Required
Courses for CS Majors
You are probably on the edge of your
seat now, asking "What classes do
I get to take?!" If you are seeking
a Bachelors degree in Computer Science,
this is the section to read! (If you are
seeking a minor in Computer Science, skip
a few pages to the section entitled Required
Courses for Minor.)
Your course work is divided into the following
four categories:
NOTE: If your catalog year is prior to
1995/96, you should obtain the appropriate
handbook supplement and ignore this section!
The front cover shows, in prerequisite
order, the core courses required for a
Bachelors degree in Computer Science.
You can also find a very useful Progress
Check Sheet at the end of this handbook.
This check sheet lists all of the classes
required for the major and can be used
to track your progress.
Courses taken toward your major, including
any applied general education courses,
must be taken on a traditional letter
grade basis. Exceptions are for course
that are only offered on a credit/no credit
basis or courses that you passed by a
challenge examination. Additionally, you
must earn a grade "C" or better
in all classes that are either applied
toward your major or that are prerequisites
for a Computer Science course.
Transfer students from local community
colleges should refer to the Community
College Equivalence Tables toward the
end of this handbook. Your advisor can
help you determine these equivalencies;
as well as give the required approval.
Please refer back to the section on Undergraduate
Transfer Student Advising.
Transfer courses are not officially accepted
for use toward the major or as prerequisites
until transcripts are received by the
Department. Unofficial transcripts are
acceptable for the Department, but official
school transcripts are required by CSUF
for graduation evaluation. (See Nearing
Graduation above.)

Computer
Science Core
The core courses cover topic areas of
both theoretical and practical interest
to all Computer Science majors. These
courses are divided into the lower division
core and the upper division core.
Prior to any core courses, you must take
CPSC 103 and CPSC 121, or have received
an exemption. Please refer back to the
section on Placement Examinations for
additional information.
| Lower Division Core
(16 units) |
| Course |
Description |
Units |
| CPSC
131 |
Data
Structures Concepts |
3 |
| CPSC
223V |
C++
Programming |
3
|
| CPSC 231 |
File System
Concepts |
3 |
| CPSC 240 |
Computer
System Architecture I |
3 |
| CPSC 241 |
Low-Level
Language Systems |
3 |
| CPSC 253U |
Workshop
in Unix |
1 |
| Upper Division Core
(21 units) |
| Course |
Description |
Units |
| CPSC
321 |
High-Level
Language Concepts |
3 |
| CPSC
331 |
Data
Structures and Algorithm Analysis |
3
|
| CPSC 351 |
Operating
System Concepts |
3 |
| CPSC 375 |
Problem
Solving Strategies |
3 |
| CPSC 423 |
Language
Processor Techniques |
3 |
| CPSC 440 |
Computer
System Architecture II |
3 |
| CPSC 461
|
Software
Engineering Techniques |
3 |
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General Education
Your education at CSUF cannot be confined
to the Computer Science building. In order
to earn any bachelors degree, you must
venture forth to the rest of the campus
and achieve a General Education. A minimum
of 51 semester units of general education
courses must be selected from an approved
list and taken for a letter grade. For
transfer students, at least nine units
of general education must be earned in
residence at CSUF. Additionally, at least
nine units of General Education courses
must be taken at the upper division level
(courses in the 300's and 400's) after
you have reached junior standing. Junior
standing is achieved upon having completed
60 units total.
There are many options available in fulfilling
the University General Education requirements.
The CSUF Catalog has a chapter specifically
about general education. Academic Advising,
room UH-179, has advisors who can help
you concerning specific problems that
you may have in understanding and meeting
the requirements.
| Mathematics |
| You are required to
take the following mathematics classes: |
| Course |
Description |
Units |
| MATH
150A,B |
Analytic
Geometry and Calculus |
4,4 |
| MATH
270A,B |
Mathematical
Structures |
3,3 |
| MATH 338 |
Statistics
Applied to Natural Sciences |
3 |
NOTE: You must demonstrate qualifications
before you may enroll in Mathematics 150A.
Please refer to the prior section about
the Mathematics Qualifying Examination
(MQE) for additional information.
| Science |
| You must take one of
the following two biology courses: |
| Course |
Description |
Units |
| BIOL
101 |
Elements
of Biology |
3 |
| |
OR |
|
| BIOL 131
|
Principles
of Biology |
3 |
| One
series of the following three physical
sciences: |
| PHYS 225,
225L |
Fundamental
Physics: Mechanics |
3, 1 |
| PHYS 226,
226L |
Fundamental
Physics: Electricity and Magnetism |
3,1 |
| |
OR |
|
| CHEM 120A |
General
Chemistry |
5 |
| CHEM 125 |
General
Chemistry for Engineers |
3 |
| |
OR |
|
| GEOL 101,
101L |
Physical
Geology |
3,1 |
| GEOL 201 |
Earth
History |
4 |

General Education Plan B Framework
Plan B is a general education study plan
framework that is used by most students.
Detailed information is available in the
CSUF Catalog chapter on General Education,
and in the current Class Schedule. Following
is a recommended set of courses, under
Plan B, which complement your computer
science studies. It includes the aforementioned
required mathematics and science courses.
If you are not following Plan B, please
disregard this framework.
Recommended General Education Courses
(Plan B)
For Computer Science Majors
(Complies with requirements of Catalog
1987/88 - present)
| Basic
Subjects |
| ORAL COMMUNICATION |
| Course
Description |
Units |
| Speech
102 |
3 |
| WRITTEN
COMMUNICATIONS |
| English
101 * |
3 |
| CRITICAL
THINKING |
| Speech
235 or Philosophy 200 |
3,3 |
| Historical
and Cultural Foundations |
| THE DEVELOPMENT
OF CIVILIZATION |
| History
110A, 110B |
3,3 |
| AMERIAN
HISTORY, INSTITUTIONS AND VALUES |
| 1. American
History American Studies 201 |
3 |
| 2. Government
Political Science 100 |
3 |
| Disciplinary
Core Courses |
| MATHEMATICS
AND NATURAL SCIENCES |
| 1.
Physical Science* |
8 |
|
Physics 225, 225L, 226, and 226L |
| or |
| Chemistry
120A and 125 |
| or |
| Geology
101, 101L and 201 |
| 2.
Biological Science * |
3 |
| Biology
101 |
| or |
| Biology
131 |
| 3.
Alternative in Natural Sciences and
Mathematics |
3 |
| Mathematics
338 |
| 4.
Mathematics * |
4 |
| Math
150A |
| ARTS
AND HUMANITIES |
| 1.
Introduction to the Arts |
3 |
| Music
101 |
| or |
| Art
101 |
| 2.
Introduction to the Humanities |
3 |
| Philosophy
310 |
| SOCIAL
SCIENCES |
| 1.
Introduction to the Social Sciences |
3 |
| Economics
100 |
| Implications,
Explorations and Lifelong Learning |
| IMPLICATIONS
AND EXPLORATIONS |
| 1.
Implications/Explorations/Participation
Experience |
3 |
| Choose
any course in this GE Category |
| 2.
Implications and Explorations in the
Social Sciences |
3 |
| American
Studies 301 |
| LIFE-LONG
LEARNING |
| Kinesiology
342 |
3 |
| |
| *
These courses are also required for
the major. |
| NOTE:
IV.A.2 (American Studies 301) satisfies
the cultural diversity course requirement. |
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Upper Division
Writing Requirement and Examination
Cal State Fullerton requires every bachelor
degree candidate to take an upper division
writing course and the English Writing
Proficiency (EWP) examination. The EWP
consists of two parts, a test of Standard
Written English, and a written essay.
CPSC 311 meets this University course
requirement and is to be taken during
the same semester as the EWP examination.
This is to be completed prior to your
senior year and as a prerequisite for
CPSC 461.
You may retake the examination until
you pass it. A limited number of students
who fail two or more times may take English
199 - Intensive Writing Review. This course
does not count towards graduation, nor
will it satisfy the upper-division writing
requirement, but is equivalent to passing
the EWP.
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Elective
Track Requirements
Computer Science is an extremely broad
field, and nobody can learn every aspect
of it. As such, you must select an elective
track aimed at your specific career goals.
There are four tracks to choose from:
 |
Systems Programming |
 |
Scientific Computing |
 |
Commercial Programming |
 |
Information Systems |
These standard tracks can fit into most
career goals, and all meet the same general
requirements. These requirements consist
of:
 |
12 units of upper division
technical electives, only three of
which may be selected from courses
CPSC 490 - 499 |
 |
3 units of scientific/quantitative
studies. |
 |
9 units of undesignated
units, which form a coherent body
of knowledge, generally from courses
numbered 200 level or higher |
| Systems
Programming Elective Track |
| The systems programming
emphasis will prepare you for a career
in the design and maintenance of software
written in software houses, computer
vendors, and large user organizations. |
Technical Electives |
| Course |
Description |
Units |
| CPSC
361 |
Software
Design Concepts |
3 |
| CPSC
431 |
Database
Systems |
3
|
| AND |
any approved
upper division (300/400) level CPSC
Courses |
6 |
Science/Quantitative Elective |
| Description |
Units |
| Any,
advisor approved, course from the
Science/Quantitative list at the end
of Elective Track Requirements section |
3 - 4 |
Undesignated
Electives |
| All
systems Programming track students
must take: |
| Course |
Description
|
Units |
| CPSC 223A |
Ada Programming |
3 |
| In
addition, you must choose courses
from one of the following combinations |
Any
200 level Computer Science workshop
Course (1 - 3 units)
Any upper Division (300/400) Computer
Science Course(s) (3 - 5 units) |
6 min |
| or |
| Any
upper division (300/400) Computer
Science Courses |
6 |
| or |
| A
two-course sequence outside of Computer
Science, such as: |
6 min |
| ACCT 201A,B |
Financial
Accounting |
3,3 |
| ART 103,
223A |
2D Design,
Lettering & Typography |
3,3 |
| MATH 250A,B |
Intermediate
Calculus |
4,4 |
| PHIL (or
MATH) 368, 369 |
Symbolic
Logic |
3,3 |
| Scientific
Computing Elective Track |
| The scientific computing
track will acquaint you with the tools
necessary for programming mathematically
intensive applications. As a bonus,
completing this track automatically
qualifies you for a minor in mathematics. |
Technical Electives |
| Course |
Description |
Units |
| MATH 340 |
Numerical
Analysis |
3 |
| CPSC 435 |
Parallel
Processing |
3 |
| ...
and either |
| Any
approved upper division (300/400)
level CPSC Courses |
6 |
| or |
| MATH 440 |
Advanced
Numerical Analysis |
3 |
| And
any approved upper division (300/400)
level CPSC course |
3 |
| **
NOTE ** MATH 440 is not offered every
semester. Be sure to plan ahead and
consult the Mathematics Department
for information needed |
Science/Quantitative Electives |
| Course |
Description |
Units |
| MATH 370
|
Mathematical
Model Building |
3 |
Undesignated Electives |
| Course |
Description |
Units |
| CPSC 223F |
FORTRAN
Programming |
1 |
| MATH 250A |
Intermediate
Calculus |
4 |
| MATH 250B |
Introduction
to Linear Algebra & Differential
Equations |
4 |
| Commercial
Programming Elective Track |
| The commercial programming
track will acquaint you with the tools
necessary for programming business
oriented applications. |
Technical Electives |
| Course |
Description |
Units |
| CPSC 341 |
Client
/ Server Systems |
3 |
| CPSC 431 |
Database
Systems |
3 |
| And
any approved upper division (300/400)
level CPSC courses |
6 |
Science/Quantitative
Electives |
| Any,
advisor approved course from the Science/Quantitative
list at the end of Elective Track
Requirements section. |
3 - 4 |
Undesignated
Electives |
| Course |
Description |
Units |
| CPSC 223N
C# |
Programming
using Microsoft .NET |
3 |
| CPSC 223H |
Visual
BASIC Programming |
3 |
| ACCT 201A
|
Financial
Accounting |
3 |
| **
NOTE ** Accounting courses are often
very crowded. Be sure to plan ahead
and register early. |
| Information
Systems Elective Track |
| The information system
track will prepare you for a career
in the growing field of information
acquisition, management and delivery. |
Technical Electives |
| Course |
Description |
Units |
| CS 431 |
Database
Systems |
3 |
| CS 433 |
Data Security
and Encryption Techniques |
3 |
| and
any advisor approved (300/400) level
CPSC courses |
6 |
Science/Quantitative
Electives |
| Any,
advisor approved, course from the
Science/Quantitative list at the end
of Elective Track Requirements section. |
3 - 4 |
Undesignated
Electives |
| Course |
Description |
Units |
| CS 223N
C# |
Programming
using Microsoft .NET |
3 |
| or |
| CS 223H |
Visual
Basic Programming |
3 |
In
addition, you must pick 6 units from
the following list:
(one course must be at the 400 level) |
| CS 286 |
Technology
Based Graphical Communication |
3 |
| CS 303 |
Multimedia
Concepts |
3 |
| CS 341 |
Client/Server
Systems |
3 |
| CS 457 |
Computer
Communications |
3 |
| CS 465 |
Principle
of Computer Graphics |
3 |
| CS 477 |
Cybernetics
and Information Theory |
3 |
| Science/Quantitative
Electives |
For
System, Commercial, and Information
Systems |
| Course |
Description |
Units |
| BIOL 241 |
Principles
of Botany |
4 |
| BIOL 261 |
Principles
of Zoology |
4 |
| CHEM 315 |
Theory
of quantitative Chemistry |
3 |
| EGEE 425 |
Introduction
to Systems Engineering |
3 |
| GEOG 385 |
Quantitative
Geography |
3 |
| GEOL 120,
120L |
Introduction
to Earth Science / Lab |
4 |
| GEOL 322 |
Principles
of Paleontology |
3 |
| GEOL 333 |
General
Oceanography |
3 |
| GEOL 335 |
General
Hydrology |
3 |
| GEOL 376 |
Applied
Geology |
3 |
| GEOL 380 |
Geologic
Field Techniques |
4 |
| GEOL 470 |
Environmental
Geology & Planning |
4 |
| KNES 349 |
Measurement
and evaluation in Physical Education |
3 |
| MATH 335 |
Mathematical
Probability |
3 |
| MATH 370 |
Mathematical
Model Building |
3 |
| MSIS 361B |
Quantitative
Business Analysis |
3 |
| PHYS 200 |
Introduction
to Astronomy |
4 |
| PHYS 226,
227L |
Fundamental
Physics: Waves, Optics & Modern
Physics / Lab |
4 |
| PHYS 380 |
Methods
of Experimental Physics |
3 |
| POSC 407 |
Quantitative
Methods in Political Science |
3 |
| PSYC 202 |
Research
Methods in Psychology |
3 |
| SOCI 302 |
Social
Research Methods |
3 |
| SPCH 308 |
Quantitative
Research Methods |
3 |
| **
NOTE ** Many of these courses have
prerequisites. It is often possible
to choose your General Education Electives
in such a way as to meet the prerequisites
foro your quantitative elective. |
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