Curriculum Vitae
Education:
  University of Notre Dame
- Ph. D. in Computer Science and Engineering, Degree earned August 2009
Dissertation Title: "It's All About the Signal Routing: Understanding
the Reliability of QCA Circuits and Systems"
Advisor: Dr. Peter
Kogge (new window)
- M.S. in Computer Science and Engineering, August 2005
Thesis: "Defect Properties and Design Tools for Quantum-Dot Cellular
Automata."
Advisor: Dr. Peter Kogge
- B.S. (Cum Laude) in Computer Engineering, May 2002
Research Interests:
- Nanoelectronic devices and architectures, particularly quantum-dot cellular automata (QCA)
- Defect and fault tolerant design and modeling
- High-performance computing systems
- Computer-aided design and electronic design automation
Publications:
On Research page.
Teaching:
Teaching Assistantships:
Professional Societies:
Other Organizations:
Honors and Awards:
- Upsilon Pi Epsilon (Computer Science and Engineering Honor
Society), April 2004 (Inaugural induction)
- Eta Kappa Nu (Electrical and Computer Engineering Honor
Society), February 2002
- Morrissey Manor Hall Service Award, April 2002
- Glenna R. Joyce and Notre Dame Scholar, April 1998
Undergraduate projects supervised:
- Jorge Vendries: Parallelization of a statistical mechanical QCA
simulator. Summer/Fall 2008
- Daniel Lohmer: Geometric analysis of QCA wires (Workshop paper published). Spring 2008
- Jared Sylvester: CAD tools for QCA. Academic year 2004-2005
- Dominic Antonelli: Digital logic simulator for QCADesigner. Summer
2003
Work Experience:
- Delphi Delco Automotive Systems, Kokomo, IN. IC Design Intern
(Summer 2001)
- Redesigned circuits for new fabrication process. Tested
circuits from new fabrication process.
- Delphi Delco Automotive Systems, Kokomo, IN. Software Development
Intern (Summer 2000)
- Developed a dynamic link library (DLL) for use with
controller-area network (CAN) based devices.