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- Richard A. DeMillo, The John P. Imlay Jr. Dean of Computing, Distinguished Professor of Computing
- (Ph.D., Georgia Institute of Technology
Software engineering.
- Peter A. Freeman, Founding and former Dean of the College of Computing and Professor; Assistant Director of the NSF for CISE
- (Ph.D., Carnegie Mellon)
Software engineering.
- Mary Jean Harrold,
Professor
- (Ph.D., University of Pittsburgh)
Program analysis, testing, software engineering.
- Pete Manolios,
Assistant Professor
- (Ph.D., University of Texas, Austin)
Formal Methods, Distributed Computing, Programming Languages, and Security.
- Alex Orso, Assistant Professor
- (Ph.D. Politecnico di Milano, Italy)
- Software Engineering, Software Reliability and Trustworthiness, Security of Web Applications.
- Santosh Pande,
Associate Professor
- (Ph.D., North Carolina State University)
Compilers, embedded systems.
- Olin Shivers, Assistant Professor
- (Ph.D., Carnegie Mellon)
Advanced programming languages (such as Scheme and ML), systems, and personal user interfaces.
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Yannis Smaragdakis, Assistant Professor
- (Ph.D., University of Texas at Austin)
Programming languages, software engineering, operating systems.
- W. Michael McCracken, Director, CIMR
- (M.S., Georgia Institute of Technology)
Software engineering.
- Spencer Rugaber,
Senior Research Scientist
- (Ph.D., Yale University)
Reverse engineering, program comprehension,
re-engineering, user interface migration, model-based user interfaces.
- Della Phinisee
- Administrative Assistant
- Fernando Alegre
- (M.S., Georgia Institute of Technology)
- Compiler optimization, automated analysis, programming languages
- Saswat Anand
- (M.S., National University of Singapore)
- Event based optimizations
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Taweesup Apiwattanapong
- (B.Eng., King Mongkut's Institute of Technology, Ladkrabang)
'
- Software engineering.
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Jim Bowring
- (B.S., College of Charleston)
- Software engineering.
- Christoph Csallner
- (Dipl.-Inf., Universität Stuttgart)
Programmer productivity.
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Peter Dillinger
- (M.S., Georgia Institute of Technology)
- Automated and semi-automated analysis, transformation,
and verification of software systems, including software models of
other kinds of systems.
- David Fisher
- (B.S., University of California at Berkeley)
- Programming language semantics, type theory, functional programming
- William G.J. Halfond
- (M.S., Georgia Institute of Technology)
- Security and Software Engineering
- Shan Shan Huang
- (B.S. EE/CS, MIT)
- Meta-programming languages that statically guarantee wellformedness of
generated programs. Tools to build domain specific languages/program
generators to automate software engineering tasks.
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Chad Huneycutt
- (B.S., Furman University)
- Dynamic optimization/specialization.
- Jim Jones
- (B.S., Ohio State University)
Test suite maintenance, fault localization, software visualization.
- Brian McNamara
- (B.EE., Georgia Institute of Technology)
Programming languages.
- Matthew Might
- (M.S., Georgia Institute of Technology)
- Static analyses and optimizations; compiler correctness.
- Heather Richter
- (B.S., Michigan State University)
Software engineering, human-computer interaction, visualizaation.
- Arjan Seesing
- (B.S. Technical University Delft)
Dynamic and Efficient Java Byte Code Instrumentation
- Lex Spoon
- (B.S., Clemson University)
Program understanding, software engineering.
- Sudarshan Srinivasan
- (M.S., Georgia Institute of Technology)
Formal Methods.
- Eli Tilevich
- (M.S., New York University)
Programming languages, software engineering.
- Daron Vroon
- (B.S., Hope College)
Formal Methods, Foundations of Mathematics, Programming Languages, and Security.
- Kun Zhang
- Power-aware compilation
- Tao Zhang
- Compiler optimizations for Tamper-resistance and Privacy.
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Yi Zhang
- (B.S., Peking University)
Software engineering, program analysis, moblie-code security.
- Xiaotong Zhuang
- Compiler optimizations for Network and DSP Processors.
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David A. Zook
- (M.S., Johns Hopkins University)
Designing Domain-specific (or otherwise restricted) Programming Languages to efficiently generate provably reliable software; and 2) Complexity for its own sake.
- David Zurow
- (B.S., Georgia Institute of Technology)
Garbage collection, architecture, compilers, programming languages.
- Ryan Collins
- (B.S., Georgia Institute of Technology)
JIT Optimizations for Java.
- Jonathan Gdalevich
- (B.S., Georgia Institute of Technology)
- Software engineering, constraint systems, software development process, HCI, networking, testing.
- Zachary Ross
- (B.S., Georgia Institute of Technology)
Enterprise Computing(J2EE), Distributed Systems, and Programming Languages.
- Stevie Strickland
- (B.S., Georgia Institute of Technology)
Programming languages (particular interest in functional PLs), type
theory, compilers, operating systems.
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