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\begin{center}
\Large{\bf Iris A. Garcia}	% make the name stand out
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{\bf Term Address} \hfill {\bf Home Address}
\par
290 Massachusetts Avenue \hspace*{\fill} 405 Iris
\linebreak
Cambridge, MA  02139 \hspace*{\fill} McAllen,TX  78501
\linebreak
(617) 225-9523 \hspace*{\fill} (512) 682-6895
\linebreak
(617) 253-6344 (messages) \hspace*{\fill}
\par
\vspace{.25in}


A position \marginpar{{\bf Professional\\ Objective}}
involving digital signal processing, numerical analysis,
artificial intelligence, or other applied computer science field.
\par
\vspace{\baselineskip}

{\bf Massachusetts Institute of Technology} \hspace*{\fill} 
{\em Fall 1987--Present}\marginpar{{\bf Education}}
\par

Candidate for degree of Bachelor of Science in Computer Science and
Engineering, June 1991.
\par
\vspace{0.5\baselineskip}

Completed coursework in areas of {\bf\mbox{Artificial Intelligence:}}\@
pattern recognition, problem-solving paradigms, expert systems,
perceptual information processing. \linebreak{\mbox{\bf Applied Mathematics:}\@ 
linear algebra} and applications, differential equations, probabilistic
systems analysis, Fourier analysis, calculus of variations, complex
variables, finite-difference, finite-element, and spectral methods for
numerical solution of differential equations. {\bf\mbox{Theoretical
Computer Science:}}\@ Applied algebra, computation and complexity
theory, analysis of algorithms.  {\bf\mbox{Analog Electronics:}}\@
\mbox{elementary} electric circuits, physical electronics, theory of linear
systems.  \linebreak{\bf\mbox{Computing Systems:}}\@ structure of
computer programs, software engineering laboratory, architecture of
digital systems, digital systems laboratory.
\par
\vspace{0.5\baselineskip}

% Circuits and Electronics   Signals and Systems   Electronic Devices
% and Circuits   Introduction to Digital Systems Laboratory
% Structure and Interpretation of Computer Programs
% Computation Structures   Laboratory in Software Engineering
% Introduction to Algebraic Systems   Automata, Computability, and
% Complexity   Introduction to Algorithms   Differential Equations 
% Linear Algebra   Probabilistic Systems Analysis 
% Mathematical Methods for Engineers I   Mathematical Methods for Engineers II
% Perceptual Information Processing
% Cognitive Processes   Artificial Intelligence   Problem-Solving Paradigms

Currently taking Computer Systems Engineering, Discrete-Time Signal
Processing. 
\par
\vspace{0.5\baselineskip}

{\bf Senior Thesis:} Investigating use of digital signal processing
techniques to analyze financial data.  Supervisor: Professor Leonard
A. Gould.
\par 
\vspace{\baselineskip}

{\bf MIT EECS Educational Computer Facility}\marginpar{{\bf Experience}}
\hspace*{\fill} {\em March 1989--August 1990}
\par

Assisted in system administration of Apollo and DEC systems running
under UNIX or UNIX variants.  Supervised students responsible for
tape backup of computer data. 
\par 
\vspace{\baselineskip}

{\bf MIT Artificial Intelligence Laboratory}  \hspace*{\fill} {\em Summer 1989}
\par
Used MSPICE in design of input/output drivers on a VLSI chip used for
a high performance communication switch.
\par
\vspace{\baselineskip}

Member of Alpha Phi Omega, national service fraternity.
\marginpar{{\bf Background}} Participated in various community
projects such as building low-cost housing and effecting repairs at
children's camps.  Service Vice-President Summer/Fall 1990.
\par
\vspace{0.5\baselineskip}

Member of MIT Lecture Series Committee.  Projection sub-director for
three years.  Trained and supervised projectionists.  Received
permanent pass (grants perpetual admission to LSC movies) in
recognition of service.
\par
\vspace{0.5\baselineskip}

Member of MIT Public Service Center Steering Committee.
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