OBJECTIVE: As a senior technologist for computer systems, I have provided Program and Project Management and led high level technical teams. I am most successful when I combine management with technology leadership in solving "hard" problems by generating and delivering creative technical solutions. I have successfully built systems from proposal generation to requirements elicitation through supporting deployed prototypes in the field

My experience has been successful in covering a gamut of roles from successfully preparing proposals totaling over $50 million awarded by the intelligence community, as well as the US and foreign military. Upon award, I have acted to manage the projects and programs to successful technical and business conclusions. I have led successful teams in diverse areas including computer graphics and visualization for military and intelligence missions; High Performance Computing in support of SIGINT; simulation and virtual reality for training;, and, research across the computer science spectrum.

I can bring this level of achievement to support my new employer’s business success.

TS/SCI CLEARANCE

CHRONOLOGICAL EXPERIENCE:

Siemens Corporate Research, Princeton, NJ March 2009 - present

Consultant (Contract), Systems Engineering and Architecture; Proposal development; Systems integration.

Fidelity Technologies, Inc., Reading, PA Simulation and Training Systems Group Sept, 2007-Nov, 2008

Consultant (Contract) – Develop Modeling, simulation and virtual reality systems for training; develop proposals, technical consultation, research. I played leading BD, technical and program management roles in three successful proposals totaling $25 million dollars including two foreign military sales and one US DoD sale.

CACI, Eatontown, NJ, Advanced Technologies Division Dec. 2001—Sept. 2007

Engineering Senior Manager - Modeling, Simulation and High Performance Computing

Program/Project Manager on projects valued $7+ million- Responsible for BD, proposals, budget creation, monitoring, task definition, reporting and revision, purchasing, staffing with up to 7 direct reports; Technical Leader: Architecture; serial and parallel algorithms software design, development and test; hardware specification and acquisition; Human Interface and visualization design; technical reports, meetings and briefings. Projects: DCGS-A; High Performance Computing (HPC) including RF Propagation Server; serial and parallel SIGINT and IMINT Toolkit; develop Simulation and Modeling. E.g. Subsurface Urban Transit First Responder model.

Sarnoff Corporation, Princeton, NJ, Internet Multimedia Business Unit July 1993—Oct. 2001

Member of Technical Staff – Visualization, Interactive Graphics and Multimedia

Program/Project Manager - Proposal preparation, project administration; staff, facility, budget supervision; Member of Technical Staff; Technical Project Leader - JOVE Joint C4ISR Battlespace ‘virtual reality’ visualization system, Software Directed Search IMINT system, and ISR multimedia training. Architectural, technical leadership, equipment acquisition, and project budget, schedule, monitoring, high-level design, systems architecture and graphics, visualization. Projects: Effective IMINT Analyst Environment; Directed Search Testbed; Advanced Close Combat Information System; Joint Operations Visualization Environment; Intelligence, Surveillance and Reconnaissance Multimedia Training for Warfighters; CyberView 4-D Interactive Air Combat Mission Review; Battlespace Visualization Systems Evaluation. Sponsors included DARPA, NIMA (NGA), NSA, NRO, DoD, and other agencies

Rutgers University, University of Pennsylvania, and Drexel University: Jan. 1991—2002

Part-time faculty in Computer Science and Engineering

ATT Bell Laboratories, Whippany, NJ July 1990—July 1993

Member of Technical Staff – Undersea Warfare

Established Visualization Facility, implemented visualizations for Undersea Warfare and Anti-Submarine Warfare data. Analyze application of technologies including visualization, high performance graphics, and high performance computing and virtual reality to group mission. System architect for a SYBASE based acoustic performance evaluation system

John von Neumann National Supercomputer Center, Princeton, NJ July 1989—July 1990

Senior Visualization Scientist

Collaborate with scientists using Center’s High Performance Computers to create still and moving image visualizations of supercomputer modeling and simulation results; conceptual, aesthetic and technical direction; budget responsibility.

Washington University, Saint Louis, MO Sept. 1981—July 1989

Associate Professor of Computer Science, Director of the Center for Engineering Computing

Principal research in graphics, medical imaging, and, AI in manufacturing. Founder, Center for Engineering Computing.

State University of New York at Buffalo, Buffalo, NY Sept. 1978—July 1989

Associate Professor of Computer Science

Member of Medical Image Processing Group. Research: graphics, geometric modeling and lidar geometry acquisition.

Syracuse University, Syracuse, NY Sept. 1972—July 1978

Associate Professor of Computer Science, Director of the Mid-Hudson Graduate Center

Associate Engineer, IBM, Poughkeepsie, NY July 1966—Sept. 1970

PROFESSIONAL ACTIVITIES

• Multi-Int for the Warfighter Symposium, 2004, High Performance Computing for Multi-Int and ISR; 2003, Battlespace Visualization Tutorial

• Annual SIGGRAPH Lecture, Princeton ACM Chapter, September, 1995-present

• Homeland Security and Transformation, 2002, Battlespace Visualization Panel

• Visualization Conference, Symposium, Battlespace Visualization: A Grand Challenge (Keystone Panel Moderator)

PUBLICATIONS:

• Application of Associative Processing in Discrete Simulation, Proc of the 5^th Winter Simulation Conference, IEEE, 1971

• The Application of APL in Graphics Computation, Proceedings of the APL Congress '73, North Holland Press

• The Myth of Human-Computer Communication, Proceedings of Share XLVIII, 1977.

• Concurrent Processing in Computer Graphics, Computers and Graphics, Vol. 2, No. 4, 1977

• A Vector Based Development of the Fundamentals of Computational Geometry, CGIP, June, 1977

• A Medium Range Vision Aid for the Blind, Proceedings of the 1980 International Conference on Cybernetics and Society, October, 1980, Co authors M. Altschuler, G. Frieder, B. Altschuler, J. Taboada

• Computational Geometric Modeling for 3-d Machine Perception, Proceedings of the SPIE Technical Symposium East, '81.

• The Numerical Stereo Camera, SPIE Symposium East, '81. with M. Altschuler, G. Frieder, B. Altschuler, J. Taboada

• Quantitative 3-d Laser Mapping-Cast of Newborn with Cleft Palate, Association for Dental Research, 59th General Session, March, 1981

• Surface Measurement by Space-encoded Projected Beam Systems, CGIP, Jan. 1982, Co author B. Altschuler

• Surface Geometry Acquisition Using a Binary-coded Structured Illumination Technique, Computers in Industry

• Spatial Sorting for Sampled Surface Geometries, Proc. SPIE Technical Symposium on Biostereometrics, 1982

• Defense Mapping Goes to School: An Educational Model for Automation, Computer Graphics World, December 1985

• Application of AI Techniques in Manufacturing, Proc. 1987 International Conf. on Engineering Management

• An Overview of Computer Visualization, Video Systems, May, 1991, Co author M. Posdamer

• Visualization in Dealing with Data Aggregates, Proceedings of the 1991 Joint Statistical Conference, August, 1991

• Mechanisms and Military Applications for Synthetic Pheromones, Proceedings of Workshop on Autonomy Oriented Computation at the Fifth International Conference on Autonomous Agents, Montreal, Canada, 29 May 2001 with H.V.D. Parunak, S.A. Brueckner, J. Sauter.

EDUCATION: