Showing posts with label EPFL. Show all posts
Showing posts with label EPFL. Show all posts

May 13, 2022

[Presentation] reached 200 reads on RG

 

Yogesh S. Chauhan; Muhammed Karim (Rumi); Sriram V.; Sourabh Khandelwal; Ali Niknejad; Chenming Hu; Weimin Wu; Krishnanshu Dandu; Keith Green; Geoffrey Coram; Sergey Cherepko; Jing Wang; Saurabh Sirohi; Josef Watts; Maria-Anna Chalkiadaki; Anurag Mangla; Antonios Bazigos; Francois Krummenacher; Wladek Grabinski; Christian Enz;
presented at the Nano-Tera Workshop (EPFL Nano-Tera),
Lausanne, Dec. 15, 2011
doi: 10.5281/zenodo.6546258.

Outline: BSIM6 is the next BSIM Bulk MOSFET model
  • Charge based core derived from Poisson's solution
  • Physical effects (SCE, CLM etc.) taken from BSIM4
  • Parameter names matched to BSIM4 parameters
  • Gummel Symmetry (symmetric @ VDS=0)
FIG: Gummel Symmetry (symmetric @ VDS=0)


Jan 11, 2012

EPFL Post-doctoral/ experienced engineer position

Candidate will integrate the Swiss CTI project CAPED for a period of 18 months. This research project aims at developing new technologies based on low power wireless communications, for communication between one intelligent pill implanted in the digestive system and an external control unit. The main industrial partner of this project is the Swiss company Motilis Medica SA. Dr. Catherine Dehollain (RF IC group leader) is the scientific coordinator of this project. 
We are looking for one post-doc/ experienced engineer specialized in low power microelectronic integrated circuits with strong practical experience in the following topics:

  • Design of CMOS low power integrated circuits (analog, mixed-mode and RF blocks) 
  • Design of CMOS low power integrated circuits for energy scavenging (AC to DC converter, voltage regulator, bandgap reference circuit, power-on-reset circuit, etc)
  • Design of CMOS power management circuits 
  • Design of CMOS low power transmitter and receiver (LNA, PLL, VCO, mixer, filters, etc) for wireless communications 
  • Practical experience in the measurements of CMOS integrated circuits EDA tools dedicated to the design of integrated circuits (e.g. Cadence, Agilent ADS, Pspice, etc) 

The RF IC group provides a stimulating environment, good working conditions, and collaborations within a team of 10 researchers and PhD students working on related projects.

  • Starting date: as soon as possible. 
  • Contract duration: 18 months 

Application has to include a CV, copies of the diplomas, significant published or unpublished papers, motivation letter and three letters of reference (or submit 3 reference names). Please send your application at the latest at the end of February 2012 to Dr. Catherine Dehollain

May 5, 2010

EPFL MicroNano Fabrication Annual Review Meeting

The Networking Event organized by the EPFL Center of MicroNanoTechnology (CMi)

Date: Tuesday May 18th, 2010
Time: 09h30 - 17h00
Place: EPFL Lausanne, Salle Polyvalente, Centre Est, CE 1 515

Program :
The presented topics include:
  • Biomedical Applications (Microfluidics, Cellular-Manipulation, Microelectrode Arrays, Molecules Detection, BioMicroNanoSystems, ...)
  • Optics (Nanophotonics, Optomechanics, Optofluidics, MOEMS, ...)
  • Micro and Nanoelectronics (Nanowires, High-Q Resonators, RF MEMS and Switches, 3D integration, CMOS, ...)
  • Nanostructure Physics (III/V Devices, Nanotubes, Nanowires, Nanomechanics, ...)
  • Material Sciences (Graphene, Polymers, Piezoelectric Ceramics, Photovoltaic Materials, Micro Fuel Cells, ...)
  • MEMS, NEMS (Motors, Tweezers, Sensors and Actuators, Micro and Nanomechanics, ...)
  • Micro and Nanofabrication Technologies (Self-Assembly, EBEAM Lithography, Dry Etching, Thin Films, Photolithography, FIB, CMP, ...)
  • Packaging and Assembly
Registration is required by sending an email to: claudia.dagostino@epfl.ch