Job Title: Researcher in Quantum Chemical Simulation Techniques
Department and Location: CMG, ThMD Centre
Reports to: Simon Elliot
Job Ref No: SE-07


1.Purpose of Job
================
Applications are invited for a postdoctoral research fellowship at
Tyndall National Institute applying quantum chemical simulation
techniques to the deposition of high-permittivity materials.  This is
part of an EU-funded project to develop new flash memory devices and
the research will be carried out in collaboration with experimental
groups across Europe.


2.Principal Accountabilities
============================
To model the atomic layer deposition of dielectric layers needed for
high-density flash memory, in particular the top dielectric, and for
the transistor gate stack in CMOS technology.  The modelling results
will be used to guide precursor selection, optimise growth conditions
and minimise impurities.  First principles (ab initio) calculations
will be used to investigate the key chemical reactions in the atomic
layer deposition process.  Dependence on process conditions will be
examined via kinetic Monte Carlo simulations.  In both cases, new
models will be developed using existing simulation software.

To report and disseminate the results.

To survey the literature and assess emerging alternatives for
precursor chemistries, deposition technologies and novel materials in
high-density flash memories.

To promote the use of materials simulation in high-tech industry, via
publications, conferences and training events, as well as fostering
bilateral partnerships.

To pursue research in associated areas of materials science.


3.Vision/Context/Nature
=======================
This is part of an EU-funded project to develop new flash memories and
the research will be carried out in collaboration with experimental
groups in academia and industry across Europe.

It is also expected that the research will feed into related
activities (both experimental and theoretical) in Tyndall and around
Ireland, including interaction with partners in the semiconductor industry.

It is expected that the research will enhance the status of Tyndall
within the relevant research communities and strengthen our ties with
industry.

4.Contacts (Internal and External/Scope)
========================================
Dr Simon Elliott, Computational Modelling Group.
External project partners.


5.Knowledge and Experience/Personal Attributes
==============================================
Applicants should hold a doctoral degree (or equivalent) in chemistry,
physics, computational or materials science, or a related discipline
and must have experience in first principles or quantum chemical
methods, such as density functional theory.  A background in
stochastic methods for modelling kinetic processes would be
beneficial.  Alternatively, experience in the processing and
characterisation of nanostructured oxide materials would be
advantageous.  The ideal candidate will have a good publication
record, be self-motivated and show enthusiasm for research.    

6.Dimensions
============
Funded for 2 years by GOSSAMER project, which is in negotiation phase
and due to start on 1st Jan 2008; see job req form.  Input into
related projects such as FORME (SFI strategic research cluster) is
envisaged.


7.Organisation
==============
Tyndall  ThMD centre  CMG  Simon Elliott  researcher.

8. To Apply
===========
Visit: http://www.tyndall.ie/careers/research.html and choose Job Title:
  (Ref. No. SE - 07) Researcher in Quantum Chemical Simulation Techniques CMG
and follow instructions.


Tyndall National Institute,
Lee Maltings,
Prospect Row,
Cork.
Web: http://www.tyndall.ie