From boud at ele.uri.edu  Mon Nov  3 10:08:05 2008
From: boud at ele.uri.edu (boud at ele.uri.edu)
Date: Mon, 03 Nov 2008 10:08:05 -0500
Subject: [ugrads] Fwd: FW: Microsoft Scholarships for diverse students in
	computer	science, computer engineering, math,
	physics or related discipline
Message-ID: <20081103100805.10661rxg557qwgyd@webmail.ele.uri.edu>


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From boud at ele.uri.edu  Mon Nov  3 15:57:29 2008
From: boud at ele.uri.edu (G. Faye Boudreaux-Bartels)
Date: Mon, 03 Nov 2008 15:57:29 -0500
Subject: [ugrads] Self-assembly as a Flexible Route to Multi-Functional
 Nano-materials - Nov. 6
In-Reply-To: <005801c93dce$1347f510$39d7df30$@uri.edu>
References: <005801c93dce$1347f510$39d7df30$@uri.edu>
Message-ID: <490F65B9.109@ele.uri.edu>

Self-Assembly as a Flexible Route to Multifunctional Nanomaterials

By

Dr. Marian Gindy
Merck and Company, Inc.
Rahway, NJ 08544

Cherry Auditorium, Kirk Hall, 1 PM
November 6, 2008

In recent years, a number of single-function nanomaterials (polymer 
nanoparticles, carbon nanotubes, gold nanoshells, quantum dots, etc.) 
have been developed for therapeutic and diagnostic applications.  The 
next phase of research aims to construct multicomponent entities which 
combine several functional properties into an integrated system, 
permitting more effective therapeutic regimens, earlier and more 
accurate disease detection and non-invasive assessment of responses to 
therapies.

In this work, a modular technology for the preparation of biocompatible 
multifunctional nanoparticles using block copolymer directed 
self-assembly is developed.  The technology allows for the integration 
of materials of diverse physical and chemical properties based solely on 
thermodynamic driving forces.  The key to the process is the balance of 
times scales for micromixing, self-assembly, flocculation and 
nucleation/growth.  Using this technology, stable and uniform composite 
nanoparticles (CNPs) simultaneously encapsulating nanocrystals and 
organic drug molecules are prepared with tunable sizes, high 
concentrations of encapsulated components and precise control of 
component compositions, enabling joint applications in drug delivery, 
medical imaging and diagnostics. The design and preparation of novel CNP 
constructs based on magnetic nanocrystals for MRI contrast enhancement 
and on up-converting phosphors for photodynamic therapy of deep tissue 
cancers will be presented.  Finally, methods for selective targeting of 
CNPs to disease tissues via a synergistic combination of passive 
(size-directed) and active (ligand-directed) targeting strategies will 
be discussed.  Overall, the technology provides a comprehensive and 
highly flexible platform for the tailored design and preparation of 
multifunctional nanomaterials based on economical and scaleable 
synthetic methods.


This series is at the University of Rhode Island is made possible 
through the
generosity of Amgen, West Greenwich, R.I.


Brenda Moyer wrote:
> We are pleased to welcome Dr. Marian Gindy, from Merck & Company, 
> Rahway, NJ, as our next Amgen Seminar Series speaker.
> 
>  
> 
> Dr. Marian Gindy will be speaking on ?Self-assembly as a Flexible Route 
> to Multi-Functional Nano-materials? on Thursday, November 6^th in Cherry 
> Auditorium in Kirk Hall at 1 p.m.  Her abstract is attached.
> 
>  
> 
> All are invited.
> 
>  
> 
>  
> 
> Brenda Moyer
> 
> Sr. Word Processing Typist
> 
> Chemical Engineering Department
> 
>  
> 


From boud at ele.uri.edu  Wed Nov  5 10:06:24 2008
From: boud at ele.uri.edu (G. Faye Boudreaux-Bartels)
Date: Wed, 05 Nov 2008 10:06:24 -0500
Subject: [ugrads] TODAY! - Innovation and Entrepreneurship Lecture, 3pm,
	Cherry Auditorium
Message-ID: <4911B670.5020000@ele.uri.edu>

2008 Anthony J. Risica
Endowed Lecture Series
on
Innovation & Entrepreneurship

College of Engineering & College of Business

Presents

Ashley Stephenson
Chairman of the Board & Founder
of
Reva Systems

November  5, 2008

Cherry Auditorium
Chester Kirk Building
3:00-4:00PM


Ashley Stephenson is the Chairman and Co-Founder of Reva Systems, a 
developer of RFID network infrastructure equipment. Prior to co-founding 
Reva Systems, Stephenson was CEO and then Chairman of Xedia Corporation, 
a developer of advanced Internet access equipment, up until its 
acquisition by Lucent in 1999. While at Xedia, Stephenson was awarded 
CEO of the Year by the Massachusetts Telecommunications Council. Prior 
to Xedia, Stephenson was Vice President of Marketing at ISIS Distributed 
Systems, a provider of software and integration services for Reliable 
Group Messaging acquired by Stratus Computer. Stephenson began his 
career in Hi-Tech at IBM R&D in the U.K. During recent years Stephenson 
has taught Entrepreneurship as an Adjunct Professor in the Babson 
College MBA program. He has also served on the Board of Directors of 
several venture-backed startups and industry consortia. Stephenson is a 
graduate of Imperial College, London (Physics) and an Associate of the 
Royal College of Science. He is the holder of several U.S. patents.




From boud at ele.uri.edu  Wed Nov  5 11:11:47 2008
From: boud at ele.uri.edu (G. Faye Boudreaux-Bartels)
Date: Wed, 05 Nov 2008 11:11:47 -0500
Subject: [ugrads] Seminar - Models for an Inverse Prob. of Biological Ion
 Channel Distribution, NOv. 7, 3pm, Lippit 204
Message-ID: <4911C5C3.5060200@ele.uri.edu>

please see attached info
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From boud at ele.uri.edu  Fri Nov  7 14:25:50 2008
From: boud at ele.uri.edu (G. Faye Boudreaux-Bartels)
Date: Fri, 07 Nov 2008 14:25:50 -0500
Subject: [ugrads] [Fwd: Internship Position at ImageMax]
Message-ID: <4914963E.6030104@ele.uri.edu>

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From gjones at ele.uri.edu  Mon Nov 10 13:43:32 2008
From: gjones at ele.uri.edu (gjones at ele.uri.edu)
Date: Mon, 10 Nov 2008 13:43:32 -0500
Subject: [ugrads] ELE 201 Help Sessions
Message-ID: <20081110134332.18456ff2u4648a1g@webmail.ele.uri.edu>

To All ELE 201 Students:

WHO: IEEE Student Branch
WHAT: ELE 201 Study Sessions
WHERE: ELE 202 Lab
WHEN: Mondays from 5:30-6:30 through the end of the semester

  All questions from the lecture are welcome, if there are no  
questions then we will provide examples from old quizes and exams for  
additional practice. Also, we can have additional sessions once finals  
get closer. If you have any questions feel free to ask Dr. Swaszek or  
email me at this address. Please pass this on to friends if you  
receive this email, because not all students have an ele account.

Thanks,

Greg Jones







From gjones at ele.uri.edu  Mon Nov 10 14:01:42 2008
From: gjones at ele.uri.edu (gjones at ele.uri.edu)
Date: Mon, 10 Nov 2008 14:01:42 -0500
Subject: [ugrads] ELE 201 Help Sessions
Message-ID: <20081110140142.19403g17q4ciro5y@webmail.ele.uri.edu>

To All ELE 201 Students:

WHO: IEEE Student Branch
WHAT: ELE 201 Study Sessions
WHERE: ELE 202 Lab
WHEN: Mondays from 5:30-6:30 through the end of the semester

  All questions from the lecture are welcome, if there are no  
questions then we will provide examples from old quizes and exams for  
additional practice. Also, we can have additional sessions once finals  
get closer. If you have any questions feel free to ask Dr. Swaszek or  
email me at this address. Please pass this on to friends if you  
receive this email, because not all students have an ele account.

Thanks,

Greg Jones








From boud at ele.uri.edu  Mon Nov 10 15:15:55 2008
From: boud at ele.uri.edu (G. Faye Boudreaux-Bartels)
Date: Mon, 10 Nov 2008 15:15:55 -0500
Subject: [ugrads] seminar "Exploiting Resonances in Micro-electro-mechanical
 Sensors", November  14th at 1:00 p. m.
In-Reply-To: <6.0.1.1.2.20081110144810.0325dfe8@egr.uri.edu>
References: <6.0.1.1.2.20081110144810.0325dfe8@egr.uri.edu>
Message-ID: <4918967B.2080104@ele.uri.edu>

Exploiting Resonances in Micro-electro-mechanical Sensors


Professor Steven W. Shaw
Department of Mechanical Engineering
Michigan State University
East Lansing, MI  48824


Friday, November 14, 2008
1 PM, 212 Kirk Hall

Abstract

  In this presentation I will describe two novel classes of MEM sensors 
in which quantities of interest are measured by tracking induced changes 
in the dynamic response of micro-scale resonators.  The first type of 
sensor is used to detect targeted substances (analytes) by measuring 
shifts of resonance frequencies in an array of weakly coupled 
oscillators.  These shifts occur when analytes adhere to resonators that 
are independently surface-treated to attract specific compounds. The 
novel feature of these sensors is that they can simultaneously identify 
multiple analytes using a single input and a single readout, a 
functionality achieved by exploiting system vibration modes in which 
energy is sequentially localized in individual sensor resonators.  The 
second class of sensors makes use of nonlinear parametric resonances 
that naturally arise in electrostatically excited devices.  The dynamic 
response of these systems, which are being developed for mass detection 
and rate gyros, is often observed to depend in a complicated manner on 
device parameters and excitation levels.  A deceptively simple model has 
been developed that captures these responses in a systematic manner, 
allowing one to design sensors with desired behavior.  Modeling, 
analysis, design, and experimental verification are presented for both 
types of sensors.

This research is being carried out in collaboration with Jeff Rhoads of 
Purdue University and Kimberly Turner's group at the University of 
California-Santa Barbara.



Refreshments will be served following the seminar


Faghri wrote:
> Dear ME Graduate Students and Faculty:
> 
> I am pleased to announce our next seminar speaker of this semester, Dr. 
> Steven Shaw, Professor of Mechanical Engineering at Michigan State 
> University. He will speak on the topic of  "Exploiting Resonances in 
> Micro-electro-mechanical Sensors" next Friday, November 14th in Room 212 
> Kirk Hall, at 1 p. m. Please find the abstract of his presentation 
> attached. For ME graduate students, satisfactory completion of MCE 501 
> requires attendance at all the department seminars. If you are unable to 
> attend the seminar, please let me know in advance. Looking forward to 
> seeing you all.
> 
> Sincerely,
> 
> 
> M. Faghri
> 

> 
> Professor M Faghri
> Department of Mechanical Engineering
> University of Rhode Island
> Wales Hall, 92 Upper College Rd.
> Kingston, RI 02881
> 
> Telephone:      401-8745180
> Fax:            401-8742355
> E-mail: faghrim at egr.uri.edu 


From huang at ele.uri.edu  Fri Nov 14 09:58:06 2008
From: huang at ele.uri.edu (Helen Huang)
Date: Fri, 14 Nov 2008 09:58:06 -0500
Subject: [ugrads] New course offered for Spring 2009
Message-ID: <000c01c94669$69fcdee0$3df69ca0$@uri.edu>

Dear All

 

Please find enclosed the information about the new course (ELE591 Neural
Engineering) offered for Spring 2009. 

 

A weekly schedule will be posted on the web soon.

 

Let you know if you have further questions.

 

Thank you

Helen

~~~~~~~~~

Helen (He) Huang, Ph.D.

Assistant Professor

Department of Electrical, Computer, & Biomedical Engineering

University of Rhode Island

Kelley Annex A116, 4 East Alumni Avenue

Kingston, RI 02881

Office: (401) 874-2385

 

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From boud at ele.uri.edu  Fri Nov 14 14:24:20 2008
From: boud at ele.uri.edu (G. Faye Boudreaux-Bartels)
Date: Fri, 14 Nov 2008 14:24:20 -0500
Subject: [ugrads] Advertisement for ELE 584 - Pattern Recognition, Spr.09
Message-ID: <491DD064.8030805@ele.uri.edu>

Spring 2009

Pattern Recognition

ELE 584 (or STA 584) 3 credits

Pattern Recognition is a multi-disciplinary field which borrows from 
Electrical Engineering, Applied Mathematics, Physics, Biology and 
Philosophy. The word "pattern" implies operation on images, such as in 
optical character recognition which was perhaps the most important early 
application. However the "patterns" more generally correspond to 
information that allows for accurate discrimination among classes of 
objects.

Simplistically stated, a set of (potentially noisy) measurements carry 
information about the type, or class, of object which was measured. 
Accurately determining the class based on the measurements is the goal. 
This is why pattern recognition is also often referred to as pattern 
classification or simply classification.

Pattern recognition or classification methods are currently employed in 
a great variety of practical problems - sonar and radar, image 
processing, OCR such as zip code sorting, speech recognition, digital 
cameras, computer-aided medical diagnosis, etc. This course will involve 
projects that deal with such real-world examples. Some computer 
programming will be required.

Construction of robust classification rules and analysis of their 
performance requires a solid understanding of statistical decision 
theory and hypothesis testing ideas, multivariate statistics and the 
concept of statistical significance. ELE 509, or introductory 
probability and statistics, is a prerequisite for this study.


Course Instructor:

Ashwin Sarma received the bachelor's and master's degrees in E.E. from 
Cornell University and the Ph.D. in E.E. from the University of Rhode 
Island. Dr. Sarma has been actively engaged in statistical signal 
processing research at the Naval Undersea Warfare Center first in New 
London CT and later in Newport RI. His areas of interest include 
acoustic channel modeling, adaptive CFAR detection, pattern recognition, 
array signal processing and Kalman Filtering for contact tracking and 
self-localization.

-------------------------------------------------------------

Course Time: Wednesday evenings currently from 6:30 - 9:15 pm
Location: Kelley Hall, room 102

For further info contact ashwin.sarma at navy.mil 
<mailto:ashwin.sarma at navy.mil>  (401 832 8651).


From boud at ele.uri.edu  Fri Nov 14 14:56:48 2008
From: boud at ele.uri.edu (G. Faye Boudreaux-Bartels)
Date: Fri, 14 Nov 2008 14:56:48 -0500
Subject: [ugrads] Biomedical Engineering Summer Internship Program (BESIP)
 at NIH, Summer 2009
In-Reply-To: <52DA0C32CA887A46BE35E26F2E2F7DF702756041@NIHCESMLBX3.nih.gov>
References: <52DA0C32CA887A46BE35E26F2E2F7DF702756041@NIHCESMLBX3.nih.gov>
Message-ID: <491DD800.7030907@ele.uri.edu>

Lutz, Robert (NIH/NIBIB) [E] wrote:
> November 14, 2008
> 
>  
> 
> Dear Biomedical Engineering / Bioengineering Department Chair or 
> Representative:  
> 
>  
> 
>             I am writing to you, as I have in years past, to request 
> that you announce to your junior class that we will be accepting 
> applications for the eleventh *Biomedical Engineering Summer Internship 
> Program (BESIP)* for the *Summer of 2009*.  Could you please forward 
> this e-mail, post the attached flyer or otherwise announce this program 
> to your eligible third year students at this time so that they will be 
> aware of the program and can consider applying if they are interested.  
> The *on-line application* web site should be up by *December 1, 2008*.  
> I have also provided an attachment that can be printed and should be 
> suitable for posting on your department bulletin boards.
> 
>             The *National Institute of Biomedical Imaging and 
> Bioengineering (NIBIB) *is the sponsor of this program. This internship 
> will begin on *June 1* (arrival in Bethesda on May 31) and runs for ten 
> weeks on the NIH campus, concluding on *August 7, 2009*.  Students can 
> check our web site at   
> http://www.nibib.nih.gov/Training/UndergradGrad/besip/home  for more 
> information about current and past BESIP programs and to link to the 
> on-line application system.  We wish to make your students aware of the 
> program now so that they may consider applying and so they can begin to 
> acquire the necessary materials and information for their application. 
> The required materials for an application are discussed at the web site 
> at the link to "Application Information"
> 
>             Most bioengineering departments received this announcement 
> last year and are aware of this prestigious program.  We had a very 
> successful tenth year of the program in the summer of 2008 with 16 
> interns from schools across the country working in NIH labs on 
> cutting-edge projects under the mentorship of world class scientists and 
> engineers.  Information about previous BESIP classes can be found on the 
> web site listed above.  Students can view a list of projects that were 
> available last year, the names of past intern and their universities 
> from previous year's classes by clicking on the "Archives" link.  The 
> BESIP site is being updated at this time.
> 
>             The text of the BESIP program announcement (that appears in 
> the attachment) is also repeated directly in this e-mail below for your 
> convenience.  It describes the main features of the program, lists its 
> eligibility requirements, and outlines the information and data required 
> with the application.
> 
>             Please note, especially, that the BESIP program stipulates 
> that students must be receiving a BS degree in Biomedical Engineering or 
> Bioengineering to be eligible for this program. Other degrees with 
> minors in biomedical engineering are not acceptable at this time.  It is 
> also important to stress that students must be available to participate 
> in the full ten weeks of the program during the stipulated time 
> interval.  This is sometimes problematic for schools that operate on the 
> quarter system, but this requirement is necessary due to the structure 
> of the program schedule.
> 
>             Thank you for your assistance. 
> 
>  
> 
>                         Robert J. Lutz, Ph.D.
> 
>                         BESIP Program Director
> 
>                         NIBIB, NIH
> 
Biomedical Engineering Summer Internship Program
(BESIP)

at the National Institutes of Health

June 1  -  August 7,   2009

A Biomedical Engineering Summer Internship Program (BESIP) is being 
offered at the National Institutes of Health.  Previously, this program 
was sponsored by the Whitaker Foundation.  Sponsorship of this program 
is now with the National Institute of Biomedical Imaging and 
Bioengineering (NIBIB) at NIH.   This structured ten week summer program 
will sponsor sixteen undergraduate biomedical engineering students in 
cutting edge biomedical research projects in NIH laboratories in 
Bethesda, Maryland, under the mentorship of world-class scientists.  The 
interns will be selected by a Selection Committee consisting of eight 
NIH scientists/engineers through a nationwide competition and 
participants will have the opportunity to indicate preferences of 
projects from a list of available projects provided by NIH scientists 
from several of the NIH Institutes who are working on biomedical 
research problems that involve areas of engineering or physical science 
expertise. The students will also participate in group meetings, attend 
planned lectures and laboratory visits, and be encouraged to submit 
posters to the NIH Poster Day where summer interns from all disciplines 
present their projects.  The selected interns will be housed together in 
a local apartment complex near NIH.  The housing will be paid for by the 
BESIP program, so there is no cost for housing to the interns.  The 
Program will run from June 1 through August 7, 2009 and all interns must 
participate in the full ten week program during the specific interval 
listed above.  For more information about the NIH, visit the web site at 
www.nih.gov.  For more information about the BESIP program, including 
the on-line application site, eligibility requirements, the selection 
criteria, and a proposed project list, visit our web site at   		

   http://www.nibib.nih.gov/Training/UndergradGrad/besip/home

Eligibility:        To be eligible for the Biomedical Engineering Summer 
Internship Program, a student must have completed at least three years 
(6 semesters or 9 quarters) of undergraduate study in a Biomedical 
Engineering or Bioengineering degree program by the start of the 2009 
summer and be returning to undergraduate school for at least one term 
following the summer program.  Because of the structure of the program, 
the orientation procedures, planned group activities, and the housing 
arrangements, the intern must be available and present on the Bethesda 
campus to participate in the full ten-week program at the starting and 
ending dates listed above.  Early starts or departures cannot be 
accepted in the program.  The intern must also be a United States 
citizen or permanent resident.

Stipend/Benefits:      The summer intern will receive $4600 for the 
10-week program.  The stipend will be dispensed as a prorated amount at 
the end of the months of June, July and August for the ten-week duration 
of the program. Housing will be provided at no cost to the intern.  The 
16 selected interns will be housed in four two-bedroom, two-bath 
condominiums in the Bethesda area near NIH with each condo having four 
interns.  It is mandatory that the interns live in the designated 
housing for the 10 week period.  The apartments are close to NIH and 
convenient to public transportation.  The intern must pay any travel 
expenses between their home and the NIH from the summer stipend.

How/When to Apply:     An on-line application system is the only method 
used to apply. The on-line application should open by December 1, 2008. 
   The BESIP web site has links for the on-line application. The on-line 
application form requests the following four items to be used in the 
intern selection process:   (1)  A resume which should contain addresses 
and phone numbers for both school and permanent residence, an e-mail 
address and a statement affirming the US citizen or permanent resident 
status of the applicant.  The resume should contain information about 
the student?s education, recent work experiences, and activities and 
awards.  (2)  An unofficial transcript or listing of all college courses 
and grades.  An official transcript may be requested only from the final 
selected interns before they commence the internship.  (3)  Two letters 
of recommendation from individuals who are familiar with the student?s 
academic or work performance, such as faculty or supervisors, and who 
can comment on their suitability for this program. Automatic requests 
for letters of references will be generated by the application system 
and sent by e-mail to the two individuals listed by the applicant after 
the applicant has completed the on-line application form.   (4)  A 
written essay equivalent to approximately one single spaced page briefly 
discussing such topics as your career goals, technical or research 
interests, reasons for applying for this internship, describing what you 
would like to get out of the BESIP summer program.   Most of these items 
can be cut and pasted into the on-line application form.
      The selection process will be performed by a panel of NIH 
scientists based on a system which scores the four items mentioned 
above.  Applicants who are not selected for the BESIP program will 
automatically have their applications forwarded to the NIH Summer 
Internship Program (SIP) in Biomedical Research, which is separate and 
distinct from the NIBIB-BESIP program.  This allows opportunities for 
other summer jobs at NIH if you are not selected for BESIP.  Information 
about the SIP program can be found at the web site 
www.training.nih.gov.  Remember, this SIP is separate from our BESIP 
program.

Deadlines:

The deadline for submitting the on-line application is February 10, 2009
Notification of selected interns will be on or about February 25, 2009
Intern must accept or decline by March 10, 2009


>  
> 
> ++++++++++++++++++++++++++++++++++++++++
> 
>  
> 
>  
> 
> Dr. Robert J. Lutz
> 
> Chief, Drug Delivery and Kinetics Resource
> 
> Bldg 13 / Room 3N17
> 
> National Institutes of Health
> 
> Bethesda, MD 20892
> 
>  
> 
> (office)    301-435-1944
> 
> (fax)        301-496-6608
> 
>  
> 
>  
> 
>  
> 
>  
> 
>  
> 


From boud at ele.uri.edu  Wed Nov 19 13:45:16 2008
From: boud at ele.uri.edu (G. Faye Boudreaux-Bartels)
Date: Wed, 19 Nov 2008 13:45:16 -0500
Subject: [ugrads] [Fwd: New student senate group - STUDENTS FOR A MORE
	ACCESSIBLE CAMPUS]
Message-ID: <49245EBC.2000000@ele.uri.edu>

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From boud at ele.uri.edu  Mon Nov 24 15:36:34 2008
From: boud at ele.uri.edu (G. Faye Boudreaux-Bartels)
Date: Mon, 24 Nov 2008 15:36:34 -0500
Subject: [ugrads] URI Engineering students wanted as Mentors for North
 Providence High School Robotics Class
Message-ID: <492B1052.2010009@ele.uri.edu>

Hi,

North Providence High School is looking for some URI Engineering 
students to volunteer to visit their Robotics class. The course 
instructor indicated he would welcome short-term volunteers to talk to 
his students about your decision to major in engineering. However, he's 
really interested in finding more long-term volunteers who might be 
willing to mentor a team project on robotics or some exceptional 
students in the class.

If you are interested in finding out more information on how to share 
your interest in engineering with a high school student, please contact me.

thanks,
Prof. Boudreaux-Bartels