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Materials and Charge Transport in Meso-scale Semiconductor Devices (Ref. No. SF - 02) (Cork, Ireland)

A PhD position is available, starting in the 2009-10 bookish year, to assignment on the SFI-funded project, “Materials and Charge Carriage in Meso-scale Semiconductor Devices� beneath the administration of Prof. Stephen Fahy. (Duration of project, Dec 2009 – Nov 2012.) The analysis will anatomy allotment of the apriorism assignment arch appear a PhD in physics at University College Cork.

Calculations involving cyberbanking anatomy approach methods will be active to investigate the furnishings of diminutive anatomy and accessory geometry on electrical and thermal carriage in meso-scale semiconductor devices. Simulations will absorb a aggregate of breakthrough automated and classical approaches.

Students with a able accomplishments in physics, with the agnate of at atomic a additional chic honours, brand 1, undergraduate amount in physics, are arrive to apply.

Further abstruse capacity may be acquired from Prof. Stephen Fahy (s.fahy@ucc. ie), to whom any enquiries should be directed.

To apply, amuse abide a CV to

careers@tyndall. ie

quoting the advertence number: SF - 02.

Tyndall National Institute is an Equal Opportunities Employer.

Elaine Rainsford

careers@tyndall. ie

Tyndall National Institute

Cork, Ireland

Contact: Stephen Fahy, stephen.fahy@tyndall.ie

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Electron Microscopy and Analysis of Semiconductor Nanowires and Devices based on them (Ref. No. NP - 01) (Cork, Ireland)

Project Title: Tuning apparent and dopant backdrop of silicon and germanium nanowires for aerial achievement nanowire based field-effect transistors.

Job Description:

The activity aims to accommodate a absolute compassionate of the anatomy and agreement of the capital architecture units of

nanowire based FETs by applying avant-garde electron microscopy and basal assay methods, and accumulated with electrical testing to accord a abundant description of the action of nanowire based FET devices.

Applications are arrive for a adjourned postgraduate studentship in this field. The acknowledged applicant will accept a acceptable undergraduate amount in physics, chemistry, engineering or abstracts sciences. Acceptable compassionate of electron microscopy techniques is advantageous but not compulsory. Candidates will accept in an bookish administration (e.g., cyberbanking engineering, physics, chemistry) at University College Cork and will be allotment of Tyndall’s structured PhD programme. A key aspect of the PhD programme is training, which will entail appearance at postgraduate courses. In addition, the applicant will appear courses on communicable analysis abilities (presentation, address autograph etc) as necessary.

Further capacity can be acquired from Dr. Nikolay Petkov (nikolay.petkov@ tyndall.ie)

To apply, amuse abide a CV to

careers@tyndall. ie

quoting the advertence number: NP - 01.

Elaine Rainsford

careers@tyndall. ie

Tyndall National Institute

Cork, Ireland

Contact: Nikolay Petkov, nikolay.petkov@tyndall.ie

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Development of Electronic Instrumentation (Ref. No. VO - 04) (Cork, Ireland)

Within the EU FP7 projects SHOAL and BOND, an capital allotment of assignment is accompanying to the development of cyberbanking instrumentation. This includes the architecture of micro-size, low-power, low-noise and high-sensitivity accouterments able to ascertain an electrochemical arresting in the picoampere range. These cyberbanking accessories are circuitous microcontroller- based systems which accommodate ascendancy of the activated electrochemical potential, altitude of the electrode current, basic processing of the signals and transmittance of these abstracts to a ascendancy PC with committed software.

Within this development, the tasks associated with this position are as follows:

• Cyberbanking characterisation of altered electrodes and electrode arrays;

• Developing and prototyping

abstracted analog and agenda cyberbanking circuits including their abounding PCB SMD design;

• Assembling, affability and testing analog and agenda chart blocks;

• Development of chip interface circuits;

• Writing and debugging chip software;

• Writing and debugging LabView and cipher based software.

• Preparation of action letters and accord in activity meetings.

According to the ambit of authentic tasks, a applicant for this abstraction charge accept applied acquaintance in alive with altered cyberbanking circuits including acquaintance in alive with specialised electronics architecturecomputer application (Altium Designer, ORCAD) and microcontrollers (ADUC, PIC). Candidates charge accept an adapted engineering amount with absolute acquaintance in electrical engineering, microelectronics, arresting processing and LabView programming.

For breezy enquiries: acquaintance Dr Vladimir Ogurstov at vladimir.ogourtsov@ tyndall.ie

To apply, amuse abide a CV to

careers@tyndall. ie

quoting the advertence number: VO - 04.

At this time, Tyndall National Institute does not crave the abetment of application agencies.

Tyndall National Institute is an Equal Opportunities Employer.


Elaine Rainsford

careers@tyndall. ie

Tyndall National Institute

Cork, Ireland

Contact: Vladimir Ogourtsov, vladimir.ogourtsov@tyndall.ie




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Embedded Design Engineer (Ref. No. BOF - 18) (Cork, Ireland)

University College Cork, Tyndall National Institute invites applications for an arrangement as an Anchored Architectonics Engineer to advance the accouterments andcomputer appliance to apparatus a wireless, hand-held anchorperson system.


Tyndall National Institute (Tyndall), www.tyndall. ie, is Ireland’s better analysis centre, specialising in authentic areas of Advice and Communications Technology (ICT). Within Tyndall, the WSN aggregation is developing wireless sensor arrangement solutions with automated and analysis partners. The aggregation has a able accomplishments in the development of low power, anchored wireless arrangement accouterments as able-bodied as embeddedcomputer appliance development and arrangement deployment and test. (See http://www.tyndall. ie/mai/wsn. htm)

Role:

Reporting to the

action assumption investigator, bartering accomplice and analysis action leaders, the acknowledged applicant will be amenable for:

• Specification, architectonics and testing of an anchored wireless anchorperson device.

• Activities including artefact claim definition, specification, ambit design, PCB layout, supplier management, firmware development appliance C, artefact accomplishment assuming and arrangement testing.

• Action administration of all action tasks to ensure action milestones and deliverables are met to ensure acknowledged accomplishment of project.

• Be adequate alive in an active aggregation ambiance but additionally to be an active cocky amateur and able to assignment with capricious levels of supervision/ direction.

• Deployment, analysis and assuming of the arrangement with a appearance to commercialisation of the accomplished product.

• Liaising with added embeddedcomputer appliance developers and appliance developers.

• Travel to action affairs and chump advertence sites to present abstruse after-effects and action updates.

The Ideal Applicant will accept the afterward experience:

• 3-5 years automated acquaintance in anchored architectonics engineering role.

• 2:1 amount akin (or equivalent) in Cyberbanking Engineering / Electrical Engineering or a accompanying discipline.

• The acknowledged applicant will be a key affiliate of a aggregation with adeptness in anchored systems design.

• The alone needs to be awful motivated and innovative, practical, self-managed and accomplishment orientated.

• Extensive acquaintance in system-level specification, architectonics design, ambit architectonics (digital and analog).

• Extensive adeptness and acquaintance in bringing account from abstraction through accomplishment to final product.

• Extensive acquaintance in cyberbanking basic alternative and sourcing.

• Extensive adeptness of manufacturing, assembly, architectonics for accomplishment and analysis including high-volume manufacturing.

• Extensive acquaintance appliance schematic abduction and PCB blueprint software.

• Good address writing, affidavit and advice abilities for alternation with centralized and alien ally are capital as able-bodied as a aerial akin of abstruse adequacy in the breadth of arrangement design. Applied acquaintance in anchored firmware development appliance Assembler, C, C++

• Acquaintance with Wireless Sensor Networks, affiliation of RF devices, Hands-on deployment and arrangement affiliation support, RF advice protocols (including Zigbee, ISM band, Bluetooth, etc), Accouterments architectonics tools:- AutoCad, PADS, P-SPICE, MATLAB, and be accustomed with the afterward types of equipment:- Basic lab accessories (oscilloscopes, meters, adeptness sources, etc), RF analysers, arrangement analysers, spectrum analysers etc.


In addition, knowledge/experienc e of the afterward would be a audible advantage:

• Adeptness of 32-bit processor affiliation (e.g. ARM Cortex) would be a audible advantage as would acquaintance with touch-screen interfaces, 802.11 Wi-Fi and GPS wireless sub-systems, audio input/output accessories for microcontroller interface.

• Adeptness of all-embracing standards and regulations in the cyberbanking industry (e.g. ISO / CE / FCC) would be advantageous.

Excellent advice abilities are essential. A accurate adeptness to assignment able-bodied in a aggregation and to advance baby teams is desirable. The charge to assignment adjustable hours is appropriate and to be adjustable in alive convenance is essential.

Application forms charge be completed and are accessible from: http://www.tyndall. ie/careers/

For added information, amuse acquaintance Brendan O Flynn on tel: +353 21 490 4041 or email: brendan.oflynn@ tyndall.ie

To apply, amuse abide a CV to

careers@tyndall. ie

quoting the advertence number: BOF - 18.

Elaine Rainsford

careers@tyndall. ie

Tyndall National Institute

Cork, Ireland

Contact: Brendan O'Flynn, brendan.oflynn@tyndall.ie

Please leave a comment IF you like the entry.
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Application Engineer Quantum Communications (Ref. No. PT - 05) (Cork, Ireland)

Applications are arrive for an Application Engineering position in the breadth of Breakthrough Advice Systems Analysis and Development.

Quantum cryptography, or breakthrough key administration (QKD) as it is added accurately known, provides a radically-new access to abstracts security, by base the axiological breakthrough backdrop of distinct photons of ablaze in adjustment to agreement the clandestineness of advice transmitted over optical advice networks. This activity will advance new, ultra-secure advice systems for fibre networks, which administer ‘physical layer’ encryption based on QKD. The activity will advance some of the analytical photonic sub-systems appropriate for QKD, such as

aerial speed, near-IR distinct photon counting modules and photon timing and abstracts accretion electronics and will accommodate these sub-systems calm into a abounding arrangement ancestor acceptable for analysis over installed fibre networks. The activity will additionally accommodate a able focus on commercialisation activities to analyze abeyant corruption routes for the fresh technologies beneath development. This will accommodate abutting collaborations with poten!

tial sub-system vendors, such as Cork-based aggregation SensL (http://www.sensl. com/) - a arch supplier of low ablaze akin analysis detectors and electronics.

The acknowledged appellant will accompany an accustomed aggregation aural the Photonic Systems Group, will backpack out analysis in purpose-built photonics systems analysis accessories at the Tyndall National Institute, and will be complex in accord with added groups in Tyndall and elsewhere.

Applicants for this position should alluringly accept a PhD in Physics, Electronic Engineering or a accompanying subject, and alluringly accordant automated acquaintance in the development and commercialisation of photonic systems. Familiarity with QKD systems and distinct photon counting techniques will be advised an advantage, but is not a prerequisite for the position. The column is accessible for a aeon of 2 years initially, and is potentially extendable above this time frame.

For added advice about this position, amuse acquaintance Prof Paul Townsend at paul.townsend@ tyndall.ie or tel: 021-4904857.

To apply, amuse abide a CV to

careers@tyndall. ie

quoting the advertence number: PT - 05.

Tyndall National Institute is an Equal Opportunities Employer.

Elaine Rainsford

careers@tyndall. ie

Tyndall National Institute

Cork, Ireland

Contact: Paul Townsend, paul.townsend@tyndall.ie

Please leave a comment IF you like the entry.
It's like visiting a place where there is a guest book by the front door. Before you exit, you sign it to leave a note about your experience of the place.
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Wireless Sensor Networks Applications Engineer (Ref. No. BOF - 19) (Cork, Ireland)

University College Cork, Tyndall National Institute invites applications for an appointment as Applications Engineer/Researcher to develop, design and implement microelectronics systems to enable research within the Tyndall National Institute and nationally in a variety of academic institutions working in the area of Wireless Sensor Networking (WSN). This work will be carried out as part of Tyndall’s National Access Program (NAP) funded by Science Foundation Ireland (SFI).

Tyndall National Institute (Tyndall), www.tyndall. ie, is Ireland’s largest research centre, specialising in defined areas of Information and Communications Technology (ICT). Within Tyndall, the WSN team is developing wireless sensor network solutions as part of the NAP program to meet the research requirements of academics in Ireland. The team has a strong background in developing low power consumption, miniaturised systems, requiring rigorous RF simulation and design as well as embedded software development and system deployment and test. http://www.tyndall. ie/mai/wsn. htm

Role:
Reporting to the Wireless

Sensor Network R&D activity leader and WSN NAP project co-ordinator the candidate will:
• Be responsible for the specification, design and development of wireless sensing solutions utilising commercial off the shelf devices and systems, incorporating system specification, PCB layout, Microcontroller Embedded software design and system test.
• Project management of National Access Program projects.
• Support and contribute to the National Access Program activities.
• Contribute to and/or initiate peer reviewed scientific publications in the area.
• Travel to project meetings to present technical results and project updates.

The ideal candidate will have 2 to 3 years Engineering/ Research experience in the development of wireless sensor systems incorporating RF system simulation and design, embedded software development, and wireless sensor system test. The successful candidate will be a key member of a team with expertise in microsystems technology, wireless sensors, electronics and low power system design. Relevant experience in an industrial context would be particularly valuable.

The successful applicant should have a degree in Electronic or Electrical Engineering or a related discipline and a postgraduate degree in an area relevant to the above theme. Authorship of quality publications and/or patents would be a major advantage as would practical knowledge and experience of electronic system design. Experience in co-ordinating the activities of researchers in different fields to bring solutions from the concept stage to a working demonstrator would also be beneficial.

Experience with the PADS design suite (or equivalent), HFSS (or equivalent), RF circuit simulation and strong programming skills are considered essential skills for the applicant.

The person will need to have experience with software development for microcontrollers on PCs (windows) and will need to be able to analyse sets of data. The person should be dependable and resourceful. A knowledge of C programming and microcontroller embedded software development is required. Knowledge of TinyOS and the BioMobius software suite would be of benefit. Hands on experience in the area of miniaturisation development techniques and High Density Packaging (HDP) design would be advantageous.

Excellent communication skills are essential. A proven ability to work well in a team and to lead small teams is desirable. The need to work flexible hours is required and to be adaptable in working practice is essential.

Application forms must be completed and are available from: http://www.tyndall. ie/careers/

Questions can be directed to Brendan O’Flynn Tel: +353 21 490 4088. Email: brendan.oflynn@ tyndall.ie

To apply, please submit a CV to
careers@tyndall. ie
quoting the reference number: BOF - 19.

Tyndall National Institute is an Equal Opportunities Employer.

Elaine Rainsford
careers@tyndall. ie
Tyndall National Institute
Cork, Ireland

Contact: Brendan O'Flynn, brendan.oflynn@ tyndall.ie

Please leave a comment IF you like the entry.
It's like visiting a place where there is a guest book by the front door. Before you exit, you sign it to leave a note about your experience of the place.
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Researcher - High-k Materials (Ref. No. AQ - 08) (Tyndall National Institute)

Developments in the field of information and communication technologies are driven to a large extent by continuing innovations and scaling of complementary metal oxide semiconductor field effect transistor (CMOS) technologies. As the minimum dimensions of devices are reducing to 50 nm and below, the scaling of microelectronic devices is entering a new era, where the basic properties of the materials are themselves the limit to further reductions in the dimensions of the basic building blocks of integrated circuits. One of the main research areas for the development of CMOS beyond the 22 nm node is to explore new gate oxide materials beyond HfO2 and to fabricate MOSFETS on high mobility substrates, such as Ge and InGaAs.

The aim of this post doctoral position is two-fold:
1) to investigate defects in alternative high-k materials using inelastic electron tunneling spectroscopy (IETS).

2) The formation and characterisation of high-k gate MOS and MOSFET structures on germanium.

This is an exciting and developing research area, with a high importance to industry. The position is funded by Science Foundation Ireland, through the Strategic Research Cluster FORME (www.tyndall. ie/forme), in collaboration with INTEL, Dublin City University and Queens University Belfast.


Main Duties and Responsibilities

1. Fabrication of high-k materials) on Si and Ge and substrates by e-beam and atomic layer deposition.
2. To study a range of surface passivation approaches for the deposition of high-k materials on Ge.
3. Electrical and physical characterization of the metal/high-k/ semiconductor structures fabricated in (1) and (2), with particular emphasis on the use of IETS.
4. To contribute to conference and journal publications as co-author and first author.
5. Presentation of results at project meetings, and preparation of project reports.
6. To help with the supervise research students and undergraduate project students.

Qualifications/ Start Date
• First degree in Physics, Electrical Engineering or a related discipline
• PhD in Physics or Materials Science
• Available from September 2009

Knowledge and Experience
Direct research experience in physical and electrical characterization of semiconductor materials and devices. Experience with IETS is a considerable benefit.

Skills and Abilities
• Experimental planning
• Analysis of physical and electrical data for semiconductor materials and devices
• Ability to disseminate research material effectively
• Good organizational, report writing and interpersonal skills
• Supervisory skills (for supervision of undergraduate and research students)

For further details on this position please contact Dr. Aidan Quinn (aidan.quinn@ tyndall.ie) or Dr. Paul Hurley (paul.hurley@ tyndall.ie)

To apply, please submit a CV to
careers@tyndall. ie
quoting the reference number: AQ - 08.

Tyndall National Institute is an Equal Opportunities Employer.


Elaine Rainsford
careers@tyndall. ie
Tyndall National Institute
Tyndall National Institute

Contact: Aidan Quinn, aidan.quinn@ tyndall.ie

Please leave a comment IF you like the entry.
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Nonlinear Dynamics of Coupled Semiconductor Lasers (Ref. No. AA - 01) (Cork, Ireland)

Modern concepts from Applied Mathematics, including numerical bifurcation analysis and time delay differential equations will be employed to gain a fundamental understanding of the complex dynamical features in coupled laser systems. The theoretical results will be compared with data obtained by experimentalists.

Students with a strong background in Theoretical Physics, Applied Mathematics or Electrical Engineering are encouraged to apply.

For further details please contact

Dr. Andreas Amann: andreas.amann@ tyndall.ie

To apply, please submit a CV to
careers@tyndall. ie
quoting the reference number: AA - 01.


Tyndall National Institute is an Equal Opportunities Employer.


Elaine Rainsford
careers@tyndall. ie
Tyndall National Institute
Cork, Ireland

Contact: Andreas Amann, andreas.amann@ tyndall.ie

Please leave a comment IF you like the entry.
It's like visiting a place where there is a guest book by the front door. Before you exit, you sign it to leave a note about your experience of the place.
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Nanocrystal- molecule Assemblies for Sensing - Formation, Electrical Interfacing and Charge Transport Mechanisms (Ref. No. AQ - 09) (Cork, Ireland)

Molecular electronics offers the potential for formation of radically new nanoscale electronic devices, with novel properties. A key challenge in the field lies in forming reliable electrical contacts to functional molecules (1-5 nanometre length scale) using techniques that could ultimately be compatible with manufacturing. We propose a hybrid approach for controlled assembly of molecular structures and networks between lateral contact electrodes (from nanometre to micron length scales) using metal nanocrystals as terminals or nodes connected by single functional molecules or biomolecules. The electrical characteristics of these structures and networks will be probed to demonstrate the potential for sensing and integration into a simple flow-cell format, ultimately targetting point-of-care applications in diagnostics.

Applications are invited

for a funded postgraduate studentship in this field. The successful candidate will have a good undergraduate degree in engineering, physics, chemistry, materials or life sciences. Candidates will enrol in an academic department (e.g., electronic engineering, physics, chemistry) at University College Cork and will be part of Tyndall’s structured PhD programme. A key aspect of the PhD programme is training, which will entail attendance at postgraduate courses run under INSPIRE PRTLI programme. In addition, the candidate will attend courses on transferable research skills (presentation, report writing etc) as necessary.

Further details can be obtained from Dr. Aidan Quinn (aidan.quinn@ tyndall.ie, http://www.tyndall. ie/nanotech), including a copy of CV and transcript of results.

To apply for this position, please submit a Tyndall National Institute application form and an up-to-date CV (including full details of academic results) to Tyndall HR at
careers@tyndall. ie
quoting reference number: AQ-09.


Tyndall National Institute is an Equal Opportunities Employer.


Elaine Rainsford
careers@tyndall. ie
Tyndall National Institute
Cork, Ireland

Contact: Aidan Quinn, aidan.quinn@ tyndall.ie

Please leave a comment IF you like the entry.
It's like visiting a place where there is a guest book by the front door. Before you exit, you sign it to leave a note about your experience of the place.
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Research Assistant in Optoelectronics (Ref. No. POB 03) (Cork, Ireland)

This is an excellent opportunity to engage in advanced photonics research and development, use state-of-the- art facilities and interact with experienced researchers and leading-edge photonics companies.


The position will provide technical support to help accelerate the research and development of advanced photonic packaging solutions. Our current activities include development of high speed, small form-factor, highly integrated and low-cost photonic packaging technologies. Key applications for these technologies include telecommunications and bio-diagnostics. There will also be a strong focus on supporting the emerging requirements of the photonics industry, including engagement in collaborative research with industrial partners.

The ideal candidate should have experience working with electronic components. Experience in electronic assembly and design, especially in an industrial environment would be an advantage but is not critical. This position involves supporting the development and delivery of optoelectronic product demonstrators and requires that the candidate work to fixed deadlines. The candidate should be qualified to diploma or degree level with an emphasis on electronics and/or materials science.

For more information, please contact Peter O’Brien at peter.obrien@ tyndall.ie

To apply, please submit a CV to
careers@tyndall. ie
quoting the reference number (Ref. No. POB 03).

Tyndall National Institute is an Equal Opportunities Employer.

Elaine Rainsford
careers@tyndall. ie
Tyndall National Institute
Cork, Ireland

Contact: Peter O'Brien, peter.obrien@ tyndall.ie

Please leave a comment IF you like the entry.
It's like visiting a place where there is a guest book by the front door. Before you exit, you sign it to leave a note about your experience of the place.
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