Accounting Anthropology Art - Seattle Pacific University

time the student satisfies many requirements for the B.S.
degree by taking the core Christian foundations, liberal arts
and prescribed courses in chemistry, physics, mathematics
and engineering. If the student then fulfills the entrance
requirements, he or she may transfer to the participating
university. At that university, the student would spend two
years in civil or mechanical engineering to complete the
second degree. Details of this 3/2 transfer program are
available from the Division of Science and Engineering.
Seattle Pacific University engineering seniors are urged to
take Washington state’s Department of Licensing
examination for engineer-in-training. Those passing the
test are certified by Washington state as licensed
engineers-in-training.
Evening Electrical and Computer
Engineering Program
In addition to the day courses, evening courses in electrical
and computer engineering make a BSEE or BSCPE degree
available for students who work full-time during the day.
Contact the director of engineering at (206) 281-2296 for
more information.
Intern Program
All engineering majors are required to do an internship
with industry or another career entity. Normally this
internship is accomplished during the summer between
their junior and senior years. In almost all cases the interns
are paid. These internships are facilitated by the director of
engineering.
Expectations of Entering Students
In addition to meeting all the general SPU admission
requirements, the high school graduate entering the
engineering program should present a high school record
showing four years of mathematics and one year of physics or
chemistry (preferably both). SAT scores of at least 1100 are
recommended. Those students entering with deficiencies
should consult an engineering advisor for a program of
preparation for the engineering curriculum. Scores higher than
1200 are given consideration for freshman engineering
scholarships. Transfer students should have at least a 2.75
transfer GPA; and a 3.0 is preferred.
Admission to the Major
Student performance during the first two years will be
used as an indicator of the student’s promise of success in
engineering. Application for admission to the major should
be made in the spring of the sophomore year. The
engineering faculty will review these applications.
Students with SPU grade-point averages below 2.5 are
normally not granted admission to the major. Transfer
students (sophomores and beyond) may apply after one full
quarter of class work (12 or more hours) in the SPU
engineering program. Students must be admitted to the
major prior to taking senior (4000-level) courses.
Humanities and Social Science
Requirement
To satisfy ABET accreditation guidelines, all engineering
students must take at least 24 credits of philosophy,
religion, history, literature, fine arts, sociology, psychology,
political science or foreign languages other than a
student’s native language(s). These courses satisfy a
general humanities and social-science accreditation
requirement. Students who take the full SPU Core and
Exploratory general education program more than meet this
requirement. However, transfer students should carefully
select their courses to insure they fulfill the 24-credit
humanities and social-science requirement both in breadth
and depth. They must see there assigned general
education advisor to insure this requirement is met.
EE majors are exempt from the foreign language
requirement.
Requirements for the Computer Engineering
(CPE) Major
(129-32 credits; 62-65 upper division)
Mathematics
MAT 1225, 1226 Calculus ................................................. 10
MAT 1228 Series and Differential Equations ................... 5
MAT 2375 Probability ......................................................... 3
MAT 2376 Statistics ........................................................... 2
MAT 2401 Linear Algebra .................................................. 3
Science
PHY 1121, 1122, 1123 Physics for
Science and Engineering ............................................... 15
Computer Science
CSC 1230 Programming ..................................................... 5
CSC 2430 Data Structures .................................................. 5
CSC 2431 Data Structures II ............................................... 5
CSC 3150 Systems Design ................................................. .5
Engineering
EGR 1401 Intro to Engineering............................................ 1
EGR 3000 Engineering Seminar .......................................... 1
EGR 3730 Engineering Design or EE 3028....................... 5,4
EGR 4740 Internship Prep. .................................................. 1
EGR 4940 Internship Report ................................................ 1
Computer Engineering
CPE 3280 Microcontroller System Design ......................... 5
CPE 3350 System Programming .......................................... 4
CPE 3760 Computer Organization
and Assembly Language .................................................. 5
CPE 4211, 4212, 4213 Microprocessor
System Design I, II, III ...................................................... 9
CPE 4760 Advanced Computer Architecture ...................... 4
Electrical Engineering
EE 1210 Introduction to Logic System Design ................... 5
EE 2726, 2727 Electric Circuits I, II ..................................... 8
EE 3721, 3722 Electronics I, II .......................................... 10
EGR 4910 Senior Portfolio .................................................. 1
Electives
Three courses from below or other approved upper division:
CPE 4150 Software Engineering ......................................... 4
CPE 4350 Operating Systems ............................................. 4
CSC 4750 Computer Networks ........................................... 4
EE 3410 Signal Analysis ..................................................... 5
EE 3550 Communication System Analysis ......................... 5
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Engineering