Computer Engineering, BS, Two-Year Plan
Transfer plan for the Bachelor of Science in Computer Engineering
Sample Plan for New Students
This example assumes that you enter Seattle University with junior standing (90 credits), have earned a transferable associate degree, and have successfully completed:
- A full year each of calculus and calculus-based physics, one quarter each of multivariable calculus, linear algebra, differential equations, circuits, and two quarters of computer programming.
- An additional 4 credits of ECEGR/CPSC elective.
Important Major Information
- Credits in Major: 73
- Credits in UCOR: 15
- Math Credits: 5
- Minimum Credits taken: 90
- Minimum Credits for Graduation: 180
- Minimum Cumulative GPA: 2.5
- Minimum Major GPA: 2.5 (some scholarships may require higher)
Resources for Success
- Map out your plan through MySeattleU.
- Meet with a Career Coach from the Career Engagement Center.
- Sign up for academic support with Learning Assistance Programs.
- Learn more about academic advising on the Advising Services page.
Two-Year Plan for Students with Junior Standing
| Course | Fall | Winter | Spring |
|---|---|---|---|
| Course 1 | *ECEGR 3110 – Electrical Circuits II (5) | *ECEGR 3120 – Semiconductor Devices & Circuits (5) | *ECEGR 3710 – Signals & Systems (4) |
| Course 2 | *ECEGR 3111 – Laboratory I: Circuits (2) | *ECEGR 3121 – Laboratory II: Electronics (2) | *ECEGR 3711 – Signals & Systems (2) |
| Course 3 | *ECEGR 1200 – Digital Operations & Computations (4) | *ECEGR 2210 – Programmable Devices (2) | *ECEGR 2220 – Microprocessor Design (4) |
| Course 4 | *CPSC 2430 – Data Structures (5) | *MATH 2310 – Probability & Statistics for Science & Engineering (5) | *UCOR 2XXX – University Core (5) |
Year 1 Steps for Success
- Meet with your academic advisor quarterly for registration approval.
- Meet with Industry Advisor.
- Apply for internships/research opportunities.
- Attend networking events, seminars, and/or join a club.
| Course | Fall | Winter | Spring |
|---|---|---|---|
| Course 1 | *ECEGR 4870 – Engineering Design I (3) | *ECEGR 4880 – Engineering Design II (4) | *ECEGR 4890 – Engineering Design III (3) |
| Course 2 | *ECEGR 4750 – Machine Learning I (5) | *ECEGR/CS Elective (4) | *ECEGR 4620 – Data Communication Networks (4) |
| Course 3 | *UCOR 2XXX – University Core (5) | *ECEGR 3210 – Embedded Systems (5) | *CPSC 3500 – Computing Systems (5) |
| Course 4 | CEEGR 3020 – Global Engineering Economics (3) | *UCOR 2XXX – University Core (5) |
Year 2 Steps for Success
- Meet with your academic advisor and Industry Advisor.
- Take the FE exam in fall or winter.
- Submit graduation plan and apply for graduation.
- Apply for jobs/internships.
University Core Requirements
UCOR classes are listed in the sample plan by module. Below are UCOR course titles listed by Module:
- Satisfied in Major: Module I
- UCOR 1100 Academic Writing Seminar
- UCOR 1200 Quantitative Thinking
- UCOR 1300 Creative Expression & Interpretation
- UCOR 1400 Inquiry Seminar in the Humanities
- UCOR 1600 Inquiry Seminar in the Social Sciences
- UCOR 1800 Inquiry Seminar in the Natural Sciences
- Module II
- UCOR 2100 Theological Explorations
- UCOR 2500 Philosophy of the Human Person
- UCOR 2900-2940 Ethical Reasoning
- Module III
- UCOR 3100 Religion in a Global Context
- UCOR 3400 Humanities and Global Challenges
- Satisfied in Major: UCOR 3600 Social Sciences and Global Challenges
- UCOR 3800 Natural Sciences and Global Challenges
Use MySeattleU Student Planning to plan your courses and work closely with your academic advisor on your educational plan. You are responsible for tracking changes and ensuring you meet all degree requirements.
Contact your Advising Center for support:
Science & Engineering Advising - se-adv@seattleu.edu
Seattle U Advising Services: seattleu.edu/advising