- Development of technology and fabrication of optical fibres, cables, planar waveguides and elements of integrated optics and micro-optics
- Elements of optical fibres technique like couplers, connectors, optical fibres amplifiers, optical and optoelectronic devices for connecting optical fibres with light sources and detectors, multiplexers
- Optical fibres applications especially those requiring a close cooperation with the optical fibres and optical cables, elements of optical fibres technique and optoelectronics manufactures
- Education in the photonics in the universities and high schools
Sep 14, 2009
TAL 2009
XII Scientific Conference and II School: "Optical Fibres and Their Applications" TAL 2009 October 14 - 17, Lublin and Krasnobród. The aim of the conference is enabling a direct contact and discussion between the teams dealing with:
MOS-AK/GSA Workshop in Athens with special guest Larry Nagel
--- MOS-AK/GSA Workshop in Athens with special guest Larry Nagel
--- Friday, Sept. 18 2009 at Divani Caravel Hotel
--- (at the ESSDERC/ESSCIR Conference)
--- Friday, Sept. 18 2009 at Divani Caravel Hotel
--- (at the ESSDERC/ESSCIR Conference)
--- The Final MOS-AK/GSA Workshop program is available on-line:
http://www.mos-ak.org/athens
--- Meeting location:
DIVANI CARAVEL HOTEL, 2 Meg. Alexandrou Aven. 161 21, Athens, Greece
For driving directions please visit: www.ametro.gr and www.oasa.gr
--- No registration fee thanks to our sponsors Accelicon, Helic, Tanner and Toshiba.
We would suggest to register on-line https://www.triaenatours.gr/essderc.php
to help our local organizers with local logistic and other arrangements.
Sep 8, 2009
Lectures on Numerical Linear Algebra in Computational Science and Engineering
September 12, 2009; ETH Zurich, Switzerland
Aims and scope: The lectures will discuss the importance and impact of Numerical Linear Algebra in CSE. Its usage in various areas of CSE will be exemplified. The event will also celebrate the retirement of Martin Gutknecht from ETH Zurich.
Related meetings
Sep 2, 2009
Spice Modeling Engineer
| And another job offer.... GF-- SMTS Spice Modeling Engineer - Semiconductor Jobs | Posted Aug 07 |
Confidential, Sunnyvale, CA
Job Description:
As a member of SPICE modeling team, this position will drive active/passive model development and QA, assuring high quality SPICE model delivery to external design customers. The responsibilities include (but not restricted to) development of SPICE modeling infrastructure and methodologies; device characterization (DC/AC/Transient/RF); and test structure development.
Required Skills/Experience:
Must have MS/PhD in EE, Solid State Physics, or equivalent with 0-10 yrs experience.
Must also have in-depth device physics, RF knowledge, and good programming skills. Prior hands-on experiences on SPICE model extraction (Scalable Inductor, Varactor, Resistor, Capacitor, BJT, Diodes), RF measurement, modeling, and HFSS simulation are a big plus.
MS/PhD in EE, Solid State Physics, or equivalent with 0-10 yrs experience.
As a member of SPICE modeling team, this position will drive active/passive model development and QA, assuring high quality SPICE model delivery to external design customers. The responsibilities include (but not restricted to) development of SPICE modeling infrastructure and methodologies; device characterization (DC/AC/Transient/RF); and test structure development.
Required Skills/Experience:
Must have MS/PhD in EE, Solid State Physics, or equivalent with 0-10 yrs experience.
Must also have in-depth device physics, RF knowledge, and good programming skills. Prior hands-on experiences on SPICE model extraction (Scalable Inductor, Varactor, Resistor, Capacitor, BJT, Diodes), RF measurement, modeling, and HFSS simulation are a big plus.
MS/PhD in EE, Solid State Physics, or equivalent with 0-10 yrs experience.
Post Doctoral Researcher - Device Physics
I post here another job offer...
Post Doctoral Researcher - Device Physics
Post Doctoral Researcher - Device Physics
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| Job description The position is for a post-doctoral candidate to work on numerical model development for carrier transport in heterostructure tunneling transistors. Specifically the principle responsibilties will be to develop a computer program that self-consistently calculates band-to-band tunneling in a eterojunction tunneling diode, compare the calcuation results with xperiments, and to adjust the physical assumptions in the model to match experiment. The responsibilities will also be to impelment and develop a 2D version of this code for inclusion into IBM internal device simulation software. Required skills for the position will be a detailed knowledge of semiconductor device physics and carrier transport in semiconductors, numerical modeling techniques, and computer programming. The candidate must be self-motivated and work well in a goal-oriented, team environment. | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Preferred | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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