A NMR based contribution to sustainable chemistry – ref. PTDC/QUI-QUI/098892/2008 (Fundação para a Ciência e a Tecnologia project 3599 – Promover a Produção Cientifica, o Desenvolvimento Tecnológico e a Constituição de Redes Temáticas)
  3. The use of Volatile Organic Compounds (VOCs) as solvents is crucial to the majority of chemical processes but due to the negative impact on the environment, a huge research effort has been directed towards finding alternatives, one of the most promising alternative media to VOCs are ionic liquids.
  4. Well-established rules and correlations for the behavior of molecular liquids cannot be transferred to ILs in a straightforward way and the peculiar features of molecular interactions between charged particles requires a careful rethinking of the basic concepts of solvation in these media. In order to build a consistent molecular based interpretation of the solvent properties of ILs, as has been done over the years for conventional solvents, both theoretical and physical-organic research have to be combined with an experimental technique that delivers structural information at the atomic level: Nuclear Magnetic Resonance spectroscopy.
  5. Objective
  6. To perform a comprehensive and systematic NMR study of IL structure and solute/solvent interactions using a protocol based on liquid and SS NMR.
  7. The research is centered in the use of NMR techniques in tandem with molecular modelling to study the physical chemistry of molecular interactions in ILs. The project will be perfomed in the Chemistry Department of FCT – Universidade Nova de Lisboa (Campus Caparica) (liquid NMR and HRMAS) and in the Chemistry Department of Universidade de Aveiro (SS NMR and HRMAS) On a first stage the properties of pure ILs will be studied. Interactions between cations and anions will be studied using liquid NMR, HRMAS NMR and solid-state NMR techniques: a) Multinuclear diffusion NMR experiments using the PGSE experiment in the liquid state or under HRMAS; b) NOESY and 1H, 19F-HOESY or 1H, 31P-HOESY experiments; c) Multinuclear T1 and T2 relaxation studies; d) SS NMR will be used with IL with a melting point higher than room temperature in order to compare the type of interactions detected in the solid state with those found on the liquid state.
  8. On a second stage, the methodology described before will be adapted to study the effect of co-solvents in the IL structure. These studies will be performed in parallel with the study of the solvation behavior of selected molecules with distinct functional groups. Researchers will have access to all equipments within the Portuguese NMR network (http://ptnmr.dq.ua.pt)
  9. Scientific Supervision: Prof. Eurico J. Cabrita and Doutor Luís Mafra
  10. Requirements for the position are a master diploma (or related degree) in Chemistry, Physics, material science or related fields. Preference will be given to candidates with previous experience in NMR and/or research in the field of ionic liquids.
  11. Salary: 980 €/month
  12. Researchers will be contracted in full-time in accordance with the regulations for the advanced formation of human resources from the Portuguese Foundation for Science and Technology FCT-MCTES  (http://www.fct.mctes.pt/pt/apoios/formacao/ambitoprojectos) and the grants regulations from Fundação da FCT/UNL.
  13. Applicants should send: Detailed Curriculum Vitae, motivation letter and at least one letter of reference by email to Prof. Eurico Cabrita (ejc@dq.fct.unl.pt)
  14. Prof. Eurico J. Cabrita
Departamento de Química
Faculdade de Ciências e Tecnologia
Universidade Nova de Lisboa,
2829-516 Caparica
Portugal
Tel. (+351) 21 2948358
e-mail: ejc@dq.fct.unl.pt
Application deadline: 9th March 2010
Selection criteria: Master thesis, previous research experience and achievements, and reference letters. Relevant candidates will be called for an interview.


Fellowship in Chemistry: Green chemistry and NMR 2010

Highlights: 
  1. A one-year research position, starting 1st of April (extendable to one additional year) is available in the Chemistry Department in Faculdade de Ciências e Tecnologia, Universidade Nova de Lisboa, Portugal, in the field of NMR applied to Green Chemistry.
  2. The position is in the framework of the financed project - Study of intermolecular interactions in alternative solvents: A NMR based contribution to sustainable chemistry – ref. PTDC/QUI-QUI/098892/2008 (Fundação para a Ciência e a Tecnologia project 3599 – Promover a Produção Cientifica, o Desenvolvimento Tecnológico e a Constituição de Redes Temáticas)
  3. Motivation: The use of Volatile Organic Compounds (VOCs) as solvents is crucial to the majority of chemical processes but due to the negative impact on the environment, a huge research effort has been directed towards finding alternatives. One promising alternative media to VOCs is supercritical carbon dioxide (scCO2).
  4. Although scCO2 has received much attention as a green alternative to conventional VOCs the solvent behaviour of CO2 is still not well understood on a microscopic level. A basic understanding of the solvent attributes of CO2 is extremely important for the prediction and design of CO2 soluble materials to expand the utilization of CO2 as a sustainable solvent, alternative to VOCs. In order to build a consistent molecular based interpretation of the solvent properties of scCO2, both theoretical and physical-organic research have to be combined with an experimental technique that delivers structural information at the atomic level: Nuclear Magnetic Resonance spectroscopy.
  5. To perform a comprehensive and systematic NMR study of solute/solvent interactions in scCO2 in order to rationalize the origin of “CO2-philic” effects
  6. Strategy And Methodology: The research is centered in the use of NMR techniques in tandem with molecular modelling to study the physical chemistry of molecular interactions in scCO2. The project will be perfomed in the Chemistry Department of FCT –Universidade Nova de Lisboa (Campus Caparica).
  7. On a first stage we will be focused on the study of simple model compounds containing specific functional groups. The specificity and relative quantification
  8. Objectives for this stage are:
  9. a) establishment of a NMR protocol for the identification and quantification of site specific interactions under high-pressure CO2 conditions, using model compounds;
  10. b) systematic study of the differences in hydrocarbon and perfluorocarbon interactions with CO2 On a latter stage, larger and more complex systems will be investigated. The methodology will be extended and adapted to study micelar salvation (solubilization) and particularly the formation and characterization of water-in- CO2 (W/C) micele systems.
  11. Researchers will have access to all equipments within the Portuguese NMR network (http://ptnmr.dq.ua.pt)
  12. Scientific Supervision: Prof. Eurico J. Cabrita and Doutora Teresa Casimiro
  13. Requirements for the position are a master diploma (or related degree) in Chemistry, Physics, material science or related fields. Preference will be given to candidates with previous experience in NMR
  14. Salary: 980 €/month
  15. Researchers will be contracted in full-time in accordance with the regulations for the advanced formation of human resources from the Portuguese Foundation for Science and Technology FCT-MCTES (http://www.fct.mctes.pt/pt/apoios/formacao/ambitoprojectos) and the grants regulations from Fundação da FCT/UNL.
  16. Applicants should send: Detailed Curriculum Vitae, motivation letter and at least one letter of reference by email to Prof. Eurico Cabrita (ejc@dq.fct.unl.pt)

Prof. Eurico J. Cabrita
Departamento de Química
Faculdade de Ciências e Tecnologia
Universidade Nova de Lisboa,
2829-516 Caparica
Portugal
Tel. (+351) 21 2948358
Application deadline: 9th March 2010
Selection criteria: Master thesis, previous research experience and achievements, and reference letters. Relevant candidates will be called for an interview.

Post Doctoral Position in Bioinformatics

Highlights:

  1. A Post Doctoral position focused on the integration of -omics and literature data to perform microbial community analysis and generate hypotheses for manipulation of microbial populations to provide benefits. 
  2. The successful candidate will work with a high quality team of bioinformaticians and experimental biologists.
  3. Job Responsibilities: 
    Perform microbial community analysis based on next generation sequencing data 
    Annotate microbial genomes and perform comparative genomics to understand the key different among the genomes. 
    Interpret -omics data to come up with hypotheses. 
    Develop pipelines for data processing.
  4. To learn more about this career path, click here. 
    A PhD in biological sciences with strong computational skills or PhD in computer sciences, computational biology, bioinformatics, mathematics or statistics with extensive experiences working on biological problems is required.  Qualifications also include: 
    ·      Extensive experience working on microbial genome analysis including genome assembly, genome 
           annotation and metabolic network reconstruction. 
    ·      Extensive experience in comparative genomics to identify SNPs using next generation sequencing data. 
    ·      Extensive experience in interpreting -omics data. 
    ·      Excellent communication skills especially with experimental biologist. 
    ·      Extensive programming skills in C/C , Java, Perl or Python. 

PhD position in the general area of middleware for distributing and disseminating information in large-scale dynamic systems at University of Oslo

Highlights:
1.      The group of Networks and Distributed systems at the Informatics Department, University of Oslo has one available PhD position in the area of Middleware for Distribution and Dissemination.
2.      The deadline for applications is 31th March, 2010.
3.      The research will be carried out in collaboration with the Computer Systems group of VU University Amsterdam, in particular with the group headed by Maarten van Steen.
4.      PhD Project: The position is in the general area of middleware for distributing and disseminating information in large-scale dynamic systems.
5.      We are witnessing a dramatic increase in the use of data-centric distributed systems such as the dynamic Web, sensor networks, network-monitoring systems, and various publish-subscribe systems.
6.      The ubiquitous presence of such systems creates very large application networks that spread over large geographical areas and diverse intra- and inter-organizational domains.
7.      The visions of massive demand-driven data dissemination, intensive processing, and intelligent fusion in order to build dynamic knowledge bases that seemed infeasible just a few years ago are about to come true.
8.      However, the realization of this potential demands adequate support from middleware that could be used to deploy and support such systems. At this time, both COTS middleware software and even state-of-art research middleware lack the technological foundations to cope with the enormous volume of data, constantly changing underlying network connectivity, and dynamic system organization.
9.      Typically, numerous information transmitters produce continuous data flows as well as massive unpredictable bursts of data at geographically dispersed locations. This data needs to be rapidly processed, routed, and classified by the degree of criticality, and intelligently fused.
10.  A large number of potentially mobile clients can issue multiple concurrent queries of varying urgency, priority, and precision requirements. In order to build a system that is capable of handling such a demanding situation, there is a clear need to develop new middleware technologies for scalable, mobility, adaptive, and reliable handling of these high-volume dynamic information flows.
11.  We are seeking a student who is interested in designing, developing, and evaluating techniques that address these issues.
12.  Suitable Background and Requirements: Applicants must have a degree in Computer Science, or in a related study, with excellent results.
13.  They must also be able to demonstrate interest in scientific research. The ideal candidate for the position will have strong background in distributed computing.
14.  You may apply if you have not yet completed your degree, but expect to do so before the position starts.
15.  University of Oslo is an equal opportunity employer.
16.  Knowledge of Norwegian is not a prerequisite for application. English is our working language for research. The current PhD students and postdocs in our group are coming from more than 5 different countries.
17.  We expect the candidate to be internationally oriented and willing to do, for example, Summer internships abroad.
18.  Details about Employment: A PhD position is a regular job with social benefits and with salary starting from 353.000 NOK per year.
19.  The currently open positions are for three years with a possibility to apply for extending the time period to 4 years. A 4 year position means that 25% of the time will be for duties beyond the normal research and project work, such as teaching and supervision of master students.
20.  Host Institution and Environment: The University of Oslo is Norway's largest and oldest institution of higher education. Founded in 1811, today the University of Oslo has approx. 30,000 students and 4,600 employees. Four Nobel Prize winners indicate the quality of the research at the University. The Department of Informatics has been a home to a number of world-renown scientists, such as Turing Award recipients Prof. Dahl and Prof. Nygaard.
21.  The group of Networks and Distributed Systems offers a work environment that is well equipped with the newest hard- and software technology. The research group has tight bonds with Simula Research Laboratory. Furthermore, we have well established links to national and international research institutions. We conduct collaborative research projects that are funded by Norwegian research funds, and the European Community.
22.  The country, also known for its unique scenic beauty, has been ranked by the UN as having the highest standard of living in the world. Oslo is considered one of the sunniest places in Northern Europe, with summer temperatures averaging 21 degrees Celsius.
23.  Futher information can be found on this page .
24.  How to Apply:  Full application should include
a.       Your cover letter listing
    • specific research interests
    • the position that you are interested in
    • the following reference number: 2010/1777
    • Certificates for all University-level degrees.
    • A curriculum vitae including
    • Your name (given, family), data of birth, nationality, current address, phone number, and email address.
    • Your highest degree's name, educational institution, department, and the year of completion.
    • List of your higher education including the type of education, place, duration, and degree if applicable.
    • List of your employments including company/institution name and duration of the employment.
    • Your publication list.
  • Official grade sheets for all the courses taken at the University level. For applicants with any University-level education outside Norway: official description of the grading system.
  • Names and addresses of your references. To speed up processing, applicants themselves may ask their references to mail recommendation letters to the same address.
  • Copies of relevant work, e.g., dissertations, theses, or articles that you have authored or co-authored.
  • The following form.
    • The "plans for the PhD study" section can be left blank.
    • The "project description" section can be copied from the above description in this announcement.
    • Applications should be sent electronically, by e-mail to apply-to@matnat.uio.no with a cc to romanviSPAMFILTER@ifi.uio.no. Supporting material that cannot be sent in an electronic form (including the form in item 7) should be sent by regular mail addressed to The Faculty of Mathematics and Natural Sciences, Attn: Grete Andresen, University of Oslo, PO Box 1032 Blindern, N-0316 Oslo.

Inquiries for additional information should be sent to Associate Professor Roman Vitenberg, romanviSPAMFILTER@ifi.uio.no.


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