Undergraduate Catalogue - UPRM
Undergraduate Catalogue - UPRM
Undergraduate Catalogue - UPRM
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COLLEGE OF ENGINEERING<br />
computers in electrical and electronic<br />
engineering.<br />
The curriculum for the study of computer<br />
engineering provides a general education in<br />
mathematics, science, and humanities; computer<br />
science; electronics, including practical and<br />
theoretical aspects of hardware; and specialized<br />
study in selected areas of computer engineering,<br />
including information systems, human-computer<br />
interaction, object technologies, compiler<br />
construction, advanced electronics and verylarge-scale<br />
integration.<br />
The objectives of the Bachelor of Science in<br />
Computer Engineering program are:<br />
1. Obtain a broad educational experience<br />
necessary to understand the impact of<br />
computer engineering problems and<br />
solutions within a global and societal<br />
context.<br />
2. Possess a combination of knowledge<br />
and analytical, computational, and<br />
experimental skills necessary to solve<br />
practical computer engineering<br />
problems.<br />
3. Have adequate communications skills<br />
both as an individual and as part of a<br />
team.<br />
4. Value the importance of lifelong<br />
learning.<br />
5. Be aware of contemporary issues in<br />
order to make decisions taking into<br />
consideration professional and societal<br />
needs, and ethical implications.<br />
The general education component is designed to<br />
aid in the development of a professional that is<br />
aware not only of the technical professional<br />
needs, but also the general needs of society.<br />
Such a professional needs to be able to<br />
communicate adequately, understand the<br />
importance of cultural, ethical, and social issues,<br />
and value the need to constantly upgrade<br />
knowledge.<br />
Upon completion of the program, graduates<br />
should be able to demonstrate the following<br />
outcomes:<br />
a. Ability to apply knowledge of<br />
mathematics, science, and engineering<br />
necessary to carry out analysis and<br />
design appropriate to computer<br />
engineering problems.<br />
b. Ability to design and conduct<br />
experiments as well as analyze and<br />
interpret data.<br />
c. Ability to design a computer system to<br />
meet desired needs.<br />
d. Ability to function on multidisciplinary<br />
teams.<br />
e. Ability to identify, formulate, and solve<br />
engineering problems.<br />
f. Understanding of professional and<br />
ethical responsibility.<br />
g. Ability to communicate effectively.<br />
h. Broad education necessary to<br />
understand impact of engineering<br />
solutions in a global/societal context.<br />
i. Recognition of the need for and ability<br />
to engage in lifelong learning.<br />
j. Knowledge of contemporary issues.<br />
k. Ability to use the techniques, skills, and<br />
modern engineering tools necessary for<br />
engineering practice.<br />
The program is fully accredited by ABET, the<br />
Accreditation Board for Engineering and<br />
Technology.<br />
PROGRAM OF STUDY<br />
COMPUTER ENGINEERING<br />
CURRICULUM<br />
FIRST YEAR<br />
First Semester<br />
Number Credits Course<br />
*MATE 3005 5 Pre-Calculus<br />
QUIM 3001 4 General Chemistry<br />
*INGL 3--- 3 First year course in English<br />
*ESPA 3101 3 Basic Course in Spanish<br />
INGE 3011 2 Engineering Graphics I<br />
EDFI ---- 1 Physical Education Elective<br />
18<br />
Second Semester<br />
MATE 3031 4 Calculus I<br />
QUIM 3002 4 General Chemistry<br />
*INGL 3--- 3 First year course in English<br />
*ESPA 3102 3 Basic Course in Spanish<br />
ECON 3021 3 Principles of Economics I<br />
EDFI ---- 1 Physical Education Elective<br />
18<br />
294 <strong>Undergraduate</strong> <strong>Catalogue</strong> 2004-2005