SAN FRANCISCO STATE UNIVERSITY
COMPUTER ENGINEERING STUDENT PLANNING WORKSHEET
This worksheet centralizes information pertaining to your progress towards graduation, including contact information,
course planning, and transfers. You should keep an updated copy of this worksheet in your folder in the engineering
office. Privacy note: By law, all student information and grades are kept strictly confidential and are only accessed by
authorized personnel of the School of Engineering.
Student Information
Student ID #:
Male
Female
Name:___________________________________________________________________________________________
LAST
FIRST
MI
Main address where official mail may be sent:
___________________________________________________________________________________
STREET
___________________________________________________________________________________
CITY
__________________________
______________
STATE
ZIP
(________)______________________
PHONE
______________________________________
E-MAIL
Alternate address (i.e. work/parents):
___________________________________________________________________________________
STREET
___________________________________________________________________________________
CITY
__________________________
______________
STATE
ZIP
(________)______________________
PHONE
______________________________________
E-MAIL
Term/Year entered SFSU: ____________________
Transfer Student?
Term/Year you expect to graduate: ___________________
If yes, are your transfer credits evaluated?
Graduation plan O.K.?
Advising Information
Advisor Name
Approval Signature
Term Year
Comments
Required Courses
•
•
•
•
•
15 units of mathematics, 8 units of physics, 3 units of chemistry,
21 units of lower division engineering and computer science courses and 46 units of required upper division courses,
6 units of elective courses and 33 units of General Education courses (for Engineering Track)
Course prerequisites are strictly enforced. Students not meeting the prerequisites can be administratively dropped.
All required lower division courses must be passed before upper division courses can be taken
Required Math and Science Lower Division Courses
Course
Number
CHEM 180
Course Name
Units
Grade
SFSU or
Transfer
Term Yr
Prerequisite
Chemistry for the Energy and
the Environment
3
MATH 226
Calculus I
4
MATH 227
Calculus II
4
550 or above on Entry Level Math (ELM) exam or
approved exemption, or MATH 70 and satisfactory
score on chemistry placement exam.
Successful completion of ELM requirement; MATH
109 or equivalent.
MATH 226
MATH 228
MATH 245
Calculus III
Elementary Differential
Equations & Linear Algebra
General Physics with Calculus
I & Lab
General Physics with Calculus
II & Lab
4
3
MATH 227
MATH 228
4
High school physics or equivalent; MATH 226;
PHYS 222♥; MATH 227♥
PHYS 220 and MATH 227; PHYS 232♥
PHYS
220/222
PHYS
230/232
4
 = Course must have been passed with a grade of C or better
Required Lower Division Courses for Computer Engineering
ENGR
Course Name
ENGR 100
ENGR 121
Introduction to Engineering
Gateway to Computer
Engineering
Electric Circuits
Circuits and Instrumentation Lab
Introduction to Computer
Programming
Introduction to Unix/Linux for
Engineers
Introduction to C Programming
for Engineers
Data Structures
Discrete Mathematics
ENGR 205
ENGR 206
CSC 210
ENGR 212
ENGR 213
CSC 220
CSC 230
Units
Grade
SFSU or
Transfer
Term Yr
F,S
1
1
Prerequisite
F,S
High school algebra and trigonometry
High school algebra and trigonometry
3
1
3
F,S
F,S
PHYS 230; MATH 245♥; ENGR 206♥
ENGR 205♥
2
F,S
Consent of instructor
3
S
MATH 226
CSC 210, MATH 226, MATH 227♥ or 
CSC 210, MATH 226, MATH 227♥ or 
3
3
Required Upper Division Courses for Computer Engineering
ENGR
Course Name
ENGR 300
ENGR 301
Engineering Experimentation
Electronics Laboratory
ENGR 305
Units
Grade
SFSU or
Transfer
Term Yr
Prerequisite
3
1
F, S
F
ENGR 205; ENGR 206; ENGLISH 214
ENGR 206; ENGR 353♥
Linear Systems Analysis
3
F, S
ENGR 205; MATH 245
CSC 340
ENGR 353
ENGR 356
ENGR 357
Programming Methodology
Microelectronics
Digital Design
Digital Design Laboratory
3
3
3
1
F, S
F
F, S
F, S
CSC 220, CSC 230, MATH 227
ENGR 205, 206, 301♥
ENGR 205
ENGR 356♥
ENGR 378
Digital Systems Design
3
F
CSC 413
Software Development
3
F, S
ENGR 451
Digital Signal Processing
4
S
ENGR 305; ENGR 213 or ENGR 290 (Matlab)
ENGR 456
Computer Systems
3
F
ENGR 356; ENGR 213 or CSC 210
ENGR 476
3
S
ENGR 356; ENGR 213 or CSC 210
ENGR 478
Computer Communication
Networks
Design with Microprocessors
4
S
ENGR 696
Engineering Design Project I
1
F, S
ENGR 356; ENGR 213 or CSC 210
Complete 21 upper division CompE units
ENGR 697
Engineering Design Project II
2
F, S
ENGR 696
ENGR 356
CSC 340
 = Engineering Course must have been passed with a grade of C- or better,  = CSC Course must have been passed with a grade of C or better
♥ = Course must either be completed or taken concurrently
Elective Courses



A minimum of 6 upper division elective units is required and must be completed at SFSU.
Upper division courses must have been taken within five years of graduation.
Students with GPA of 3.0 or better may take graduate courses from this list with approval from advisor or Program
Head: ENGR 844, 848, 849,851, 852, 853, 854, 856,869.
Elective Upper Division Courses for Computer Engineering
ENGR
Course Name
ENGR 306
ENGR 350
ENGR 442
ENGR 446
ENGR 447
ENGR 449
ENGR 453
ENGR 454
ENGR 491
CSC 415
CSC 510
ENGR 610
CSC 620
CSC 630
CSC 635
CSC 640
CSC 642
CSC 645
CSC 650
CSC 665
CSC 667
CSC 668
Grade
Electromechanical Systems
Introduction to Engineering
Electromagnetics
Operational Amplifier Systems Design
Control Systems Laboratory
Control Systems
Communications
Digital Integrated Circuit Design
High Speed Circuit Board Design
Real-time Digital Signal Processing
Operating Systems Principles
Analysis of Algorithm I
Engineering Cost Analysis
Natural Language Technologies
Computer Graphics System Design
Software Techniques for Computer
Music
Software Engineering
Human Computer Interaction
Computer Networks
Secured Networked Systems
Artificial Intelligence
Internet Application Design and
Development
Object Oriented Programming
Units
3
3
3
1
3
3
4
3
4
3
3
3
3
3
3
3
3
3
3
3
3
3
ENGR 8XX▪
Units Completed
Minimum Required
6
SFSU or
Transfer
Term Yr
Prerequisite
F,S
ENGR 205
MATH 245, PHYS 240
S
S
F,S
F,S
F
S
F
F
ENGR 305,
ENGR 447♥
ENGR 305
ENGR 305
ENGR301, 353, 356
ENGR 353, ENGR 350
ENGR 213, ENGR 451
PHYS 230, 232, CSC 310, CSC 313,
MATH 324
CSC 313, MATH 324, MATH 325
ENGR 103 OR ENGR 213 and Math 227
CSC 413
CSC313 , MATH 325
CSC 413 or consent of instructor
CSC 413 or consent of instructor
CSC 413
CSC 415
CSC 415 or consent of instructor
CSC 413
CSC 415 or consent of instructor
CSC 413, senior or graduate standing, or
consent of instructor
 = Engineering Course must have been passed with a grade of C- or better
 = CSC Course must have been passed with a grade of C or better
♥ = Course could be taken concurrently
Graduation Requirements
Passed library requirement
Completed GE Worksheet
Program Planning
Term
Year
Course Numbers
Transferred Courses
Students wishing to transfer Math, Science, Computer Science and Engineering courses from other educational
institutions should complete this form and see the Program Head of Electrical Engineering in their first term of residence
at SFSU. If you haven't done your transfer credit evaluation with the Program Head, you may not be able to enroll in
courses with prerequisites, so do it now!
• Students transferring lower division courses from other schools in California only need bring a copy of their DARS
and/or transcripts (official or unofficial) and this form.
• Transfers of upper division courses and transfers from out-of-state institutions are evaluated on a case-by-case basis.
Students wishing to make such transfers should bring a copy of the Advanced Standing Evaluation (ASE) from SFSU,
as well as all relevant supporting material, including course syllabi, books, notes, etc.
Students must complete at least 30 units of coursework at SFSU, including 24 units of upper division courses. Twelve
units (upper or lower division) must be in the Electrical Engineering major. Nine units must be Segment III GE.
Course Number
CHEM 115 or
CHEM 180
MATH 226
Course Name
General Chemistry I:
Essential Concepts of Chem.
Calculus I
MATH 227
Calculus II
MATH 228
MATH 245
Calculus III
Elementary Differential
Equations & Linear Algebra
General Physics with
Calculus I & Lab
General Physics with
Calculus II & Lab
General Physics with
Calculus III & Lab
Introduction to Engineering
PHYS 220/222
PHYS 230/232
PHYS 240/242
ENGR 100
ENGR 121
ENGR 205
Gateway to Computer
Engineering
Electric Circuits
ENGR 206
Circuits and Instrumentation
ENGR 212
CSC 220
Introduction to Unix/Linux
for Engineers
Introduction to C
Programming for Engineers
Introduction to Computer
Programming
Data Structures
CSC 230
Discrete Mathematics
ENGR 213
CSC 210
Institution
Course
Units†
Term/Year
Grade
Approval
† Express as semester units. Each quarter unit = 2/3 semester units
Examined by: ___________________________ Signed: _____________________________
Date: ______________
January 27, 2016