91³Ô¹Ï

A.S. Engineering/B.S. Computer Engineering 2018-19

ADVANCE Program Milestones

  1. Students must take SDV 100 or SDV 101 in the first semester at 91³Ô¹Ï.
  2. Students must begin Developmental coursework in the first semester in ADVANCE at 91³Ô¹Ï.
  3. Students must take first college-level MTH course and ENG 111 in the semester immediately following the completion of any MTE or ENF courses (excluding summer).
  4. In the first 30 credits, students must:
    1. Complete ENG 111 and ENG 125 with a C or better.
    2. Complete the first college-level MTH course with a C or better.
    3. Engineering students must begin the calculus sequence and complete Calculus I and II with a B or better.
  5. Students must complete at least six degree-applicable credits with a C or better each fall and spring semester.
  6. Students must maintain a 2.5 cumulative GPA

91³Ô¹Ï DEGREE REQUIREMENT SEQUENCE

Credits

Courses

MASON TRANSFER EQUIVALENT

MASON CORE/DEGREE EQUIVALENT
1 SDV Course 1

SDV 100 College Success Skills OR

SDV 101 Orientation to Engineering

 UNIV 100 ELECTIVE
2 ENG 111 3 ENG 111 College Composition I ENGH 101 Written Comm
3 Social/Behavioral Sciences #1 3

HIS 101 History of Western Civilization I OR

HIS 102 History of Western Civilization II OR

HIS 112 History of World Civilization II

HIST 101

HIST 102

HIST 125

 Western Civ
4 MTH 263 4 MTH 263 Calculus I MATH 113 Quant
5 EGR 120 2 EGR 120 Introduction to Engineering ENGR 107 DEGREE
6 CST Course 3

CST 100 Principles of Public Speaking OR

CST 110 Introduction to Communication OR

CST 126 Interpersonal Communication

COMM 100

COMM 101

COMM 101

 Oral Comm
7 Technical Elective #1 4 CSC 201 Computer Science I CS 112 DEGREE
8 ENG Course 3 ENG 125 Introduction to Literature ENGH 201 Literature
9 MTH 264 4 MTH 264 Calculus II MATH 114 DEGREE
10 Humanities/Fine Arts #1 3

ART 101 History and Appreciation of Art I OR

ART 102 History and Appreciation of Art II OR

CST 130 Introduction to Theatre OR

CST 151 Film Appreciation I OR

MUS 121 Music Appreciation I

ARTH 200

ARTH 201

THR 101

ENGH L372

MUSI 101

 Arts
11 Social/Behavioral Sciences #2 3 ECO 202 Principles of Microeconomics ECON 103 Soc/Behav
12 MTH 265 4 MTH 265 Calculus III MATH 213 DEGREE
13 Technical Elective #2 4 CSC 202 Computer Science II CS 211 DEGREE
14 Technical Elective #3 3 EGR 251 Basic Electric Circuits ECE 285 DEGREE
15 PHY 231 5 PHY 231 General University Physics I PHYS 160-161-266 NAT SCIENCE
16 Humanities/Fine Arts #2 3

REL 100 Introduction to the Study of Religion OR

REL 231 Religions of the World I

RELI 100

RELI 212

 Global
17 Technical Elective #4 3 ECE 101 Intro to Electrical and Computer Engineering ECE 101 DEGREE
18 PHY 232 5 PHY 232 General University Physics II PHYS 260- 261-XXX NAT SCIENCE
19 Technical Elective #5 3 EGR 252 Basic Electric Circuits II See #20 DEGREE
20 Technical Elective #6 1 EGR 255 Electric Circuits Laboratory ECE 286 & ECEXXX DEGREE
21 MTH 267 3 MTH 267 Differential Equations MATH 214 DEGREE

A. S. ENGINEERING DEGREE TOTAL

67

Students must choose one of the four technical specializations:

Robotics and Embedded Systems, Computer Networks, Signal Processing, Integrated Circuits

MASON DEGREE REQUIREMENT SEQUENCE

Credits

Course

MASON CORE/DEGREE

EQUIVALENT
22 Computer Science 3 CS 222 Computer Programming for Engineers DEGREE
23 Mathematics and Statistics 3 MATH 125 Discrete Math DEGREE
24 Mathematics and Statistics 3 MATH 203 Linear Algebra DEGREE
25 Computer Engineering 3 ECE 220 Signal and Systems I DEGREE
26 Computer Engineering 4 ECE 331 Digital System Design ANDECE 332 Digital Electrical and Logic Design Lab DEGREE
27 Gen Ed: Written Communication (Upper level) 3 ENGH 302 Advanced Composition (Natural Science Section) Written Comm
28 Computer Engineering 4 ECE 333 Linear Electronics I ANDECE 334 Linear Electronics Lab I DEGREE
29 Computer Engineering 3 ECE 445 Computer Organization DEGREE
30 Computer Engineering 3 ECE 201 Intro to Signal Analysis DEGREE
31 Computer Science 3 CS 310 Data Structures DEGREE
32 Mathematics and Statistics 3 STAT 346 Probability for Engineers DEGREE
33 Computer Science 3 CS 471 Operating Systems DEGREE
34 Physics 3 PHYS 262 University Physics III DEGREE
35 Computer Engineering 4 ECE 448 FPGA and ASIC Design w/ VHDL DEGREE
36 Technical Electives 3 Technical Elective** DEGREE
37 Computer Engineering 4 ECE 447 Single-Chip Microcomputers DEGREE
38 Computer Engineering 1 ECE 491 Engineering Seminar DEGREE
39 Computer Engineering 1 ECE 492 Senior Advanced Design Project I DEGREE
40 Technical Electives 3 Technical Elective** DEGREE
41 Technical Electives 3 Technical Elective** DEGREE
42 Computer Engineering 2 ECE 493 Senior Design Project II DEGREE
43 Computer Engineering 3 ECE 465 Computer Networking Protocols DEGREE

B.S. COMPUTER ENGINEERING DEGREE TOTAL

132

Denotes a course that must be taken at George Mason University. Please see your Success Coach to enroll.

*All associated lab courses must be "in-person". Hybrid or online formats will not be accepted.

**For approved Technical Electives, please visit - https://catalog.gmu.edu/colleges- schools/engineering/electrical-computer/computer-engineering-bs/#requirementstext

For academic policies and procedures, please see Mason catalog - https://catalog.gmu.edu/policies/

Students seeking a bachelor's degree must apply at least 45 credits of upper-level courses (numbered 300 or above) toward graduation requirements