
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
Sebastien Jourdain
Brad King
Donna Kochis
Karthik Krishnan
Charles Law
Mikael Le Gall
Matt Leotta
Zhanping Liu
Pat Marion
Ken Martin
Robert Maynard
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

Andinet Enquobahrie is a research and development engineer at Kitware. He is involved in the development of image visualization and analysis tools for medical applications. He is one of the main developers of the Image Guided Surgery Application (IGSTK) toolkit, a cross platform open source C++ software library that provides basic components needed to prototype image-guided surgery applications.
Dr. Enquobahrie received his Ph.D. in Electrical and Computer Engineering from Cornell University. While at Cornell, as a member of the Vision and Image Analysis (VIA) Group, he worked in the algorithm development of computer aided diagnosis applications for lung cancer. His dissertation work focused on CT scan based automated techniques for early lung cancer detection. The VIA group provides technical support for IELCAP (International Early Lung Cancer Program), an international collaboration of institutions and experts on lung cancer from around the world. In addition, he was the technical member of the LIDC (Lung Imaging Database Consortium) research group that is a consortium of five academic institutions working together to develop an image database for the development and evaluation of CAD algorithms for detection of pulmonary nodules in CT scans.
At Ohio State University, where he received his Master's degree, he was a member of the Digital Photogrammetry Group, a world leader in cutting edge research in image processing and computer vision techniques applied to photogrammetry applications. He was involved in development of multisensor aerial triangulation and automated road sign extraction packages for digital map production. Dr. Enquobahrie received his B.S. in Electrical Engineering from Addis Ababa University, Ethiopia.