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APPENDICES
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A
Biographical Sketches of Committee Members
Peter E. Castro (Chair), has more than 30 years of experience in
applied mathematics and manufacturing at the Eastman Kodak
Company, where he is currently senior principal scientist in the
Engineering Technology Center. He served as supervisor of applied
mathematics and statistics, with responsibilities for organizing,
hiring, and leading mathematical personnel to provide mathematical
and analysis resources. In addition, he taught for 15 years and
served as chair of the applied mathematics graduate program at the
University of Rochester. He was a member of the National
Research Council's Board on Mathematical Sciences and has
served as secretary and member of the board of trustees for the
Society for Industrial and Applied Mathematics.
Erik Antonsson is professor and chair of the Department of
Mechanical Engineering at the California Institute of Technology.
His research interests include formal methods for engineering
design, rapid assessment of early designs, and structured
microelectromechanical systems design. He is currently
collaborating with the National Aeronautics and Space
Administration's Jet Propulsion Laboratory on the development of
design infrastructure for advanced spacecraft. He is also working
with the Defense Advanced Research Projects Agency in the field
of multiresolution simulation in engineering design.
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142
MODELING AND SIMULA TION IN MANUFACTURING
Denis T. Clements is director of the Corporate Technology Center
for Modeling and Simulation at GRC International Corporation (an
AT&T company). He has been involved for over more than 20
years in the development and application of computer-based
operations research techniques. His responsibilities include the
development of numerous advanced analytic and decision support
systems for the Department of Defense, including the development
of the capstone analytic application, the Joint Warfare System.
James E. Coolahan is supervisor of the modeling, simulation, and
decision support group at The Johns Hopkins University Applied
Physics Laboratory, where he has also served as assistant to the
director for modeling and simulation. His background is in real-
time data acquisition systems, simulation, software engineering,
system and software conceptual development, aerospace
engineering, and missile system test and evaluation. He has
previously provided technical assistance to the Office of the
Secretary of Defense's Simulation-Based Acquisition Task Force in
developing a road map and draft implementation plan for the
simulation-based acquisition initiative.
Yu-Chi Ho is Gordon McKay Professor of System Engineering and
T. Jefferson Coolidge Professor of Applied Mathematics at Harvard
University. He is a life fellow of the Institute for Electrical and
Electronics Engineers (IEEE), a distinguished member of the
Control Systems Society, and a member of the National Academy
of Engineering. He has served on a variety of government and
industry panels and has been active in several professional societies,
including the IEEE Robotics and Automation Society, for which he
served a president. His research interests lie at the intersection of
control system theory, operations research, and artificial
intelligence.
Mary Ann Horter is director of engineering processes and tools
and program director for the Virtual Product Development Initiative
(VPDI) at Lockheed Martin Aeronautics. She is responsible for the
development and deployment of engineering processes and tools
across the company. As VPDI program director, she oversees the
development of more than 50 modeling and simulation software
tools that are integrated in the virtual development environment.
Previously, she managed the F-22 airframe integrated product team
and was responsible for the design and manufacture of the F-22
mid-fuselage. In this position, she led a multifunction organization
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APPENDIX A
of more than 600 employees and was responsible for ensuring that
the team met all schedule and financial objectives.
Pradeep K. Khosla is the Philip and Marsha Dowd Professor of
Engineering and Robotics and head of the Nepal lenient of Electrical
and Computer Engineering at Carnegie Mellon University. While
on leave from Carnegie Mellon, he served as a program manager
for the Defense Advanced Research Projects Agency (DARPA) in
the Software and Intelligent Systems Technology Office, the
Defense Sciences Office, and the Tactical Technology Office. At
DARPA, he worked in information-based design and
manufacturing, Web-based information technology infrastructure
and real-time planning. His research interests include Internet-
enabled collaborative design and distributed simulation and
manufacturing, collaborating autonomous systems, agent-based
architectures for distributed design, simulation of mechatronic
systems, and software composition and reconfigurable software for
simulations and embedded control. He is the winner of several
awards for his research and education initiatives and serves as a
consultant to several companies.
Jay Lee is Wisconsin Distinguished and Rockwell Automation
Professor at the University of Wisconsin-Milwaukee. Currently he
serves as director of the National Science Foundation's
Industry/University Cooperative Research Center (I/IJCRC) on
Intelligent Maintenance Systems (IMS). Previously, he served as
director for product development and manufacturing at United
Technologies Corporation (UTRC; East Hartford, Connecticut), and
was responsible for the strategic direction and research and
development activities for next-generation products and
manufacturing technologies to support United Technologies
Corporation's diversified business units. Prior to joining UTRC, he
served as program director for the Engineering Research Centers
Program; the Industry/University Cooperative Research Centers
Program; and the Design, Manufacture, and Industrial Innovation
(DMII) Division at the National Science Foundation from 1991 to
1998. Currently, he is a fellow of the Society of Mechanical
Engineers and serves as a member of the Board on Manufacturing
and Engineering Design of the National Research Council.
Previously, he served as a member of the board of directors for the
National Center for Manufacturing Sciences and as the chairman of
the Manufacturing Engineering Division of ASM.
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144
MODELING AND SIMULA TION IN MANUFACTURING
John L. Mitchiner is manager of the Advanced Decision Support
Applications Department at Sandia National Laboratories. This
department builds primarily Web-based decision support tools to
support teams of weapon engineers, analysts, scientists, and
manufacturers in the design and production of nuclear weapon
components. He is the author of numerous papers in refereed
journals and conference presentations on distributed product and
process design environments, a knowledge-based system for weld
design and analysis known as SmartWeld, and national energy
policy modeling.
Mikel D. Petty is chief scientist of the Virginia Modeling, Analysis
and Simulation Center and research professor in engineering
management at Old Dominion University. He has worked in
modeling and simulation since 1990 in the areas of simulation
interoperability, computer-generated forces, multiresolution
simulation, and applications of theory to simulation. Previously, he
was an assistant director of the Institute for Simulation and Training
at the University of Central Florida.
Stuart Starr has been director of plans for the Mitre Corporation
since 1985; there he assists the company's officers in four broad
areas: directing major cross-corporate studies, performing technical
planning, leading corporate management initiatives, and organizing
and directing professional symposium and workshops. He is
responsible for supporting major planning efforts for organizations
such as the Office of the Secretary of Defense, the Defense
Advanced Research Projects Agency, the Joint Chiefs of Staff, the
Office of the Director of Central Intelligence, the Office of Science
and Technology Policy, and the Transportation Research Board.
Prior to joining Mitre, he was assistant vice president, M/A-COM
Government Systems; director of long-range planning and systems
evaluation for the Office of the Assistant Secretary of Defense; and
senior project leader, institute for Defense Analyses. He is a fellow
ofthe Military Operations Research Society, an associate fellow of
the American Institute for Aeronautics and Astronautics, and a
consultant to the Army Science Board.
Charles L. Wu has worked at the Ford Research Laboratory for 25
years. During his early years at Ford, he was engaged in research
and development on engine systems and manufacturing technology.
Since 1992, he has held a number of management positions,
including those of manager of the Manufacturing Systems
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APPENDIX A
Department and manager of the Engine and Processes Department.
He was appointed director of the Manufacturing and Vehicle
Design Research Laboratory in 1996, where his responsibilities
include the research and development of manufacturing systems,
computer simulation of manufacturing processes, material
engineering applications, vehicle safety research, and computer-
aided engineering technologies. Dr. Wu has led a variety of
advanced research programs, including the development of in-
process and end-of-line engine diagnostics technology, machinery
noise abatement, machine tool technology, manufacturing system
control, advanced computer-aided design and computer-aided
engineering, and rapid prototyping. He is the recipient of two Ford
Research Technical Achievement Awards, the Henry Ford
Technology Award, and the Innovation Award. Dr. Wu has
participated in several studies in design and manufacturing
sponsored by the National Science Foundation.
Bernard P. Zeigler is professor of electrical and computer
engineering at the University of Arizona, where he has served since
1985. His research interests include the methodology of modeling
and simulation; distributed massively parallel simulation; modeling
and design of autonomous, intelligent systems; and knowledge-
based design and engineering. He served previously on two
National Research Council committees: the Committee on
Commercial Multimedia Technologies and the 21 st Century Army,
and the Naval Studies Board's Panel on Modeling and Simulation.
He is a fellow of the Institute for Electrical and Electronics
Engineers and received the highest award of the Society for
Computer Simulation, for distinguished service to the profession.
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Representative terms from entire chapter:
applied mathematics
