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Class of 2008 Civil Engineering

Tobias Ackerman
Frederick Andrew
Beatrice Arreola
David Avila
David Beachy
Christopher Bednarski
Matthew Beksel
Steve Blackburn
Brittany Bogle
Christopher Brendza
Houston Brown
Karen Cardinal
Joseph Challburg
Douglas Charles
James Coolahan
Kathryn Cornforth
Thomas Cotter
Nicole Cravotta
Ryan Cuzme
Escamillio Davis II
Megan Davis
Shellie Demoss
Dennis Dempsey
Richard DiCesare
Richard Dorotheo
Steven Dudley
Joshua Dzime-Assison
Daniel Farrelly
Gabriel Finamore
Jenna Frye
Charles Gabel
Michael Galvin
Tim Gay
Anthony Genovese
Patrick Gessleman
Bradley Gillan
Dennis Giuliano
Bennett Gregorio
David Gyurina
James Haelle
Thomas Hayden
David Heatwole
Austin Hess
Betsy Hicks
Stephen Hodose
Spencer Jacobson
Matthew Jaskot
Brian Jones
Erik Karlkvist
Daniel Katona
Patrick Keenan
Katie Keller
Chun Kit Koo
Joseph Kruemmer
Christina Lindemer
Gabriel Mandeng
John Mangione
Anthony Manzella
Kelly Marshall
Trevor Masterson
Christine Mastrangelo
Mitchell Meier
Alexander Middel
Anthony Minite
Jordan Morrison
Ryan O'Connor
Saka Osyere-Asiedu
Scott Pendergrass
Garrett Peters
Kevin Poad
Danielle Pollet
Dana Rathfon
Lindsay Ringstrom
Shannon Robinson
Lauren Salerno
James Schulz
Vincent Scicchitano
Addison Scott
Tristan Siegel
Dennis Spicer
Valerie Steenhoek
Michael Steimer
Emma Sterling
Robert Suarez
Sean Sumner
Brandon Swartout
Julie Trick
Matthew Uliasz
Robert Van Antwerp
Diane
VanDen-Meydenberg
Kimberly Volz
Kristopher Weidner
Eric Weisenstein
Adison Zoretic

 






Highlights
Jack Puleo has won the NSF Early Career Development Award
Jack Puleo, assistant professor in the Department of Civil and Environmental Engineering at the University of Delaware, has received a prestigious National Science Foundation Faculty Early Career Development Award to study swash zone sediment transport. The swash zone is the area near the shoreline where waves wash up and down the beach face.

The five-year $444,229 award is aimed at developing a broader understanding of the physics of coastal sediment transport in this area, thereby leading to significant improvement in the ability to predict such coastal phenomena as beach erosion and beach nourishment performance.

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