Computer Science, BS

Introduction

The computer science program at Pacific University is characterized by small classes, close interaction with the faculty, and a deep yet broad curriculum rarely encountered at a small university. To prepare students for a discipline that is constantly changing, the curriculum integrates a variety of programming languages in a manner that emphasizes a thorough understanding of language structure. The student experience culminates with a two-semester software engineering capstone sequence that results in a substantial piece of original software. The confidence and knowledge gained from the program allows each student to pursue either a graduate education in computer science or immediate employment with such industry leaders as Intel, Microsoft and Google.

The computer science program maintains common goals for all of its students (majors, minors, and others). Students in our courses learn strategies for abstract problem solving, gain a basic understanding of computers and the broad implications of their use and have the opportunity to hone their computational skills.

Baccalaureate Degree Core

Baccalaureate Core & Other Graduation Requirements

Major Requirements

Required Courses

Complete all of the following:

MATH 226 - Calculus I 4 credit(s)
CS 150 - Introduction to Computer Science I 4 credit(s)
CS 200 - Discrete Structures 4 credit(s)
CS 250 - Introduction to Computer Science II 4 credit(s)
CS 300 - Data Structures 4 credit(s)
CS 380 - Algorithm Design and Analysis 4 credit(s)
CS 445 - Introduction to Database Systems 4 credit(s)
CS 485 - Advanced Object Oriented Design 4 credit(s)
CS 493W - Software Engineering I 2 credit(s)
CS 494 - Software Engineering II 2 credit(s)
CS 498 - Senior Capstone 2 credit(s)

App Development Courses

Complete four credits from the following:

CS 325 - Mobile Development 4 credit(s)
CS 390 - Web Design & Development 4 credit(s)

Systems Courses

Complete four credits from the following:

CS 435 - Computer Security 4 credit(s)
CS 460 - Operating Systems 4 credit(s)

Electives

Complete four credits from the following:

Any 300-level or above CS course that is not used to satisfy the sections above*
CS 360 - Special Topics 4 credit(s) **
MATH 206 - Computational Linear Algebra 4 credit(s)
MATH 306 - Linear Algebra 4 credit(s)
PHY 364 - Electronics 4 credit(s)

Total: 50 Credits

* CS 475 Internship credits do not count as electives in this section, but the credits do count as upper division credits.
** Note: CS 360 may be counted twice as an elective as long as the topics are different.

Restrictions:

At least 24 credits of upper-division Computer Science courses must be taken from Pacific University (credit by examination not acceptable).
At most, 1 course passed with a grade below C- may count toward the Computer Science major.
All courses in the Software Engineering sequence (CS 493W , CS 494 ) must be passed with a grade of C or better.

Other notes:

Students with a 4 or 5 on the AP Computer Science (A) test are considered to have completed the equivalent of CS 150 and receive 4 credits in Computer Science.
If considering graduate studies, CS majors are encourage to take additional courses in Mathematics, particularly MATH 206 - Computational Linear Algebra and MATH 207 - General Elementary Statistics

Program Details

Program Length

Four years for a complete BS degree. Two years for students transferring in with an AAOT degree. Program length may vary depending upon the student’s course load and academic progress.

Program Learning Outcomes

Demonstrate a fundamental understanding of computation and programming.
Apply strategies for abstract problem solving
Discuss the theoretical basis of the mathematics and symbolic concepts that underlie computing.
Apply knowledge through the design and implementation of a large scale computer application.
Be able to communicate in a collaborative environment, present ideas, and document work at all stages of software development.
Identify the skills necessary to become a lifelong learner in the rapidly changing field of Computer Science.

Undergraduate Admission

Undergraduate Admission Requirements