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PhD Scholarships Commonwealth U.K.
CASE PhD Scholarships
Awarded each academic year in:- Water Research: Transport of Particulates and Sediments in Rivers Civil & Mechanical Division, School of Engineering Scholar Stipend £13,000 pa Funded by EPSRC and supported by the professional environmental consultancy ECUS Ltd ([url]www.ecusltd.co.uk)[/url]. This PhD studentship provides an opportunity to combine industrial experience and a research project leading to a PhD. We seek applications from well-qualified candidates to "improve our understanding of the transport of particulates and sediments in freshwater". Based on our current research on contaminated highway-runoff in receiving waters during the last five years, this project should extend the knowledge of transportation and sedimentation of contaminated particulates and thus allow us to better define the ecological impacts of such phenomena. The studentship is available from January 2008 (some flexibility), and is open to UK and EU (fees-only) applicants. The studentship covers all tuition fees and provides a standard (tax-free) EPSRC stipend of approximately £13,000 p.a. for 3.5 years. Many contaminants in highway runoff are associated with particulate material, the dispersal, accumulation and re-distribution of which depend on the hydraulics of both the highway drainage system and the receiving watercourse. The impact that these contaminated sediments have on the biota of receiving waters depends on how contaminants are partitioned in the environment, how bioavailable they are, and to what extent they bioaccumulate in organisms. In this project it is intended to investigate the spatial and temporal variations of the runoff-borne sediment and predict its distribution and behaviour in receiving watercourses. This project will explore the processes which control the dispersion, accumulation and re-distribution of the particulate sediments via a combination of numerical modelling, laboratory flume experiments and (potentially) field monitoring. It is envisaged that the project will generate recommendations for modelling runoff-borne sediments in receiving waters. These findings will also be useful for understanding potential pressures on ecological quality and for designing appropriate programmes of measures for ecological remediation under the new EU Water Framework Directive. The project will yield an improved understanding of the role of bed sediments as transient storage (the temporary detainment of solutes) within flowing water bodies, which affects the transport of pollutants as they travel downstream in river systems. The Warwick Water research group and the Warwick Fluid Dynamics research group together offer a unique combination of expertise in both modelling and experimental methodologies. We therefore require a highly motivated PhD student with undergraduate/MSc qualifications in civil engineering, physical geography or earth and environmental science subject areas. The studentship is available to candidates with the equivalent of a first class or upper second class degree. The successful applicant would be primarily based in the School of Engineering at The University of Warwick, although approximately 1 month per year will be spent at ECUS Ltd., Sheffield. Informal enquiries and applications should be directed to Dr. Klaus Richter Email: [email]k.richter@warwick.ac.uk[/email], Tel +44 (0) 24 765 23123 Web: go.warwick.ac.uk/warwickwater |
PhD Fellowships at UCC U.K.
University College Cork
PhD Position Awarded each academic year in:- GreenGrass: Developing grass for sustainable renewable energy generation and value added products Environmental Research Institute Biofuels Research, Sustainable Energy Research Group, Environmental Research Institute, University College Cork, Cork, Ireland Funded by The Department of Agriculture, Stimulus Fund This project requires a PhD student for a 3 and a half year period. The work is in collaboration with Teagasc (Agricultural Research Centre) and The Questor Centre, Queens University Belfast. The concept of the €1.2million collaborative project is to ascertain the potential biogas production from grass, to examine the separation of fibre from grass/silage for use as an insulation material and to establish the reduced biogas potential associated with the fibre-less grass silage. The concept of this PhD study is to design a series of sizeable rigs (ca 60L each) which are optimized for digestion of grass silage. These rigs may operate in up-flow, down-flow or two stage mode. The project starts December 2007/January 2008. The role carries a tax free stipend of €18,000/a; is based in the Environmental Research Institute ([url]http://www.ucc.ie/en/ERI/[/url]) under the supervision of Dr Jerry D Murphy ([url]www.ucc.ie/serg/jerry.html)[/url]. The biofuels research team will comprise a principle investigator, a senior Post Doc, three PhD students and three masters students. The suitable candidate will have a Masters Degree or at least a first class honours degree in Civil, Process or Mechanical Engineering/Microbiology/Biotechnology. Written applications including CV, and details of two academic referees to Dr Jerry D Murphy, Department of Civil and Environmental Engineering, University College Cork, Ireland; email: [email]jerry.murphy@ucc.ie[/email], who will also be available for informal discussion. |
PhD Fellowships -each Academic year in Electroacoustic Music Studies
PhD Studentship
Electroacoustic Music Studies Institute of Creative Technologies PhD Studentship in the field of Electroacoustic Music Studies and related to the ElectroAcoustic Resource Site (EARS, [url]www.ears.dmu.ac.uk[/url]) [I]Awarded each academic year in:-[/I] Music, Technoloogy and Innovation Research Centre in collaboration with the Institute of Creative Technologies De Montfort University, Leicester, UK A three-year PhD studentship is available in the area of electroacoustic music studies. This is funded by the Institute of Creative Technologies (IOCT, [url]www.ioct.dmu.ac.uk)[/url], a new initiative involving the Faculties of Humanities, Art and Design and Computer Science and Engineering and will be hosted by the Music, Technology and Innovation Research Centre (MTI, [url]www.mti.dmu.ac.uk[/url]) at De Montfort University in association with Knowledge Media Design group (kmd.dmu.ac.uk). The PhD student will be working on the latest phase of the EARS project, one specifically focused on pedagogical research involving new technologies. Until recently the EARS project has focused on the creation of its current site. It offers an up to date collection of definitions of words (over 500 currently) related to electroacoustic music and its related field of studies, a structured index which can be used to search for resources located in the bibliographic section of the site (over 3000 currently). EARS has recently become multilingual and a publisher in its own right. EARS has been supported by the Arts and Humanities Research Council and by UNESCO. It is an internationally known research tool within the electroacoustic music community. Alongside the continuation of the current site's development, the EARS project will now evolve to include more pedagogical aspects to widen access to this corpus of music and its related scholarship. ‘Pedagogical EARS' will combine elements related to music appreciation (the MTI's ongoing Intention/Reception project), creativity (new software developments, in particular the Sound Organiser project) and the understanding of concepts related to electroacoustic music making and associated research, EARS II which is the proposed PhD research goal. EARS II will focus on a subset of the terms on the current EARS site. Entry-level definitions for these terms will be sought, hyperlinks to important sites concentrating on these subjects will be included, sound, image and movie examples included where appropriate and interactive media applications provided to allow users of all ages, but particularly from 10 years of age onwards, the opportunity to apply concepts in real time. In other words, an understanding of electroacoustic music, new media tools and web-based computing are all essential aspects to EARS II. The aim will be to integrate this information into a structured learning environment that is directly linked with the Intention/Reception methodology and its related examples as well as the project's user-friendly software which applies a strategy similar to that of computer games in terms of skills development. This PhD student will form part of an interdisciplinary team evolving the Pedagogical EARS package. (S)He will combine pedagogy with music comprehension and new media design in developing EARS II thus creating a didactic foundation for acquiring knowledge in the various interdisciplinary building blocks related to electroacoustic music. The student will be supervised by Leigh Landy, Director of the MTI and of the EARS project and by Stephen Brown of the KMD and will be based at the MTI's Research Laboratory. Applications should include a CV, two references and a covering letter. Application forms and further details are available from Rebekah Harriman (rharriman@smu.ac.uk ) Applications should be sent to: Rebekah Harriman (rharriman@dmu.ac.uk ) |
PhD Studentships awarded each year in Infection and Immunity
Institute of Child Health, University College London
PhD Studentships - Infection and Immunity The UCL Institute of Child Health (ICH) is a postgraduate research institution which, together with its partner, Great Ormond Street Hospital for Children NHS Trust, contains the largest concentration of research expertise in the scientific basis of child health in Europe. Its standing is reflected in the Grade 5*A awarded in the 2001 HEFCE Research Assessment Exercise and in the DoH Biomedical Research Centre for Children's Health awarded to ICH/GOSH in 2007. The Institute is committed to high quality postgraduate education and has a strong track record of training and support for its postgraduates. A high level of interaction exists across the Institute between basic scientists, clinicians and population health scientists. The Institute is offering a number of research studentships for the academic year 2008-09 supported by the Child Health Research Appeal Trust and MRC. Applicants selected for CHRAT or MRC funding will be able to choose from the following PhD projects: Infection and Immunity Lentiviral RNA interference for drug resistant HIV-1 infection (Dr Waseem Qasim) Does Campylobacter jejuni infection trigger relapse in paediatric Inflammatory Bowel Disease (IBD)? (Dr Mona Bajaj-Elliott) Pathomechanism of skin barrier dysfunction: kallikrein 5 (KLK5) protease activated receptor 2 (PAR2) and Nuclear Factor Kappa B (NF.B) (Dr Wei-Li Di) Gamma delta T-Cells as professional influenza antigen presenting cells (Dr Kenth Gustafsson) The role of E-selectin in bacterial and leucocyte mediated endothelial injury using meningococcal disease as a model for severe sepsis (Dr Garth Dixon) Further projects available in Stem Cells and Disease, Neurosciences and Mental Health, and Population Health Sciences on the ICH vacancy website, [url]http://www.ich.ucl.ac.uk/ich/humanresources/[/url] For further information about the ICH see our web site, [url]www.ich.ucl.ac.uk[/url]. Applications are invited from committed individuals wishing to do research in a clinical context, and who expect to graduate with a UK 1st class or upper 2nd class honours degree or equivalent from abroad. For information about the projects and how to apply, please refer to the ICH vacancy website, [url]http://www.ich.ucl.ac.uk/ich/humanresources/[/url]. Please note, applications that are submitted without following the correct procedure may not be considered. If you wish to visit the ICH to discuss these opportunities, there is an Open Day on 28th November 2007 from 2.00pm. This will include a display of posters by PhD students which demonstrates the range of ICH research and an opportunity to attend a lecture by the leader of the recent "Caudwell Xtreme Everest" expedition. 4-year PhD studentships funded by the Medical Research Council are also tenable at ICH, in the project areas listed above. To apply for a UCL 4 year MRC DTA PhD studentship, please see: [url]http://www.ucl.ac.uk/biomedicine/funding/mrc-dta/[/url] |
PhD Fellowships for Schools of Psychology and Education awarded each academic year
University of Hertfordshire Interfaculty Research Studentship
Bullied children: Evaluating an Intensive Recovery Programme Schools of Psychology and Education The University of Hertfordshire is investing in its research base, and is pleased to offer a number of exciting opportunities to work in interdisciplinary research. The above project will be a three year full-time studentship leading to the award of PhD. Project Details The student will conduct a programme of research into the effectiveness of recovery provision for bullied children, supervised by the Schools of Psychology and Education. This will include a matched participant longitudinal study of children attending Red Balloon Learner Centres (schools for the recovery of bullied children). Children’s experiences will be examined and they will be assessed on a range of psychological and educational dimensions, from when they enter the Centre until reintegration into mainstream school 12-24 months later. A comparison group of children who are self-excluded due to bullying will be similarly assessed for the same period. This project aims to identify how the key factors of the Red Balloon model produce beneficial outcomes for children, and how these can be translated into tangible guidelines to help a range of professionals deal more effectively with the effects of severe bullying. Candidate Particulars The successful candidate should normally hold at least a first or upper second class honours degree (or equivalent) from a recognised institution. Applicants are required to have previous experience of working with children and young adolescents, ideally in a therapeutic environment. This programme of research requires someone who has excellent communication skills, and an accessible manner with both children and adults. It would be desirable for the applicant to have a post-graduate qualification in psychology/counselling/education related discipline. Competent knowledge and experience of data collection methodologies and data management, quantitative and qualitative research methods is essential. A clean driving license would be beneficial as the research will involve regular onsite visits to Red Balloon Learner Centres and other educational centres. Further information & Application For further information or an application form please email: Sarah Woods [email]s.n.woods@herts.ac.uk[/email] or telephone 01707 285057 |
Cambridge Institute for Medical Research PhD Fellowships awarded each academic year
Wellcome Trust 4 Year PhD Programme
Cambridge Institute for Medical Research (CIMR) Limit of tenure applies* Through a Strategic Award from the Wellcome Trust, the University of Cambridge has established a 4-year PhD Programme within the Cambridge Institute for Medical Research (CIMR). Two Wellcome Trust funded studentships will be available in October 2008. We also expect to be able to offer at least two 4-year MRC funded studentships. The major themes of the Programme are: misfolded proteins and disease, intracellular membrane traffic, autoimmune disease and haematopoietic stem cell biology. The initial year of training involves in-depth analysis of topics of research relevant to the overall themes of the programme, and 3 mini-projects in research laboratories attached to each of the programme themes. Students can then make an informed choice of their 3-year thesis project and complete their PhD in the 4-year period. It is essential that the prospective students study the further details of this varied and challenging course that are available on the website [url]www.cimr.cam.ac.uk/study/cimr.html[/url] Please apply in writing with current CV, including the names and email addresses of three academic referees (one of whom should have been a project supervisor) to Miss Sonia Lyne, PhD Administrator, CIMR, Wellcome Trust/MRC Building, Hills Road, Cambridge, CB2 0XY, email [email]sll62@cam.ac.uk[/email] *Limit of tenure: Four Years |
PhD Scholarships in Mechanical and Manufacturing Engineering
PhD Studentships
Personalised Sports Footwear: From Elite to High Street Mechanical and Manufacturing Engineering This £1.1M IMCRC Five year Integrating Project, funded by EPSRC, involves researchers in the key areas of rapid manufacturing, sports technology and design ergonomics. The main objective of the project is to investigate a rapid manufacturing process that is cheap and quick enough to produce personalised outsoles to satisfy elite athletes and general public markets. Industrial and academic partners on the project include world leaders in the fields of sports footwear and rapid manufacturing among others. Within the Rapid Manufacturing Research Group, we are looking to appoint 2 full-time studentships examining "High Speed Sintering Material Properties" and "Functional Design for Sports Footwear". These studentships will form an integral part of the overall five year project with support from an experienced team of researchers including academics, and post-doc and post-grad Research Assistants. Suitable candidates should be comfortable with working with world leading researchers in their field and for their results to be applied to working footwear within the project. High Speed Sintering Material Properties - Supervisor: Dr N Hopkinson Rapid Manufacturing technologies are beginning to become accepted across a wide range of industries for high added value applications such as Formula 1 and aerospace. The High Speed Sintering process has been invented at Loughborough University and offers the potential for Rapid Manufacturing to grow from its current applications of niche products into wider, lower price point markets across the globe. However in order to do this the process needs to be improved especially in terms of properties of parts produced. This PhD studentship will investigate ways to improve the properties and reliability of parts produced by High Speed Sintering using thermoplastic materials. Fundamental studies into the materials and the effects processing parameters on their mechanical properties will help to optimise properties that will be used to create outsoles that will be tested in lab and field trials. Functional Design for Sports Footwear - Supervisors: Dr N Hopkinson and Prof MP Caine Rapid manufacturing technologies such as Selective Laser Sintering and High Speed Sintering offer design freedoms that are impossible by conventional manufacturing processes. However the range of materials available with these processes and their properties are currently limited. The aim of this PhD is to maximise the design potential available from Rapid Manufacturing processes in order to produce outsoles for footwear with functionality that goes beyond anything that can be produced today. The research will involve an in-depth understanding of material properties and extensive application of FEA methods to optimise designs that will then be proven in lab and field tests. To apply, please request an application form etc., from Ms Jo Mason, [email]J.R.Mason@lboro.ac.uk[/email], School of Mechanical and Manufacturing Engineering, Loughborough University, Loughborough, Leics LE11 3TU. In addition, please include a statement of how the research will benefit from your qualifications and experience to date. |
PhD Fellowships awarded each year in Stem Cells and Disease
Institute of Child Health, University College London
PhD Studentships - Stem Cells and Disease The UCL Institute of Child Health (ICH) is a postgraduate research institution which, together with its partner, Great Ormond Street Hospital for Children NHS Trust, contains the largest concentration of research expertise in the scientific basis of child health in Europe. Its standing is reflected in the Grade 5*A awarded in the 2001 HEFCE Research Assessment Exercise and in the DoH Biomedical Research Centre for Children's Health awarded to ICH/GOSH in 2007. The Institute is committed to high quality postgraduate education and has a strong track record of training and support for its postgraduates. A high level of interaction exists across the Institute between basic scientists, clinicians and population health scientists. The Institute is offering a number of research studentships for the academic year 2008-09 supported by the Child Health Research Appeal Trust and MRC. Applicants selected for CHRAT or MRC funding will be able to choose from the following PhD projects: Stem Cells and Disease Stem cell therapy for neonatal necrotizing enterocolitis (Professor Agostino Pierro) Identification of transcriptional pathways de-regulated in t(12;21) associated leukaemia (Dr Owen Williams) Imprinted gene expression in the placenta and its effect on fetal growth (Professor Gudrun Moore) Analysing how transcriptional regulators Brn3a and Brn3b control normal heart development and studying changes that occur if these proteins are lost (Dr Vishwanie Budhram-Mahadeo) Development of retinal stem cell therapy. Isolation of rod precursors for photoreceptor regeneration (Dr Jane Sowden) Stem cells to encourage functional recovery following in utero surgery for open spina bifida (Professor Andrew Copp) Identification and Characterisation of HESX1 Transcription Targets (Dr Juan-Pedro Martinez-Barbera) Use of enteric nervous system stem cells as a potential treatment for severe gut developmental disorders (Dr Nikhil Thapar) Further projects available in Infection and Immunity, Neurosciences and Mental Health, and Population Health Sciences on the ICH vacancy website, [url]http://www.ich.ucl.ac.uk/ich/humanresources/[/url] For further information about the ICH see our web site, [url]www.ich.ucl.ac.uk[/url]. Applications are invited from committed individuals wishing to do research in a clinical context, and who expect to graduate with a UK 1st class or upper 2nd class honours degree or equivalent from abroad. For information about the projects and how to apply, please refer to the ICH vacancy website, [url]http://www.ich.ucl.ac.uk/ich/humanresources/[/url]. Please note, applications that are submitted without following the correct procedure may not be considered. This will include a display of posters by PhD students which demonstrates the range of ICH research and an opportunity to attend a lecture by the leader of the recent "Caudwell Xtreme Everest" expedition. 4-year PhD studentships funded by the Medical Research Council are also tenable at ICH, in the project areas listed above. To apply for a UCL 4 year MRC DTA PhD studentship, please see: [url]http://www.ucl.ac.uk/biomedicine/funding/mrc-dta/[/url] |
PhD scholarship awarded in Computing each academic year/term
MATCH PhD School of Information Systems, Computing and Mathematics
[B]SCHOLARSHIP COVERS ONLY :£14,600 p.a. stipend + fees under the current rules which are modified for each academic term[/B] We are seeking applications from excellent candidates to contribute to our PhD programme, as MATCH has recently gained a further EPSRC funded PhD scholarship. The scholarship is designed to begin in January 2008, for three years, alternative start dates may be possible. Overview of thesis Title: Evaluation of Community Based Medical Diagnostics With a growing percentage of elderly population, the level of disease to be diagnosed and managed is increasing at a rate such that the costs using the existing models of healthcare based on hospital services will be unsustainable. In response, there is interest in developing community based medical diagnostic services that would be based in primary care. Such a model not only has the benefits of reducing referral to hospital but can increase the level of resolution within primary care and expedite referral of the serious case, making the referral process more efficient. This project will investigate the benefits of using ambulatory (Holter) ECG monitoring in primary care. General practices will be equipped with systems for ambulatory ECG monitoring. Patients requiring diagnosis will be provided the ECG recorder by their GP. The recording will be analysed within the practice and the report forwarded to the cardiologist for advice. The project aims to assess the benefits and problems of this approach and will determine: (a) Differences in clinical outcome (b) Changes in working practice (c) The difference in experience for the patient (d) Perceptions of the health care workers (e) Cost benefit (f) Other benefits The project will be conducted within MATCH, and will involve collaboration with primary care, a major London Hospital, and ambulatory ECG device manufacturer. MATCH, is a collaboration of four leading UK universities in the field of healthcare technology assessment and a cohort of industrial partners from the sector. It provides a critical research mass stretching across the UK healthcare technology sector. It supports companies and user communities by creating methods to assess value, from concept through to mature products and by engaging with regulatory bodies at home and abroad. [url]http://www.match.ac.uk[/url] Who can apply? We are seeking candidates with at least a 2:1 honours degree in computer science, engineering or equivalent. A demonstrable ability in IS and computing, database and programming is essential and experience in clinical methods skills desirable. The research will be based in the School of Information Systems, Computing and Mathematics (SCISM) at Brunel University but will involve collaborative work with relevant colleagues elsewhere in Brunel and in the other Universities involved in MATCH. Funding is available for a three year Home/EU PhD studentship based on £14,600 stipend per annum and £3,235 fees per annum. In addition, £1,000 (total over the three year studentship) is available for the PhD student's project and travel costs. The studentship should commence by 1 January 2008 at the latest and all funds must be spent by January 2011. The student must be Home/EU and not have been previously registered for a research degree. For further details contact Dr Malcolm Clarke at [email]malcolm.clarke@brunel.ac.uk[/email] before 30th November 2007. Click here for Employer Profile [url]http://www.brunel.ac.uk[/url] Supervisors: Dr Malcolm Clarke (Telemedicine) Professor Terry Young Contact: Applications should be addressed to the MATCH Project Manager Elizabeth Deadman, School of Information Systems, Computing and Mathematics, Brunel University, Uxbridge, UB8 3PH, email [email]elizabeth.deadman@brunel.ac.uk[/email] Applications should include a CV, a covering letter, the name and addresses of two referees, the transcripts of your degrees and the University application form. A form can be downloaded from /3551/GS-Docs/AR3.pdf. Applicants must arrange for their referees to send references directly to the MATCH Project Manager (email is sufficient) by the closing date. Reference forms can be downloaded from /3551/GS-Docs//referenceform.pdf. |
Cancer Research Program
Four Year Phd Student Programme
The Marie Curie Research Institute (MCRI) would like to invite applications for its PhD Programme. An internationally renowned research institute funded by Marie Curie Cancer Care, the Institute supports both basic and translational research programmes investigating the molecular and cellular basis of cancer and the development of new therapeutic approaches. Students benefit from a dynamic research environment and our well-equipped laboratories and state of the art core facilities. The Institute is located in a pleasant rural environment with easy access to London. Students are registered with the University of London through the Institute of Cancer Research. Full details of the projects available and how to apply can be found on our website under Studentships at [url]www.mcri.ac.uk[/url]. |
PhD Fellowships Child Health
Institute of Child Health, University College London
PhD Studentships - Neurosciences and Mental Health The UCL Institute of Child Health (ICH) is a postgraduate research institution which, together with its partner, Great Ormond Street Hospital for Children NHS Trust, contains the largest concentration of research expertise in the scientific basis of child health in Europe. Its standing is reflected in the Grade 5*A awarded in the 2001 HEFCE Research Assessment Exercise and in the DoH Biomedical Research Centre for Children's Health awarded to ICH/GOSH in 2007. The Institute is committed to high quality postgraduate education and has a strong track record of training and support for its postgraduates. A high level of interaction exists across the Institute between basic scientists, clinicians and population health scientists. The Institute is offering a number of research studentships for the academic year 2008-09 supported by the Child Health Research Appeal Trust and MRC. Applicants selected for CHRAT or MRC funding will be able to choose from the following PhD projects: Neurosciences and Mental Health Sex differences in the developing embryo: why are females susceptible to neural tube defects? (Dr Nicholas Greene) Neural correlates of idiopathic developmental verbal dyspraxia (iDVD) (Professor Faraneh Vargha-Kahdem) Auditory perceptual processing in autism spectrum disorders: establishing the brain basis and functional significance (Professor Tony Charman) Investigating the role of tyrosine phosphatases in spinal neuron development (Dr Andrew Stoker) Investigation of the pathological mechanisms in childhood epilepsy (Dr Thomas Jacques) SCN9A/Nav1.7 - a channel for pain (Professor Martin Koltzenburg) Cognitive and social development following epilepsy in infancy (Dr Michelle de Haan) Investigation of the embryological origin and development of intrinsic ganglia within the mammalian lung (Dr Alan Burns)† Further projects available in Stem Cells and Disease, Infection and Immunity, and Population Health Sciences on the ICH vacancy website, [url]http://www.ich.ucl.ac.uk/ich/humanresources/[/url] For further information about the ICH see our web site, [url]www.ich.ucl.ac.uk[/url]. Applications are invited from committed individuals wishing to do research in a clinical context, and who expect to graduate with a UK 1st class or upper 2nd class honours degree or equivalent from abroad. For information about the projects and how to apply, please refer to the ICH vacancy website, [url]http://www.ich.ucl.ac.uk/ich/humanresources/[/url]. Please note, applications that are submitted without following the correct procedure may not be considered. If you wish to visit the ICH to discuss these opportunities, there is an Open Day on 28th November 2007 from 2.00pm. This will include a display of posters by PhD students which demonstrates the range of ICH research and an opportunity to attend a lecture by the leader of the recent "Caudwell Xtreme Everest" expedition. 4-year PhD studentships funded by the Medical Research Council are also tenable at ICH, in the project areas listed above. To apply for a UCL 4 year MRC DTA PhD studentship, please see: [url]http://www.ucl.ac.uk/biomedicine/funding/mrc-dta/[/url] |
Laser/Optical Research
PhD Studentship Laser Optical Diagnostics for the Characterisation of pMDI Devices
Wolfson School of Mechanical and Manufacturing Engineering Ref: GKH031107 PhD Scholarship sponsored by 3M Healthcare and Wolfson School SCHOLARSHIP COVERS ONLY: Up to £14,000 per annum tax free plus tuition fees Loughborough University has a world-leading reputation in the development and application of optical diagnostic techniques for two-phase flow research. The project is sponsored by 3M Healthcare who have a unique track record in the development and manufacture of pMDI inhalation devices. This project aims to develop optical-based analytical techniques to characterise the droplet size and droplet velocity in ex-actuator plumes. The Optical Engineering Research Laboratory in the Wolfson School at Loughborough University has an extensive range of optical techniques for the analysis of gas and particulate flow fields. This project will develop analytical methodologies for the application of the techniques to the area of inhaler plume analysis; investigating accuracy, repeatability and robustness. Analytical techniques which will be used include PDA, PIV, LIF, Laser diffraction and high-speed, high-resolution imaging techniques. The ideal candidate will hold a 1st class or 2:1 honours degree in an engineering or physical science subject, preferably with proven experience in optical diagnostics. Strong numerical analysis skills, proven ability to undertake experimental projects and proficiency in MATLAB computer programming language are also required. Both EU and non-EU citizens are eligible to apply for this scholarship. Duration of the funding is three years. For informal enquiries and please contact Professor Graham K. Hargrave, Loughborough University (G.K.Hargrave@Lboro.ac.uk). An application form and further details are available from Ms Jo Mason, Research Administrator (J.R.Mason@lboro.ac.uk). |
Newcastle Univ EPSRC PhD Scholarships
EPSRC CASE CIKTN PhD Studentship
Multi-Metric based Decision Making in Whole Process Design School of Chemical Engineering and Advanced Materials Introduction Process 2020 Innovation SatNav is an EPSRC funded collaborative project between the universities of Newcastle, Manchester, Reading and York. The project's objectives are to formulate and demonstrate the concept of a tool that offers a flexible and adaptive innovation "SatNav" that can assist technical teams and organisations navigate the complex business and technological terrain. The purpose of this EPSRC industrial CASE studentship is to underpin some of the theoretical challenges of the project. The specific objective of the project is to consider the development of strategies for multi-objective decision making in the early phase of product development. Multiple metrics arise as a consequence of design and operational objectives, including sustainability concerns and these sit alongside business and industrial capability constraints. Using such metrics, development decisions must be made but with an awareness of whole process implication. Case study examples from the SatNav project will serve to ensure the industrial applicability of the theoretically oriented research. The project is supported by AstraZeneca, Johnson Mathey, GlaxoSmithKline, Robinson Brothers and BRITEST Ltd. The successful PhD applicant will join the team of researchers involved in the Process 2020 Innovation SatNav EPSRC funded project in the School of Chemical Engineering and Advanced Materials at Newcastle University. The supervisory team will include Professor G Montague and Professor E Martin. Eligibility and Value of the Award Due to funding criteria, this three year studentship is open to resident UK and EU nationals only. A UK national would receive funding for fees and an annual £15,300 tax free stipend (including CASE award). An EU national would receive a fees award only. Candidates should have a first-class or upper-second-class Honours degree (or equivalent) in chemical or process engineering, physics or mathematics or a related subject. How to Apply Please complete the application form which is available at [url]www.ncl.ac.uk/postgraduate/[/url] apply Please quote the title of the studentship and provide the co-supervisor's name (Professor E Martin) in the section headed "Research Students Only". Further Information Informal enquiries may be made to Professor E Martin, [email]e.b.martin@ncl.ac.uk[/email], +44 (0)191 222 6231 or Professor G Montague, [email]gary.montague@ncl.ac.uk[/email], +44 (0) 191 222 7265. |
Brunel University DTI/ R&D
PhD Studentship
Innovation in Natural Fibre Composites for Structural Applications Applications are invited for a research studentship in the School of Engineering and Design at Brunel University, leading to the award of a PhD degree. The research area will be the development of novel techniques of composite formulation and functional products for structural applications, involving both analytical and experimental aspects. The research is linked to a comprehensive project under the DTI Collaborative R&D Technology Programme with a consortium including the University, industries and architects. Applications are invited from candidates with a 2.1 degree or above in chemistry, material, or related subjects. Additional qualifications in an engineering subject or experience of working in the construction sector would be an advantage. The successful candidate will be enthusiastic, self-motivated, able to conduct research and meet demanding deadlines, as well as being a broad, innovative thinker with good communication skills. The studentship will cover tuition fees to home/EU level and provide an enhanced living allowance over the basic stipend (currently £12,000 per annum). Overseas students are eligible to apply, but will be liable to pay the difference between home/EU and overseas fees. Please send a University application form, CV, and covering letter with contact details of two referees to Dr Mizi Fan, School of Engineering and Design, Brunel University, Uxbridge, Middlesex, UB8 3PH, UK, or via email: [email]mizi.fan@brunel.ac.uk[/email]. The successful candidate will commence their PhD as soon as possible. |
PhD Induction in each term Population Health
Institute of Child Health, University College London
PhD Studentships - Population Health Sciences The UCL Institute of Child Health (ICH) is a postgraduate research institution which, together with its partner, Great Ormond Street Hospital for Children NHS Trust, contains the largest concentration of research expertise in the scientific basis of child health in Europe. Its standing is reflected in the Grade 5*A awarded in the 2001 HEFCE Research Assessment Exercise and in the DoH Biomedical Research Centre for Children's Health awarded to ICH/GOSH in 2007. The Institute is committed to high quality postgraduate education and has a strong track record of training and support for its postgraduates. A high level of interaction exists across the Institute between basic scientists, clinicians and population health scientists. The Institute is offering a number of research studentships for the academic year 2008-09 supported by the Child Health Research Appeal Trust and MRC. Applicants selected for CHRAT or MRC funding will be able to choose from the following PhD projects: Population Health Sciences Body fat alterations and metabolic abnormalities in HIV-infected children and adolescents in Europe: a longitudinal study (Dr Claire Thorne) Growth and disease risk in three generations of the 1958 British birth cohort (Professor Chris Power) Further projects available in Stem Cells and Disease, Infection and Immunity, and Neurosciences and Mental Health on the ICH vacancy website, [url]http://www.ich.ucl.ac.uk/ich/humanresources/[/url] For further information about the ICH see our web site, [url]www.ich.ucl.ac.uk[/url]. Applications are invited from committed individuals wishing to do research in a clinical context, and who expect to graduate with a UK 1st class or upper 2nd class honours degree or equivalent from abroad. For information about the projects and how to apply, please refer to the ICH vacancy website, [url]http://www.ich.ucl.ac.uk/ich/humanresources/[/url]. Please note, applications that are submitted without following the correct procedure may not be considered. If you wish to visit the ICH to discuss these opportunities, there is an Open Day on 28th November 2007 from 2.00pm. This will include a display of posters by PhD students which demonstrates the range of ICH research and an opportunity to attend a lecture by the leader of the recent "Caudwell Xtreme Everest" expedition. 4-year PhD studentships funded by the Medical Research Council are also tenable at ICH, in the project areas listed above. To apply for a UCL 4 year MRC DTA PhD studentship, please see: [url]http://www.ucl.ac.uk/biomedicine/funding/mrc-dta/[/url] |
VU University Amsterdam
Amsterdam, 1081 (Noord-Holland), 38 hours per week PG Research The VU University in Amsterdam is one of the leading institutions for higher education in Europe. It is part of international science networks and collaborates with many major universities throughout the world. The Faculty of Sciences consists of three departments, with 650 employees including researchers, lecturers, full- and part-time professors. At the Solid State Physics section of the Faculty of Sciences at the VU University there are openings for 3 Positions in ‘Sustainable Hydrogen’ Summary To reduce the risk of global warming, CO2 emissions have to be reduced. For a sustainable society it is therefore essential to find ways to reduce energy consumption, to find sustainable energy sources and to develop clean energy carriers that can easily be stored. Hydrogen based technology may hold the key to such a sustainable future. Recently, we developed a new combinatorial technique to investigate the properties of promising hydrogen storage materials. ‘Hydrogenography’ exploits the optical changes on hydrogenation, and hence allows for parallel screening of hundreds of materials combinations simultaneously. This technique is at the basis of two applied research projects funded by the NWO/ACTS sustainable hydrogen programme. Together with several European projects focused on the hydrogen economy, this provides an international network of collaboration for our Hydrogen related research. Required education/skills:University Graduate I. The development of an optical fiber based hydrogen sensor (Postdoc) The possibility to switch reversibly a metal layer between a shiny metallic mirror state and a strongly absorbing black state allows for the design of a hydrogen detector. We have demonstrated a proof of principle of such a detector in an optical fiber geometry, where the active metal hydride nano-layer is deposited on the top-end of the fiber. For a reliable operation, suitable catalyst and protection layers are essential. The working of these layers is to be further optimized and understood. The next step of this project is to develop a sensor measuring the hydrogen concentration in air at a suitable range around the explosion limit of hydrogen in air. We are looking for a post-doc with an interest in both basic material science and the commercial aspects of developing such a sensor. Research aims at understanding the behaviour of the Pd-based catalyst and the hydrogenation of the metal hydride based active layer. The research involves sputter preparation of the device components and characterization thereof using XRD, RBS, optical spectroscopy and STM/AFM. Ultimately, the optimization of the kinetic and optical properties of the device components should result in a proof-of-principle of the sensor. Job type: Research / Advising Workfield(s): - Post-doctorates(Scientific discipline: Natural Sciences) Organization -------------------------------------------------------------------------------- VU University Amsterdam Amsterdam, the capital of the Netherlands, has been a renowned cultural, scientific and commercial centre for many centuries. It was here, in 1880, that the VU University Amsterdam first opened its doors to students. VU stands for 'Vrije Universiteit', which means 'Free University'. Here, 'free' refers to freedom of state and church interference. Vrije Universiteit Amsterdam was established in 1880 by orthodox protestants. Nowadays it aims to be inspiring, innovative and involved. Throughout the past century, the university has continued to expand. It now comprises twelve faculties and has teaching facilities for 18,000 students. Click here for an overview of faculties and institutes: [url]http://www.english.vu.nl/About_the_VU/[/url] The university campus and university hospital are situated in the south-western part of Amsterdam, one of the most dynamic and fast-growing business districts in the Netherlands. The international airport of Schiphol-Amsterdam is 10 kilometres away, just 8 minutes by train. With more than fifty undergraduate (or bachelor’s) programmes and almost a hundred postgraduate (or master’s) programmes, the Vrije Universiteit Amsterdam offers a wide choice of study options. The programmes are of a high quality, the atmosphere is very conducive to study, and the teaching staff is easily accessible. The appointment will be initially for one year. If the results are successful the appointed period will be prolonged by two years (Postdoc) or three years (PhD). In the latter case, the purpose is to complete a PhD-thesis by the end of the fourth year, intended to result in a dissertation. You can visit our website [url]www.vu.nl/vacatures[/url] for a review of working conditions at the VU. Salary Post Doc: Gross monthly salary starts at € 2.852,- in the first year and increases to € 3.597,- in the last year of the appointment, based on a fulltime employment. Phd: Gross monthly salary starts at € 1.956,- in the first year and increases to € 2.502,- in the last year of the appointment, based on a fulltime employment. Additional Information ----------------------------------------------- Or additional information can be obtained through one of the following links: About the organization ([url]http://www.vu.nl[/url]) About the function ([url]http://www.vu.nl/vacatures[/url]) Application VU University Faculty of Sciences Prof.Dr.R. van Griessen De Boelelaan 1083 1081 HV Amsterdam The Netherlands E-mail: [email]few-vacatures@few.vu.nl[/email] |
Computer Science/Dept. of Biochemical Engineering
PhD Studentship
Knowledge Representation and Reasoning Technologies for Rapid Bioprocess Development Dept. of Computer Science/Dept. of Biochemical Engineering This interdisciplinary PhD project, funded by the Innovative Manufacturing Research Centre for Bioprocessing (IMRC), brings together expertise in advanced bioprocess experimentation technology (Department of Biochemical Engineering) and in knowledge representation and reasoning technologies for handling incomplete and inconsistent knowledge using argumentation (Department of Computer Science). The aims of the project are (1) to extend existing work on logic-based systems for argumentation in order to reason with the search space of possible combinations of operating strategies in the production of a biomolecule, and (2) to build a prototype system for a restricted domain of bioprocess knowledge in order to evaluate the framework. We seek a PhD student with an interest in applying logic-based knowledge representation and reasoning technologies to support the rapid development of bioprocesses. Applications are invited for a 3-year PhD studentship starting January 2008 under the joint supervision of Dr Anthony Hunter (Computer Science) and Dr Yuhong Zhou (Biochemical Engineering). Applicants should hold at least a 2.1 degree or MSc (or equivalent) in computer science. Knowledge of biochemistry/chemistry is an advantage. The studentship is funded by the EPSRC and covers a stipend and tuition fees. UK citizens or those with a "relevant connection" with the UK are eligible for the award. For more information see [url]http://www.cs.ucl.ac.uk/staff/a.hunter/bioprocessphd.html[/url] Informal inquiries can be made to Anthony Hunter (a.hunter@cs.ucl.ac.uk) or Yuhong Zhou (y.zhou@ucl.ac.uk). To apply, please download and fill in an application form at: [url]http://www.ucl.ac.uk/prospective-students/graduate-study/application-admission[/url] Make sure you specify PhD "KR for Bioprocess (Anthony Hunter)" on the part of the form that asks what you are applying for. Please send the completed form to Naomi Jones, Postgraduate Administrator, Department of Computer Science, University College London, Gower Street, London, WC1E 6BT. |
Signal Processing/Communications
PhD Scholarship
Signal Processing/Communications School of Electrical Engineering and Computer Science New South Wales, Australia SCHOLARSHIP COVERS ONLY:- Tax-free stipend of at least A$20,000 pa In the School of Electrical Engineering and Computer Science, under the supervision of Dr. Peter Schreier, there is an opening for a PhD student in the broad areas of statistical signal processing/communications. This position is available immediately and carries a tax-free stipend of at least A$20,000/year, for three years, and a complete tuition fee waiver. Exceptional candidates may negotiate a higher stipend. The University of Newcastle is one of the Australia's top universities. The renowned Shanghai Jiao Tong University Ranking places Newcastle's Faculty of Engineering and Built Environment in Australia's top 4, and the world's top 100, for engineering technology and computer science. Newcastle (pop. 350,000) is a lively port city on a breathtaking stretch of Australia's coastline, boasting wonderful beaches, a low cost of living, a very favourable climate, and a casual lifestyle, only two hours from Sydney. Newcastle offers all the usual city comforts, such as restaurants, cafes, parks and gardens, theatres, art galleries, shopping centres, and nightclubs. How to apply: Normally, a Masters degree with thesis in Electrical Engineering (or a closely related area) with excellent grades from an institution of recognized standing is required. In exceptional cases, candidates with a Bachelors degree will also be considered. You may make an informal inquiry about this position by contacting Dr Peter Schreier, School of Electrical Engineering and Computer Science, The University of Newcastle, New South Wales, 2308, Australia, Tel. +61-2-49215997, or preferably by e-mail at [email]Peter.Schreier@newcastle.edu.au[/email]. In your inquiry, include a brief resume and names of potential references. If possible, also include an electronic copy of your thesis or other technical report. |
PhD postion
Radboud University Nijmegen Faculteit der Natuurwetenschappen, Wiskunde en Informatica Nijmegen, (Gelderland), 40 hours per week A NOVA funded PhD position is available at the Department of Astrophysics of the Radboud University Nijmegen, to work on models for the stellar and binary population in the Solar Neighbourhood. The Milky Way is shaped by an interplay between star formation, galaxy formation and stellar evolution. This interplay is complicated by the fact that the majority of stars are born in binaries. With the advance of wide field surveys and the increase in computer power, it has become possible to study Galactic populations of stars and binaries by detailed comparison of models with observations. The aim of this project is to model the Solar Neighbourhood, focussing on low and intermediate mass (binary) stars. Models with different assumptions on the details of binary evolution, star formation and Galactic (chemical) evolution will be compared with the results of wide field surveys such as the Sloan Digital Sky Survey and the ongoing European Galactic Plane Surveys in which we are involved. We are looking for a motivated student that has a broad interest in Astrophysics, preferentially with some programming experience, to further develop an existing stellar population synthesis code and to compare the outcomes of different models with observations. This work will be done under the supervision of Gijs Nelemans in Nijmegen, in collaboration with Simon Portegies Zwart of the Universiy of Amsterdam. The goal of the project is to constrain the local star formation history and make an inventory of local binary populations. This will be used to learn about binary evolution and to help to interpret the results of Galactic surveys. Particular focus will be on binary populations including white dwarfs as they are especially well suited to study binary evolution. The latter will be in collaboration with the groups of Paul Groot in Nijmegen and Hans van Winckel at the University of Leuven, Belgium. The goal of the project is to constrain the local star formation history and make an inventory of local binary populations. This will be used to learn about binary evolution and to help to interpret the results of Galactic surveys. Particular focus will be on binary populations including white dwarfs as they are especially well suited to study binary evolution. The latter will be in collaboration with the groups of Paul Groot in Nijmegen and Hans van Winckel at the University of Leuven, Belgium. Required education/skills:University Graduate We are looking for a motivated student that has a broad interest in Astrophysics, preferentially with some programming experience, to further develop an existing stellar population synthesis code and to compare the outcomes of different models with observations. This work will be done under the supervision of Gijs Nelemans in Nijmegen, in collaboration with Simon Portegies Zwart of the Universiy of Amsterdam. Candidates for this position must have received their Master's degree in (astro)physics at the start of the PhD project. Organization ---------------------- Radboud University Nijmegen Faculteit der Natuurwetenschappen, Wiskunde en Informatica Strategically located in Europe, Radboud University Nijmegen is one of the leading academic communities in the Netherlands. A place with a personal touch, where top-flight education and research take place on a beautiful green campus in modern buildings with state-of-art facilities. The Department of Astrophysics at the Radboud University Nijmegen is a young and vibrant group, consisting of four faculty, five postdocs, nine PhD students and of order five - ten Master students. Research in the department is focused on compact binaries and astroparticle physics. Dr. G. Nelemans Telephone number: 31-24-3652983 E-mail address: [email]nelemans@astro.ru.nl[/email] Or additional information can be obtained through one of the following links: About the organization ([url]http://www.ru.nl[/url]) About the department ([url]http://www.astro.ru.nl[/url]) About the function ([url]http://www.astro.ru.nl[/url]) Radboud University Nijmegen ([url]http://www.ru.nl[/url]) Application Faculteit der Natuurwetenschappen, Wiskunde en Informatica Ms. Nelemans PO Box 9010, 6500 GL Nijmegen, NL E-mail: [email]pz@science.ru.nl[/email] |
PhD Studentship
Radboud University Nijmegen Faculteit der Letteren The European project Acoustic reduction in European languages investigates how speakers and listeners process acoustically reduced words, such as the pronunciation "yesay" for "yesterday" and "onry" for ordinary", in five European languages (Dutch, English, French, Spanish, and Estonian or Finnish). Essential to this research program are corpora of highly spontaneous speech, which exist for English and Dutch, but which will have to be compiled for French, Spanish, and Estonian or Finnish in the course of this project. Complementary to corpus based research, the processing of acoustic reduction will be addressed by means of psycholinguistic experiments. The project has as its principal investigator Dr M. Ernestus. It is funded by a European Young Investigator award, as well as by the Max Planck Institute for Psycholinguistics and by the Radboud University. The research group is located in the building of the Max Planck Institute, on the campus of the Radboud University, in Nijmegen, The Netherlands. This location guarantees a stimulating research environment with excellent experimental facilities. It offers researchers the possibility to develop interdisciplinary skills and to discuss their work with many internationally renowned scholars. The project is now offering a position for a PhD-student who will investigate acoustic reduction in Estonian or Finnish. The PhD-student will explore which types of reduction occur in this language, and how the production and comprehension of reduced words are affected by the morphological and phonological properties of this language. The PhD student will collaborate closely with the principal investigator. In addition, the PhD-student will be supported in his/her research (including the compilation of the speech corpus) by a team of research assistants. Required education/skills:University Graduate Applicants should be (near-)native in Estonian or Finnish and also be fluent in English. They should have a master's degree in linguistics or phonetics, or receive one within a few months. Moreover, applicants should have a basic knowledge of the phonology, phonetics, and morphology of Estonian or Finnish. The successful candidate will receive a contract for three and a half years at the Radboud University Nijmegen ([url]www.ru.nl)[/url], under the conditions for PhD-students at this university. Job type: Research / Advising Workfield(s): - Teaching & Research(Scientific discipline: Language & Culture) Organization ------------------------------------------------ Radboud University Nijmegen Faculteit der Letteren Strategically located in Europe, Radboud University Nijmegen is one of the leading academic communities in the Netherlands. A place with a personal touch, where top-flight education and research take place on a beautiful green campus in modern buildings with state-of-art facilities. The PhD students will be assigned to the function profile Promovendus (ufo-system). Or additional information can be obtained through one of the following links: About the organization ([url]http://www.ru.nl[/url]) About the department ([url]http://www.ru.nl[/url]) About the function ([url]http://www.ru.nl[/url]) Radboud University Nijmegen ([url]http://www.ru.nl[/url]) Faculteit der Letteren Radboud University Nijmegen, Faculty of Arts, P.O. Box 310, NL-6500 AH Nijmegen E-mail: [email]mirjam.ernestus@mpi.nl[/email] |
PhD positions Faculty of Social and Behavioural Sciences
Leiden University Faculteit Sociale Wetenschappen, Openings for PhD positions, The Dept. of Public Adm. of the Fac. of Social and Behavioural Sciences Leiden, 2300 RA (Zuid-Holland), 38 hours per week Function title: Openings for PhD positions, Faculty of Social and Behavioural Sciences The substantive specialization of our search is quite broad, and we are interested in hearing from strong students regardless of their specialization with public administration, public policy, and public affairs. However, the Department’s research program and staff interests are especially appropriate for Ph.D. students with interests in one of the following research areas: 1.European Union Decision-Making, including the preparation and further development of policy within the multi-level context of the Union’s institutions, 2.Normative Analysis of Public Administration, including research concerning the analysis of cultural, conceptual and ethical dimensions of administrative reality; 3.The Development and Nature of Administrative Traditions, including the foundations and development of administrative thought; 4.National Policy Processes, including attention to interactions among political and bureaucratic actors in the development and implementation of public policy; 5.The Management of Public Organizations, with special attention to formal and informal staff and management relationships in the context of comparative public reform and management; 6.International Development Administration, with special attention to the role of the public sector and international organizations in the developing world Requirements ----------------------------------------------- Required education/skills:University Graduate Completed or soon to be completed MA or comparable degree in public administration, political science, sociology, economics or another related and relevant social science; strong interest in the relevant research methods for the proposed project. The MA must be completed prior to the beginning of the contract. Workfield(s): - Research trainees, non-tenured lecturers, researchers(Scientific discipline: Behaviour and Society) Organization ----------------------------------------------------- Leiden University Faculteit Sociale Wetenschappen, Conditions of employment Duration of the contract: 4 years Maximum hours per week: 38 Additional Information ------ Or additional information can be obtained through one of the following links: About the organization ([url]http://www.leiden.edu/[/url]) About the department ([url]http://www.fsw.leidenuniv.nl/[/url]) About the function ([url]http://www.vacatures.leidenuniv.nl/index.php3?m=1&c=1505[/url]) Faculteit der Sociale Wetenschappen Wassenaarseweg 52 P&O Postbus 9555 2300 RB Leiden Nederland E-mail: [email]vacature@fsw.leidenuniv.nl[/email] |
Vibration powered energy
EPSRC PhD Studentship - Vibration powered energy harvesting devices
Department of Aerospace Engineering Energy harvesting is a form of renewable power generation and is a key enabling technology for a whole host of future distributed electrical systems, such as implantable medical devices, wearable computing and structural health monitoring. The Faculty of Engineering at Bristol University has a growing team of researchers investigating energy harvesting and the wider field of micro electro-magnetic devices, drawing together the skills of non-linear mathematicians and magnetic/electrical experimentalists within our state-of-the-art dynamics laboratories. The department of Aerospace engineering is offering a studentship investigating the behaviour of vibration powered energy harvesting devices with non-linear elements: non-linearities are introduced by the mechanical, magnetic and electrical components of the system. In particular non-linear behaviour is being investigated for potential performance improvements. The research is cross-faculty, and the student will be able to engage with members of staff from several departments: Engineering Mathematics, Electrical Engineering and Aerospace. There are both theoretical and experimental aspects to the research and the ideal applicant will have skills in one aspect and be happy to develop skills in the other. Applicants should have, or expect to be awarded a 2.1 or 1st class UK first degree or equivalent in an engineering discipline. The post attracts the standard EPSRC stipend, currently £12600 for the 2007/8 year (tax free). Applicants are reminded to check EPSRC regulations to determine eligibility for the award. Applicants should follow the procedure at [url]www.bristol.ac.uk/prospectus/postgraduate/2007/intro/8[/url] Technical queries can be addressed to Dr. S. Burrow (Stephen.burrow@bristol.ac.uk). All other enquires, and completed applications to: Postgraduate Admissions Secretary Department of Aerospace Engineering University of Bristol Queens Building University Walk Bristol BS8 1TR England [email]aero-pg-admissions@bristol.ac.uk[/email] |
endurance and environmental conditions-Mechanical Engineering
PhD Research Opportunity
To assess the integrity of film coated pharmaceutical tablets under impact endurance and environmental conditions Department of Mechanical Engineering Faculty of Engineering and Design, University of Bath A PhD Research Studentship is currently available in the Department of Mechanical Engineering to develop laboratory scale tests to assess the integrity of film coated pharmaceutical tablets under impact endurance and environmental conditions. This project is funded by Pfizer Limited, one of the top pharmaceutical companies in the world. The research will involve some visits to their UK Research facility at Sandwich in Kent. The research will involve expanding upon the novel impact and abrasion tests which have previously been developed for film coated tablets at Bath University. The research will seek to determine the magnitude of the impact forces which film coated tablets experience during manufacture, packaging and transportation. It will seek to establish how various tablet film coating variants behave under different test and environmental conditions as surface damage can lead to a reduced safe shelf life. This is an excellent opportunity to be based at Bath University and work on a research project funded by one of the world's leading pharmaceutical companies. The studentship will be of interest to a recent Mechanical Engineering, Materials Science or Physics graduate who has gained an upper second class or first class degree classification. The studentship, open to all UK and EU applicants with a tax free maintenance allowance of £15,000 pa, is due to commence in January, 2008. Those interested should email a full Curriculum Vitae (or Resume) with the names and contact details of two referees, or for further information contact either of the following: Dr Irene G Turner (4E 3.42) Dr Jeff Vogwell (4E 2.48) Email : [email]I.G.Turner@bath.ac.uk[/email] Email: [email]J.Vogwell@bath.ac.uk[/email] Internal: x6163 Internal: x5959 Phone: 01225 386163 Phone: 01225 385959 |
Industrial CASE Research PhD Fellowship
Industrial CASE Research Studentship
Steel chemistry and processing University of Birmingham associated with Corus SCHOLARSHIP COVERS ONLY:- Up to £15.5k depending on applicant (tax free) Looking for an opportunity to combine industrial experience with a research project leading to a PhD? The oil and gas industry require large diameter steel pipes of higher strength and toughness to exploit reserves in harsh environments. This puts pressure on pipe manufacturers and steel producers to develop improved steel grades and / or processing methods to meet these increasing demands. This industrial CASE PhD studentship will investigate the relationships between steel chemistry and processing (plate rolling and large diameter pipe forming) and their influence on properties, including Battelle performance. The project is in collaboration with Corus (Construction and Industrial) and will therefore give the successful PhD student the opportunity to spend time at the company as part of their research work. Candidates must be UK or EU residents (stipend for EU students is up to £11.4k depending on the candidate due to different funding arrangements) and should have a 1st or 2.1 in a relevant science or engineering subject, such as materials or mechanical engineering, or physics. Initial enquiries to Dr Claire Davis (tel: 0121 414 5174; email: [email]c.l.davis@bham.ac.uk[/email]). |
Engineering Doctorate (EngD) Studentships
Engineering Doctorate (EngD) Studentship
"Modelling & Control of High Frequency High Amplitude, Fuel Flow Oscillations in Aero Engine Control Systems" EngD Centre in Systems Managing Systems for Enhanced Performance Applications are invited for an EngD research student to work on a collaborative research project between Goodrich Engine Control Systems ([url]www.enginecontrols.goodrich.com[/url]) and the EngD Centre in Systems. Goodrich Engine Control Systems (GECS) is a part of Goodrich Corporation. GECS is the world's leading independent engine control supplier for civil aircraft, helicopters and all forms of military aircraft. GECS' major engineering facilities are based in Birmingham, UK, and West Hartford, USA. Products include fuel metering controls, fuel pumping systems, electronic controls, variable geometry actuation controls, and engine health monitoring systems. Future aero engines will employ a range of active fuel control systems in order to drive down harmful emissions and reduce specific fuel consumption. These systems will require the ability to generate high frequency fuel flow oscillations at the injector nozzles. An essential prerequisite to the development of these systems is the development of a robust understanding and appropriate methodologies for modelling and simulation of fluid control systems at high frequencies. The EngD researcher will need to develop new mathematical analysis, modelling and simulation methods to be integrated with state-of-the-art knowledge of the application domain. These methods will be engine tested on a future demonstrator large gas turbine, developing world-leading low-emissions combustion technology. Further details on the project can be found on the EngD Centre web-site ([url]http://www.sys-eng.bris.ac.uk/vacancies/)[/url]. The EngD in Systems is a full-time four-year postgraduate research programme, incorporating taught Masters level courses in systems, management and enterprise. Candidates for this project should have a minimum of an upper second (2:1) class honours degree (or equivalent) in Engineering or a related subject, with an interest in aircraft systems, fluid mechanics and system modelling. A tax-free EPSRC stipend (£14,100 for 2007/2008) is available for the successful candidate, and will be enhanced by a minimum of £3,000 p.a. from Goodrich. Tuition fees will also be covered. Standard EPSRC studentship eligibility applies. Please check your eligibility before applying. Non-eligible individuals are welcome to apply, but must be able to find alternative funding. Information on how to apply, further details of the project and where to obtain application forms, is available on the EngD Centre's web site - [url]www.systems-engineering.bristol.ac.uk[/url] For further details regarding the research project specifically, please contact Dr Nigel Johnston (D.N.Johnston@bath.ac.uk) For further details regarding the EngD programme, please contact Dr Wendy Daniell (systems-eng@bristol.ac.uk) |
Doctoral Training in Medical Devices Fellowships PhD
Doctoral Training in Medical Devices (4 year studentships) for Engineers and Physical Scientists
Doctor of Engineering in Medical Devices ( EngD) We are currently recruiting graduates in Engineering or the Physical Sciences for who have obtained, or expect to obtain, a first or upper second class honours degree to join the Medical Devices Doctoral Training Centre at the University of Strathclyde which was established in 2003 from funding provided by the EPSRC Life Sciences Interface. The centre trains graduate students, providing them with the opportunity to work with medical companies and clinical groups in state of the art research projects to develop new medical devices and related technologies. The students of the centre will have the opportunity to work on projects with a high degree of relevance to the clinicians, patients and medical companies who will be the end users of such research. Graduates accepted for the centre who are UK citizens will receive a four-year studentship covering living expenses and fees. EU citizens who have been resident in the UK for 3 years or more are also eligible for the full studentship. Fees only support is available for other EU citizens. Additional information can be found at [url]http://www.strath.ac.uk/dtc/[/url] For an application form and further details please contact: Carol McInnes Bioengineering Unit, University of Strathclyde, Glasgow G4 0NW. Telephone: 0141 548 3781 Email: [email]carol.b.mcinnes@strath.ac.uk[/email] |
Instrument Development For Investigation Of Complex Fluid Behaviour At High Pressure
Engineering Doctorate (EngD) Studentship
"Instrument Development For Investigation Of Complex Fluid Behaviour At High Pressure And High Temperature" EngD Centre in Systems Managing Systems for Enhanced Performance The EngD Centre in Systems invites applications for a University of Bath associated EngD Research Engineer to participate in a collaborative project with KAT ([url]http://www.kat-lab.com/)[/url]. KAT provides highly specialised non-routine laboratory analytical services, primarily serving global upstream oil and gas industries. KAT is an SME and the intention is for the Research Engineer to develop a leadership role in the Mechanical Engineering aspects of the company. The aim is to develop an integrated instrument comprising multiple, interlinked modules suitable for characterisation of complex fluids under controlled high pressure and high temperature (HPHT) conditions and capable of remote function. The three system modules include: (1) A microscope with digital image capture; (2) A rotational rheometer with magnetic bearing levitation; (3) A sample conditioning and phase equilibration system. New development involves the design of HPHT dosing pumps and automated valves, together with a software control program for interlinked modular function, pressure and temperature conditions, and sample transfer. An interface for remote external control such as by landline or radio link is also required. The systems design approach of remote laboratory equipment will greatly shorten the production delays and potentially allow optimisation of oilfield production. The EngD in Systems is a full-time four-year postgraduate research programme, incorporating taught Masters level courses in systems, management and enterprise. Candidates should have a minimum of an Upper Second (2:1) class honours degree (or equivalent) in Mechanical Engineering or a related subject, with a desire to develop the research project in terms of a systems based approach. A tax-free EPSRC stipend (£14,100 for 2006/2007) is available for the successful candidate, enhanced by a minimum of £3,000 from KAT. Standard EPSRC studentship eligibility applies. Please check your eligibility before applying. Non-eligible individuals are welcome to apply, but must be able to find alternative funding. Information on how to apply, further details of the project and where to obtain application forms, is available on the EngD Centre's web site - [url]www.systems-engineering.bristol.ac.uk[/url] For further details regarding the research project specifically, please contact Dr Patrick Keogh (P.S.Keogh@bath.ac.uk) For further details regarding the EngD programme, please contact Dr Wendy Daniell (systems-eng@bristol.ac.uk) |
"High Accuracy Aero Engine Fuel System Modelling Technology
Engineering Doctorate (EngD) Studentship
"High Accuracy Aero Engine Fuel System Modelling Technology" EngD Centre in Systems Managing Systems for Enhanced Performance Applications are invited for an EngD research student to work on a collaborative research project between Goodrich Engine Control Systems ([url]www.enginecontrols.goodrich.com[/url]) and the EngD Centre in Systems. Goodrich Engine Control Systems (GECS) is a part of Goodrich Corporation. GECS is the world's leading independent engine control supplier for civil aircraft, helicopters and all forms of military aircraft. GECS' major engineering facilities are based in Birmingham, UK, and West Hartford, USA. Products include fuel metering controls, fuel pumping systems, electronic controls, variable geometry actuation controls, and engine health monitoring systems. Future aero engines will employ a range of active fuel control systems in order to drive down harmful emissions and reduce specific fuel consumption. These systems will require the ability to generate high frequency fuel flow oscillations at the injector nozzles. An essential prerequisite to the development of these systems is the development of a robust understanding and appropriate methodologies for modelling and simulation of fluid control systems at high frequencies. The EngD researcher will need to develop new mathematical analysis, modelling and simulation methods to be integrated with state-of-the-art knowledge of the application domain. These methods will be engine tested on a future demonstrator large gas turbine, developing world-leading low-emissions combustion technology. Further details on the project can be found on the EngD Centre web-site ([url]http://www.sys-eng.bris.ac.uk/vacancies/)[/url]. The EngD in Systems is a full-time four-year postgraduate research programme, incorporating taught Masters level courses in systems, management and enterprise. Candidates for this project should have a minimum of an upper second (2:1) class honours degree (or equivalent) in Engineering or a related subject, with an interest in aircraft systems, fluid mechanics and system modelling. A tax-free EPSRC stipend (£14,100 for 2007/2008) is available for the successful candidate, and will be enhanced by a minimum of £3,000 p.a. from Goodrich. Tuition fees will also be covered. Standard EPSRC studentship eligibility applies. Please check your eligibility before applying. Non-eligible individuals are welcome to apply, but must be able to find alternative funding. Information on how to apply, further details of the project and where to obtain application forms, is available on the EngD Centre's web site - [url]www.systems-engineering.bristol.ac.uk[/url] For further details regarding the research project specifically, please contact Dr Nigel Johnston (D.N.Johnston@bath.ac.uk) For further details regarding the EngD programme, please contact Dr Wendy Daniell (systems-eng@bristol.ac.uk) |
Pollutants in the Urban Environment
The University of Manchester
PhD studentship Pollutants in the Urban Environment School of Chemical Engineering and Analytical Science Project Information The School of Chemical Engineering and Analytical Science is seeking a candidate of outstanding ability to join the exciting programme of EPSRC-funded research on the Pollutants in the Urban Environment (PUrE). The PhD student will work on the development of an integrated life-cycle methodology for mapping the flows of pollutants in the urban environment, following the pollutants from their sources, through the environment to receptors. Life Cycle Assessment (LCA), Substance Flow Analysis (SFA) and GIS will be used as tools for these purposes. A first or upper second honours degree, Masters qualification or equivalent in engineering, science or mathematics are ideal academic qualifications for this studentship. An interest in environmental assessment and modelling is required and experience in LCA, SFA, GIS, and/or uncertainty analysis would be a distinct advantage. The student should also have excellent communication and writing skills. Funding This three-year research studentship includes payment of tuition fees and a postgraduate stipend. Further Information and Application For informal enquires about the project contact Prof. Adisa Azapagic (adisa.azapagic@manchester.ac.uk). For more information on the School of Chemical Engineering and Analytical Science, please visit our web site [url]http://www.ceas.manchester.ac.uk[/url]. For more information on the PUrE research programme, visit [url]http://www.ceas.manchester.ac.uk/research/groups/sustainable/projects/pure[/url]. Other enquires and completed applications, including a CV, and a covering letter stating your research interest can be sent to: Postgraduate Research Team, School of Chemical Engineering and Analytical Science, The University of Manchester, PO Box 88, Sackville Street, M60 1QD; Email: [email]pgr-ceas@manchester.ac.uk[/email]; Tel: +44 (0)161 306 4343; Fax: +44 (0)161 306 9321 |
Behaviour of corrosion
PhD Studentship
Behaviour of corrosion-protection coatings on light alloys: prediction of in-service performance Department of Materials Aircraft manufacturers would like to predict the in-service performance of painted aluminium aircraft structures as a function of surface treatment, choice of corrosion-inhibiting primer and topcoat, and exposure conditions, using a computer model. The starting point would be a defective protection scheme (e.g. scratch through to bare metal), but will need to progress to intact coatings. The exposure conditions will be wet/dry cycling and temperature cycling, with different levels of salt. The work will examine the electrochemical impedance of the system, wet adhesion, and map local electrochemical activity using a scanning Kelvin probe. Under-coating damage and blistering will be imaged by Scanning Acoustic Microscopy and will be supervised by Dr John Sykes and Dr David Dixon (Airbus). The aim is to provide mechanistic understanding and parameter values for input to a computer model. For more information contact Dr John Sykes (john.sykes@materials.ox.ac.uk). This project is supported by an EPSRC Industrial CASE award and is sponsored by Airbus UK Limited. For details on how to apply and other relevant information, please take a look at the Department of Materials' website under "How to apply" at: [url]http://www.materials.ox.ac.uk/postgraduate/index.htm[/url]. |
Classifiers in Medicine and Biology
EPSRC studentship
Classifiers in Medicine and Biology Department of Computer Science We are seeking to recruit a PhD student for CLIMB - Classifiers in Medicine and Biology, a research project funded by the Engineering and Physical Sciences Research Council. This is a collaborative project between the University of Glasgow, University of Sheffield and the University of East Anglia, see the associated project website for details [url]http://www.dcs.gla.ac.uk/~girolami/EPSRC_SSL/CLIMB.htm[/url]. You will be based at the University of Sheffield and will be co-supervised by Dr Guido Sanguinetti and Dr Richard Clayton. Your research will lead you to devise and implement statistical machine learning algorithms for the automated diagnosis of heart disease. The main technical tools involved will include Time-series analysis, Label Bias and Covariate Shift, Classification in the presence of label noise. Further information and an application pack, please see our website at: [url]http://www.dcs.shef.ac.uk/~guido/diagnosis.html[/url]. |
Systems Engineering
Systems Engineering Research Degree opportunities at the University of Bath
The University of Bath is currently recruiting EngD research students to a number of exciting projects. The Doctor of Engineering (EngD) is a four-year postgraduate award intended for the UK's leading research engineers who aspire to a leading managerial career in industry. It is a radical alternative to the traditional PhD, providing a more vocationally oriented doctorate. The degree programme is based around the solution of real problems within an industrial context. Each EngD student is sponsored by an industrial partner. The industrial partner is involved in the selection of candidates, and in guiding the pattern of work for the project. Research Engineers An EngD student is known as a Research Engineer (RE) and will be registered for the EngD degree at the University of Bath, co-supervised by a member of academic staff and an industrial supervisor at a collaborating company. REs work on a project or series of projects that demonstrate innovation and are of direct industrial relevance. Research outcomes are expected to be at least to the same level as a PhD. REs spend three quarters of their time working directly with the industrial partner. The fourth quarter is spent undertaking Master's-level training in systems engineering skills and specialist technical subjects directly related to their research, as well as developing management capabilities. Details of the EngD programme are available at [url]www.SysEngDocCentre.net/[/url]. Entry Requirements The EngD is open to highly motivated candidates who have a minimum of an upper second-class honours degree or equivalent in an appropriate discipline. A lower undergraduate qualification is acceptable if supplemented with an appropriate postgraduate qualification (e.g. MBA/MSc) and/or substantial industrial experience. Applicants must be able to demonstrate proficiency in English. Fees and Stipends Research Engineers are fully funded by EPSRC for four years and will receive an enhanced tax-free stipend of £17800 (2006/07), plus a training allowance to attend conferences and workshops. International students are welcome to apply, but are not eligible for the EPSRC funding. Non-UK EU students who can demonstrate that they have been resident in the UK for three years are eligible for full funding. Those who have not been resident in the UK for three years will be eligible for fees only. Applying If you are interested in this career enhancement opportunity, please contact Eamonn O'Neill at the University of Bath (eamonn@cs.bath.ac.uk). Information about studying for a postgraduate degree at Bath is available at [url]www.bath.ac.uk/grad-office/[/url]. An application form may be downloaded from [url]www.bath.ac.uk/prospectus/postgrad/apply/index.shtml/[/url]. Early applications are encouraged as the number of funded places is limited. |
Scotch Whisky Research Institute
University of Nottingham
EPSRC CASE Studentship Identification and process control of congeners responsible for the nutty/cereal flavour characteristics of malt whisky School of Biosciences - Division of Food Sciences Supervisor: Dr David Cook and Professor Andy Taylor (University of Nottingham) and Dr John Conner (Scotch Whisky Research Institute) This EPSRC CASE studentship in partnership with the Scotch Whisky Research Institute (SWRI) aims to identify the origins of nutty and cereal flavour characters in malt whisky. With annual exports over £2.3 billion, Scotch Whisky is by far the largest export earner in the UK food and drink sector. Nutty and cereal flavours are examples of recognised characters present in whisky, which are of commercial significance. By characterising significant cereal or nutty aroma compounds and monitoring their generation throughout the manufacturing process the project ultimately aims to support the industry in delivering consistency and control over these key flavour characteristics. The PhD student will ideally have an interest in, or experience of, analytical chemistry. Full training will be given in the use of a range of advanced mass spectrometry techniques used in flavour and sensory analysis (APCI-MS, GC-MS, GC-O etc.). The generation of key flavour congeners during the thermal treatment of malted barley will be followed using novel on-line mass spectrometry techniques. The student will have access to laboratory facilities at SWRI and will spend appropriate periods of time there, making use, for example, of specialist distillation equipment or experienced whisky sensory panels. There will be considerable opportunities to interact with, and gain knowledge of, the Scotch Whisky Industry. Students should have a BSc (Hons) 2i or above, or MSc in an appropriate scientific discipline (food science, food chemistry, physical chemistry, analytical science, biological sciences, biochemistry). This studentship, funded by the EPSRC/Scotch Whisky Research Institute, is available immediately for a period of 3½ years. Due to funding restrictions by the EPSRC, this studentship is only available to UK/EU (in part) students. Applications, with a letter of application and a detailed CV, together with the names and addresses of two referees, should be sent to Babs Perkins, Division of Food Sciences, School of Biosciences, The University of Nottingham, Sutton Bonington Campus, Loughborough, Leicestershire, LE12 5RD. Email: [email]Babs.Perkins@Nottingham.ac.uk[/email]. Please quote ref. SCI/291X1. Closing date: 23 November 2007. For all our vacancies and more about working at the University of Nottingham see: [url]http://jobs.nottingham.ac.uk/[/url]. |
Materials Science and Engineering
Overseas Research Studentships
Materials Science and Engineering Applications are invited for ORSAS Scholarships. These enable overseas students to pursue research towards a PhD in the UK. The Department of Metallurgy and Materials at The University of Birmingham has an international reputation for the quality of its research work and was awarded the highest grade possible (5*A) in the last Research Assessment Exercise. The Department constitutes one of the largest and best equipped centres for materials research in the UK. Research areas for projects leading to the degree of PhD include: Aerospace Materials, Alloy Chemistry, Biomaterials, Castings, Composites, Corrosion, Electron Microscopy, Fatigue and Fracture, Ferrous Metallurgy, Functional and Structural Ceramics, High Tc Superconductors, Intermetallic Compounds, Magnetic Materials, Materials Chemistry, Metals Processing, Powder Metallurgy, Microstructural Modelling, Oxidation, Polymers, Fibre Optic Sensors, Chemical Process Monitoring, Damage Detection, Sports Materials, Hydrogen Energy, Surface Engineering and Sustainable Development. The ORSAS award is partial only. The remainder of the fees and the stipend will be paid by the Department. The current stipend for ORS students is £8700 pa. Enquiries should be sent as soon as possible to: The Postgraduate Admissions Tutor, Prof. Ian Jones, Department of Metallurgy and Materials, The University of Birmingham, Edgbaston, Birmingham, B15 2TT. tel: (0121) 414 5187; FAX: (0121) 414 3238 Email: [email]met-postgrad@bham.ac.uk[/email] . [url]http://www.bham.ac.uk/metallurgy[/url] [url]http://irc.bham.ac.uk[/url] Please include a copy of your full undergraduate transcript, your position in class and the size of the class |
EPSRC DTA PhD Studentships
Department of Chemical Engineering Any topic from our current research portfolio The work will be carried out in the Chemical Engineering Department's world-class, purpose-designed new building, with the state-of-the-art equipment, funded through £6.5M of investment from the University, Government and industry, and located within the World Heritage site city of Bath. Research topics may be selected from the project portfolio of one of our research groups: Advanced Materials & Porous Solids Biochemical and Biomedical Engineering Catalysis and Reaction Engineering Some possible specific projects: Activation and transformation of methane over heterogeneous catalysts. Highly selective transformation of ethane and propane into valuable aromatic compound. Standard Materials and Methods for Hydrogen Uptake in Solids. The work will contribute to ongoing studies on sustainable hydrogen energy systems. Analysis of Excess Adsorption Isotherms. The work will contribute to ongoing studies on advanced gas separation and storage technologies. The application of Enhanced Fluid Dynamic Gauging as a fouling sensor for pressure driven membrane separations in the food industry. Development of inorganic hydrogen selective membranes for a novel hydrogen production technology. Clean chemical catalysis (one-pot reactions, nanomaterials, microreactors). Computation fluid dynamics of microreactors. Applicants for these posts, possessing (or about to possess) at least a 2.1 degree (or equivalent) in chemical engineering, biochemistry, chemistry, pharmacy (particularly pharmaceutics), materials science, physics, mathematics, or a related subject, are advised to apply as soon as possible. Applicants are advised to discuss potential research projects with the relevant member of academic staff prior to making a formal application - use this link to see staff research interests. The studentship will cover the University tuition fees for three years for a student with British/EU citizenship (only with a recent UK undergraduate course or recent residence in the UK over 3 years). The stipend will be up to £16,000 (tax free) per year. The start date for the projects is 1st October 2007 or soon thereafter. The application process will involve interview. Application forms may be obtained from Ms Charlotte Wilkes, Department of Chemical Engineering, University of Bath, Bath BA2 7AY; Tel: 01225 386133, Fax: 385713; Email: [email]cescew@bath.ac.uk[/email]. |
DEL CAST studentship
Funded PhD Studentship in collaboration with the R&A Rules Ltd
Department for Employment and Learning (DEL) Applications are invited for the following DEL CAST studentship (Co-operative Awards in Science and Technology): An examination of golf swing mechanics for clubs of different physical properties and the associated effects of players' learning and confidence levels. The project available is in the Sport and Exercise Sciences Research Institute (in collaboration with the R&A Rules Ltd) and is tenable in the Faculty of Life and Health Sciences at the Jordanstown Campus. The research aims to: • determine effects of variations in club properties on swing dynamics and shot outcomes; • examine the biomechanics of long driving players and the influence of customised driver characteristics; • determine the relationships between motor learning and confidence levels and performance. Applicants should hold ordinary UK residence to be eligible for both fees and maintenance. Non UK residents who hold ordinary EU residence may also apply but if successful will receive fees only. All applicants should hold a first or upper second class honours degree, or its equivalent, in Sport and Exercise Sciences, Sports Engineering/ Technology or a closely related discipline, with knowledge and practical experience of biomechanics and knowledge of motor learning theory. Successful candidates will enrol on a full-time research programme, of up to three years subject to satisfactory progress, leading to the award of the degree of Doctor of Philosophy. The studentship will comprise tuition fees and a maintenance award (subject to UK residence status) of not less than £17,700 per annum, funded by DEL (the Department for Employment & Learning in NI) and the R&A Rules Ltd. If you wish to discuss your proposal or receive advice on the research project please contact: Dr Eric Wallace, t: 028 9036 6535, e: [email]es.wallace@ulster.ac.uk[/email] Apply online [url]www.ulster.ac.uk/applyonline[/url] or application materials are available from: Research Office, University of Ulster, Cromore Road, Coleraine, BT52 1SA, T: 028 7032 4729, e: [email]hj.campbell@ulster.ac.uk[/email], Web [url]www.ulster.ac.uk/researchstudy[/url] |
DPhil Studentships at the University of Oxford
DPhil Studentships at the University of Oxford
The Radiobiology Graduate Programme provides a fully integrated state-of-the-art research training environment. In addition to a theoretical course covering core and emerging areas of radiation oncology and biology, the Programme engages students in high-quality basic and clinically-applied research, with the aim of training future leaders in radiobiology and radiation oncology. Six funded D.Phil Studentships are available commencing October 2008. Projects are being offered in the following areas: o Markers for non-invasive tumour microenvironmental imaging - Dr. Eric Bernhard & Dr. Sean Smart o Radiation, repair and cancer - Dr. Grigory Dianov o The role of Chk 1 in the physiological response to hypoxia/reoxygenation - Dr. Ester Hammond o Processing of Ionising Radiation-Induced Clustered DNA Damage by Mammalian Cells - Prof. Peter O'Neill & Dr. Martine Lomax o Regulation of RASSF1A pathway signalling - Dr. Eric O'Neill o Detection of "invisible" neuropathology with novel targeted MRI contrast agents - Dr. Nicola Sibson o The tumour-stroma interplay in pancreatic carcinoma and its impact on therapeutic resistance - Dr. Thomas Brunner o Role of LATS kinases in the DNA damage response - Dr. Eric O'Neill & Prof. Thomas Helleday Further information on the available Studentships and application details are available on the Radiation Oncology & Biology website at [url]www.rob.ox.ac.uk/graduatestudies/studentships[/url] |
New Dynamics of Ageing (NDA)
PhD Research Studentships
New Dynamics of Ageing (NDA) Promoting Independence and Social Engagement among Older People in Disadvantaged Communities project Arising from a successful grant application, an exciting opportunity exists to join a multidisciplinary team of researchers at Keele University. The project forms part of the New Dynamics of Ageing (NDA) programme - a five-year multidisciplinary research initiative with the ultimate aim of improving quality of life of older people. The programme is a unique collaboration between five UK Research Councils - ESRC, EPSRC, BBSRC, MRC and AHRC - and is the largest and most ambitious research programme on ageing ever mounted in the UK (further details at [url]http://newdynamics.group.shef.ac.uk/)[/url]. Project Summary Three PhD studentships are available to support a research project, which aims to increase understanding of the social, health and psychological processes involved in promoting independence and social engagement among older people in disadvantaged urban communities. The participatory research design will examine four different forms of community initiative in deprived neighbourhoods of Manchester. It connects with the NDA programme themes of 'active ageing', 'autonomy and independence' and 'locality, place and participation'. The research will be interdisciplinary (informed by theoretical work in social and environmental gerontology, social/community psychology, health technology and community health) and collaborative (with partners from statutory and voluntary agencies). It aims to advance theoretical understanding of the social and community basis of active ageing and to develop policy guidelines for its promotion. The research seeks to clarify the issues older people identify as important and the particular processes involved in promoting active ageing through different community initiatives. A longer project summary and further details of potential PhD projects can be accessed at: [url]http://www.keele.ac.uk/gradschool/fundingkeele.htm[/url]. However, the precise themes to be addressed in the projects are a matter for negotiation between supervisory teams and successful applicants. Applications are invited from highly motivated graduates who have, or expect to gain, at least an MA/MSc or upper second class degree, who have a background in Healthcare, Sociology, Social Policy, Psychology or in another related subject. Candidates with a relevant Masters degree from an ESRC-recognised programme are strongly encouraged to apply. The studentships will commence in January 2008, for three years leading to the award of a PhD. You will be joining a thriving community of around 40 postgraduate research students within the Research Institute for Life Course Studies, which aims to support and stimulate high quality research and enterprise by bringing together a multidisciplinary group of researchers working on a range of health and social concerns across the life course, from childhood through to old age. It draws on existing strengths at Keele in the fields of ageing (with one of the largest groups of researchers working in the field of gerontology in the UK), health, rehabilitation and well-being, children and families, and psychology. The studentships cover a bursary (£12,600) and tuition fees at the UK/EU rate for 3 years. Informal enquiries and additional information may be directed by email to Professor Michael Murray: [email]m.murray@keele.ac.uk[/email] Please send a completed Application for a Research Studentship (found here: [url]http://www.keele.ac.uk/gradschool/documents/research%20studentship%20application%20form.doc)[/url], and a completed application form (found here: [url]http://www.keele.ac.uk/gradschool/prospectus/appform.htm[/url]) with a detailed CV and the names and addresses of two academic referees to: The Graduate School, Keele University, Staffordshire ST5 5AZ |
software development (MDD) PhD Fellowships
EPSRC PhD Studentship
Department of Computing SCHOLARSHIP COVERS ONLY:- Stipend £12,600 + Student Fees FURTHER DETAILS Applications are invited for an EPSRC PhD studentship in the Department of Computing ([url]http://www.comp.lancs.ac.uk)[/url], Lancaster University, starting as soon as possible. The successful candidate will work under the supervision of Prof. Jon Whittle in the area of model-driven software development, although other areas of software engineering will be considered. Software continues to grow in complexity, both in terms of the number of lines of code in a typical application and in terms of the number of interacting technologies required for implementation. One way of managing this complexity is to raise the abstraction level of software development. This is the approach followed in model-driven software development (MDD), wherein models, or abstractions, of software are the primary artifacts of development. A studentship is available in any aspect of MDD, including, but not limited to: bringing the benefits of MDD to early phases of the software development lifecycle, verification and validation of model transformations, model management and model composition, executable models, domain-specific modeling. In accordance with EPSRC regulations, this studentship is available to candidates who can demonstrate a relevant connection with the UK, usually (but not exclusively) through being ordinarily resident for a period of 3 years immediately prior to the date of application for an award ([url]http://www.epsrc.ac.uk/student)[/url]. The studentship is fully-funded: i.e. it offers tuition fees at the UK/EU rate, as well as a tax-free maintenance stipend of £12,600 p.a. for 2007/8; £12,900 p.a. for 2008/9; £13,200 p.a. for 2009/10. Prospective applicants, who should have an excellent first degree in a relevant discipline, are encouraged to initiate contact with Prof. Whittle by sending a statement of research interests to [email]whittle@comp.lancs.ac.uk[/email]. All applicants will also have to apply formally through the Postgraduate Admissions Office ([url]https://www.pgapps.lancs.ac.uk)[/url]. For further information online, please visit [url]http://www.comp.lancs.ac.uk/~whittljn[/url] |
Carbon Reduction in Buildings
Doctoral Training Account Studentship
Carbon Reduction in Buildings Bartlett School of Graduate Studies Applications are invited for PhD studentships funded by the Engineering and Physical Sciences Research Council, tenable for three years at the Bartlett School of Graduate Studies, University College London. The studentships are associated with the 'Carbon Reduction in Buildings' (CaRB) project, a major research programme on energy use in the built stock. Suitable subject areas for the studentships include building energy modelling, stock energy modelling, user impact on energy use, relationship of national energy use to construction, life styles, employment and other subjects pertinent to the CaRB project. For details of the Bartlett's activities, see [url]www.bartlett.ucl.ac.uk[/url] . For further information on the CaRB project see [url]www.carb.org.uk[/url] .A briefing paper describing the studentships, and further information about making an application may be obtained from the Bartlett at [url]www.bartlett.ucl.ac.uk/graduate/scholarships[/url]. |
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