DAVID S. WOODRUFF, PhD 107 Westbourne Terrace Brookline, MA 02146 617-232-4222 davewoodr@aol.com Computer support, strong in programming experience, teaching, and backed by experience in management and energy planning. EDUCATION: Polytechnic Institute of New York: 1974 PhD (Mathematics) Dissertation: "Complete Function Algebras over Topological Fields" Major: Functional Analysis, General Topology, Algebra. Minor: History of Science and Technology. 1967 MS (Physics) Thesis: "Resonant Modes of Spherical Optic Cavities". NASA Fellowship in Mathematics 1963 Manhattan College; BS (Electrical Engineering) Minor in Nuclear Engineering. Senior project on lasers, contributed article on topology to college math journal, member of Philosophy Club. Pi Mu Epsilon honor fraternity. EXPERIENCE: 1995 to Present MIT Lab for Nuclear Science: Computer Services (CS) Computer hardware and software support. System management and administration for OpenVMS, Unix, Windows and Machintosh. Represented LNS CS at the Energy Sciences Network (ESnet) Site Coordinators Committee. Experiments and implementation of the DCE at LNS. Designed and implemented a combined architecture for a HIG and CS VMS cluster. Designed and managed a migration from VMS to Unix. Experiments comparing DCE RPC with PVM. 1984 to 1995 MIT Lab for Nuclear Science: Heavy Ion Group (HIG) Computer hardware and software support. Collaborator in E802 experiment at Brookhaven National Labs. Data structure for particle tracking analysis. Wrote parts of programs used in experiment simulations and in data analysis (magnet map). Built and maintained database for instrumental measurements. Aided in selection process for computers. Computer systems management. Designed and implemented an architecture for a VMS cluster. 1983 to 1984 MIT: Lab for Nuclear Science; Facility Manager, Computer Facility: Consisting of two VAX-11/780 computers with 128 ports, networked, and with data lines to several buildings at MIT. Duties include supervision of staff and installation of new hardware and software, official point of contact with DOE, and writing of DOE and MIT required reports. Long range planning, determination of needs and requirements for new hardware, and soliciting and evaluating information on vendor furnished hardware and software, summarized for use by the Lab computer committee. Assist in preparing technical justifications of new equipment for DOE use. Obtain, commission, or write needed software. Monitor computer resources to detect bottlenecks, misuse, and inefficiencies. Make and maintain with sources of help both external and internal to MIT. 1979 to 1983 MIT: Electric Power Systems Engineering Lab; Electric Power Systems: Egyptian power system, reliability analysis, generation planning, optimal line routing, power system dynamics, tariff policy. Economic Analysis: Cost benefit analysis of fertilizer production, operations research study of natural gas in Egypt, electric power systems. Operations Research: Linear programming, integer programming, transshipment problems, economic input-output analysis. Computer Background: Experience in Fortran, PL/I, C, pascal, some assembler. Numerical analysis. Debugging and transfer of large-scale power system programs. Lead programmer, RAPID (Radial Panel Installation Designer). Administrative: Preparation of proposals and budgets, progress reports to USAID. Technical writing. Liaison between MIT and Cairo University professors, staff, and students. 2006 to present Boston Public Schools, tutoring special needs children, K and 1, in literacy and maths. 1996 to 2004 Suffolk University, Math and Computer Science, Senior Lecturer. Taught Computer Science I and II. 1983 to 1996 Boston University, Metropolitan College, Lecturer. Taught descrete math, algorithms and language theory 1977 to 1979 Bristol Community College; Instructor of Mathematics and Physics. Taught calculus, algebra, physics, technical math. Lectures on theory of random errors for surveying majors. Developed a Turing Machine interpreter. 1969 to 1977 New York University; Assistant Professor (1974 to 1977) in Associate in Applied Science Degree Program (Public Service) of the School of Continuing Education. Instructor (1971 to 1974). Planned, developed, and taught mathematics courses ("Math Prep" and "Basic Statistics") for New Careers Program of New York State Department of Labor. Part-time Instructor (1969 to 1972). Developed and taught mathematics courses ("Math Prep" and "introduction to Mathematics") for fulfillment of math requirements for program. Also, Part-time Instructor in General Studies Program planning and teaching course and lab work in physical science based on studies of astronomy. 1971 to 1974 Brooklyn College; Part-time Instructor in School of General Studies (Small College Program) teaching a section of "Science in Man's Environment", an environmentally oriented science course. 1963 to 1969 Polytechnic Institute of New York; Teaching Assistant and Part-time Instructor. Taught physics labs, general physics, calculus, linear algebra, mechanics, and differential equations to science and engineering students. COMMITTEES 1975 to present: MIT Lab for Nuclear Science Harassment Committee. November 2004 to present: MIT Departmental Database Application Development Project CONSULTING: Assisted Prof. Hale Bradt in an x-ray astronomy project, Center for Space Research, MIT. Helped develop computer utility programs and a tape archive system. Developed and used an algorithm for finding the ratios of stellar x-ray to stellar optical luminosities. Consultant to Prof. Walter James Miller, New York University. In charge of research in history of physics, astronomy, and technology, and performed analysis in physics and celestial mechanics to assist Prof. Miller in his annotated translation of Jules Verne's "From the Earth to the Moon". Consultant to Earth Shoe (Kalso Systemet, New York City) in Civil Court suit, which resulted in their acquittal as defendant. In charge of all statistical aspects of case. My duties included directing statistical studies in merchandising, criticizing plaintiff's statistics and sales loss claims, applying tests to verify the basis of an executive decision, and working with lawyers in preparation of deposition and cross-examination questions directed at expert testimony. Worked with members of two legal firms. PUBLICATIONS: E802 Collaboration: co-author on 44 papers dealing with the E802 Experiment at Brookhaven National Labs. See author search for "Woodruff, D S" at http://www.slac.stanford.edu/spires/ S.B. Leeb, J.L. Kirtley, Jr., D.S. Woodruff, and M.S. LeVan, "Building-level power network analysis", IEEE Computer Applic. in Power, 5,30-34, 1992. Woodruff, "Linear Programming Analysis of the Use of Natural Gas in Egypt" Cairo University/MIT Technology Planning Program Report, November, 1982 Woodruff and Miller, "How Barbicane Calculated his Initial Velocity", Appendix A, "The Annotated Jules Verne: From the Earth to the Moon", New York. J.Y. Crowell, 1978. Woodruff, "Compactifications and Function Algebras", Rome, "Rende Conte", Accademia Nazionale Dei Lincei, 1978. Woodruff, "Complete Function Algebras with Values in a Uniform Field:, Journal of the Indian Math. Soc., 42, 1978.