PhD Opportunities in the Development of Next-Generation CMOS Devices-Ireland
PhD studentships in Ireland.
Science Foundation Ireland has recently made a major award of a
Strategic Research Cluster (SRC) Grant to a group of researchers
based at the Tyndall National Institute and university college Cork,
Dublin City University and Queen s University Belfast together with
industrial partners INTEL Ireland and Seagate Technologies. This SRC
is entitled FORME - for Functional Oxides and Related Materials for
Electronics. The specific aims of this cluster are to study a range
of processes associated with the development of next-generation CMOS
devices and also to work towards device architecture that go far
beyond CMOS technology. The team concerned represents a mixture of
Materials Chemists, Physicists and industrial partners with
activities spanning materials synthesis and characterisation,
advanced thin layer growth, surface science studies and the optical,
electrical and magnetic characterisation of a wide range of oxides
and related materials.
Following this award the FORME SRC wishes to announce a major
postgraduate student recruitment opportunity, through which up to 14
postgraduate students will be appointed across partner laboratories
in Cork and Dublin.
APPLICATION are encouraged from suitably qualified individuals
possessing a first class or upper second class Honours degrees (or
equivalent), in Chemistry, Physics, Materials Science,
Electrical/Electronic Engineering or closely related disciplines.
Applications are restricted to students from within the European
Union. The specific projects/supervisors and institutions concerned
are listed below.
Please quote the relevant reference number when applying for a
position.
PhD1.1.1 In-situ spectroscopic reaction monitoring of atomic layer
deposition processes. Please contact Dr Ian Povey/Tyndall National
Institute Cork/
ian.povey@tyndall.ie
PhD1.1.2 Design and synthesis of novel precursors for atomic layer
deposition. Please contact Dr David Otway/University College Cork/
dave.otway@ucc.ie
PhD1.1.3 Kinetic Monte Carlo simulation of atomic layer deposition.
Please contact Dr Simon Elliott/ Tyndall National Institute Cork/
simon.elliott@tyndall.ie
PhD1.1.4 Electrical and interfacial characterisation of device
structures. Please contact Dr Paul Hurley/ Tyndall National
Institute Cork/
paul.hurley@tyndall.ie
PhD1.2.1 Growth of high-k nanolaminates by atomic layer deposition.
Please contact Prof Martyn Pemble/ Tyndall National Institute Cork/
martyn.pemble@tyndall.ie
PhD1.2.2 Characterisation of nanolaminates using inelastic electron
tunneling spectroscopy. Please contact Dr Paul Hurley/ Tyndall
National Institute Cork/
paul.hurley@tyndall.ie
PhD1.3.1 Growth and characterisation of MOS structures on III-V
substrates. Please contact Prof Greg Hughes/Dublin city university
greg.hughes@dcu.ie
PhD1.3.2 First principles modeling of atomic layer deposition on III-
V substrates. Please contact Dr Simon Elliott/ Tyndall National
Institute Cork/
simon.elliott@tyndall.ie
PhD2.1.1 Nanocasting routes to ordered mesoporous metal oxide
nanofibres. Please contact Dr Nikolay Petkov/ University College Cork
n.petkov@ucc.ie
PhD2.1.4 Development of contacting strategies for template based
nanostructures. Please contact Dr Aidan Quinn/ Tyndall National
Institute Cork/
aidan.quinn@tyndall.ie
PhD2.2.1 Growth of novel ferroelectric thin films. Please contact
Prof Roger Whatmore/ Tyndall National Institute
Cork/roger.whatmore@tyndall.ie
PhD2.2.2 Atomic layer deposition of ferroelectric and multi-ferroic
thin films. Please contact Prof Martyn Pemble/ Tyndall National
Institute Cork/
martyn.pemble@tyndall.ie
PhD2.3.1 Synthesis and characterisation of novel interconnect
materials for nanoscale devices. Please contact Prof Michael
Morris/University College Cork/
m.morris@ucc.ie
PhD2.3.2 Optically active nanostructured oxide materials. Please
contact Dr Enda McGlynn/ Dublin City University/
enda.mcglynn@dcu.ie
Potential applicants are encouraged to contact individual project
supervisors informally in the first instance, or the Project
Coordinator, Professor Martyn Pemble. Enquiries by e-mail will be
particularly welcome.
Prof Pemble may be contacted as follows:
Professor Martyn E Pemble
Science Foundation Ireland Investigator
Director, Advanced Materials and Surfaces Group
Tyndall National Institute
University College Cork
Lee Maltings, Prospect Row, Cork, Ireland
Tel/fax +353 21 490 4456/ 427 0271
E-mail martyn.pemble@tyndall.ie
Each studentship will carry funding for up to four years of study,
with the stipend currently standing at 16,000 per annum.
Link: http://www.tyndall.ie/careers/postgraduate.html



