
Bob Ahl
Chuck Atkins
Michel Audette
Lisa Avila
Rick Avila
Utkarsh Ayachit
Stephen R Aylward
Adrien Bailly
Sébastien Barré
Arslan Basharat
Andrew Bauer
Jeffrey Baumes
Jacob Becker
François Bertel
Rusty Blue
Matt Bowman
Aashish Chaudhary
Harvey Cline
David Cole
Roddy Collins
Jon Crall
Katie Cronen
Naresh Cuntoor
Ann D'Alessio
Brad Davis
Dave DeMarle
Andinet Enquobahrie
Jean-Christophe Fillion-Robin
Julien Finet
Yvette Fitzgerald
Zack Galbreath
Berk Geveci
Casey Goodlett
Christopher Greco
Marcus Hanwell
Bill Hoffman
Naomi Hoffman
Anthony Hoogs
Luis Ibáñez
Julien Jomier
Steve Jordan
Brad King
Donna Kochis
Karthik Krishnan
Charles Law
Mikael Le Gall
Matt Leotta
Zhanping Liu
Pat Marion
Ken Martin
Kerri Miller
Zach Mullen
Bob O'Bara
Sangmin Oh
David Partyka
Amitha Perera
Patrick Reynolds
Niki Russell
Will Schroeder
David Stoup
Eran Swears
Matt Turek
Wes Turner
Theresa Vincent
Hua Yang
Yumin Yuan

Jeff earned B.S. degrees in Computer Science and Mathematics from Clarkson University in 2000. Since then, he worked for two years at Eastman Kodak in Rochester, NY as a development engineer, and also participated in their Imaging Science Career Development Program. At Kodak he developed computer models for photographic film scanners and digital microfilm writers. From 2003 until 2006 he was a Ph.D. student at Rensselaer Polytechnic Institute. A student of Prof. Mark Goldberg, his thesis topic was Discovering Groups in Communication Networks. The goal of his research there was to automatically discover coalitions in vast communication databases using structural information only. His contributions include novel graph clustering algorithms which allow cluster overlap, and algorithms for discovering subsets of individuals persistently connected over time. He has also developed a software tool for executing these algorithms and visualizing the results.
Jeff joined Kitware part time in April 2006, and became a full-time employee in September 2006. Jeff is focused on the information visualization project, Titan in conjunction with Sandia National Laboratories. The purpose of Titan is to add support for visualizing graphs, trees, tables, databases, and the Earth into VTK in a way that integrates with existing scientific visualization capabilities to create a powerful visualization framework.