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From: "Steve Campbell" <campbell@ece.umn.edu>
To: <labnetwork@mtl.mit.edu>
Subject: Post Doc Position Available
Date: Wed, 27 Aug 2003 15:42:59 -0500
Organization: University of Minnesota
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Position Available: Post Doctoral Associate. New post doctoral position =
at the University of Minnesota working with interdisciplinary team. =
Suitable candidates will have a PhD in Electrical Engineering, although =
candidates with a PhD in Physics, Chemical Engineering, Materials =
Science, or related disciplines with the appropriate research =
backgrounds are also encouraged to apply. The ideal candidate should =
demonstrate outstanding potential for interdisciplinary quantitative =
research. This is a 2 year position, available immediately

=20

The research project involves the fabrication of nonplanar nanoscale =
Schottky barrier FETs using both electrostatically localized and =
randomly deposited cubic single crystal silicon nanoparticles. =
Applicant must be very familiar with MOS device physics and basic MOS =
processing. Helpful experience would include the fabrication of deep =
submicron FETs, nonplanar device structures, e-beam lithography, =
chemical mechanical polishing, Schottky barrier formation, and =
semiconductor device modeling. The University of Minnesota is extremely =
strong in nanoparticle research. The successful candidate will have =
excellent opportunities to collaborate with faculty in several =
departments working on nanoparticles devices.

For informal enquiries, please use the e-mail address given below. For =
formal application, send vita, statement of research interests and goals =
(2-3 pages), copies of research papers, transcripts, and names and =
e-mail addresses of three references to:

=20

Professor Stephen A. Campbell

University of Minnesota, ECE Dept.

200 Union Street

Minneapolis, Minnesota 55455

Campbell@ece.umn.edu

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<FONT=20
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the=20
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candidates will have a PhD in Electrical Engineering, although =
candidates with a=20
PhD in Physics, Chemical Engineering, Materials Science, or related =
disciplines=20
with the appropriate research backgrounds are also encouraged to =
apply.<SPAN=20
style=3D"mso-spacerun: yes">  The ideal candidate should =
demonstrate=20
outstanding potential for interdisciplinary quantitative research. This =
is a 2=20
year position, available immediately<?xml:namespace prefix =3D o ns =3D=20
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The research project involves the fabrication of nonplanar =
nanoscale=20
Schottky barrier FETs using both electrostatically localized and =
randomly=20
deposited cubic single crystal silicon nanoparticles.<SPAN=20
style=3D"mso-spacerun: yes">  Applicant must be very =
familiar with MOS=20
device physics and basic MOS processing. =20
Helpful experience would include the fabrication of deep =
submicron FETs,=20
nonplanar device structures, e-beam lithography, chemical mechanical =
polishing,=20
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faculty in several departments working on nanoparticles =
devices.
<SPAN=20
style=3D"mso-spacerun: yes"> 
For informal enquiries, please use the e-mail address given =
below.<SPAN=20
style=3D"mso-spacerun: yes">  For formal application, send =
vita,=20
statement of research interests and goals (2-3 pages), copies of =
research=20
papers, transcripts, and names and e-mail addresses of three references=20
to:
<o:p> </o:p>
Professor Stephen A. Campbell
<FONT=20
face=3D"Times New =
Roman"><st1:place><st1:PlaceType>University</st1:PlaceType> of=20
<st1:PlaceName>Minnesota</st1:PlaceName></st1:place>, ECE=20
Dept.
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Street</st1:address></st1:Street>
<st1:place><FONT=20
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<st1:State>Minnesota</st1:State>  =

<st1:PostalCode>55455</st1:PostalCode></st1:place></=
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