COMPUTER ENGINEERING Plan of Study **
meet ANNIE THOMPSON computer engineering
FALL
SPRING
FYEX : Foundation for College Success
Hometown: St. Paul, Minnesota
ENGR 100 : (FYE) Introduction to Engineering Design
Degree: Computer engineering
ENGR 175 : Introduction to Electrical & Computer Engineering
PHYS 211 : Classical Physics I
Describe yourself in three words: Curious, passionate and hardworking
MATH 113 : Calculus I
MATH 114 : Calculus II
CISC 130: Introduction to Programming and Problem Solving in the Sciences
ENGR 230 : Digital Design (lab)
Where to find you on a Sunday afternoon: I’m a Vikings fan so I watch football, but during the off-season I’m usually outside somewhere hiking or fishing. Why engineering: I was an English major as a freshman. I looked at the Engineering New Student Guide and I liked the classes for this major. My grandpa was an engineer and was a pilot in World War II. I also like the show “The X-Files” in which Dana Scully is written as a positive role model for women and I like solving problems. Best thing about your computer engineering major: I loved the diversity of what I studied. I also loved the small class sizes and the access to the professors. To me, computer engineering is the best as I get to do both software and electrical engineering. What are you doing now: I’m currently at 3M in the Data Science and Analytics lab working as a software developer.
CORE: Requirement
CORE: Requirement
J-TERM*
SUMMER
CORE: Requirement
ENGR 240 : Circuit Analysis (Lab)
CISC 230 : Object-Oriented Design and Programming
ENGR 330 : Microprocessor Architectures
ENGR 331 : Designing with Microprocessors (Lab)
PHYS 212 : Classical Physics II
MATH 210 : Introduction to Differential Equations and Systems
CORE: Requirement
CORE: Requirement
J-TERM*
SUMMER
CORE: Requirement
ENGR 345 : Electronics I (Lab)
ENGR 432 : Current Trends in Computing Systems
ENGR 431 : Design of Embedded Systems (Lab)
CISC 231: Data Structures using Object-Oriented Design (Lab)
MATH 128 : Introduction to Discrete Mathematics
ENGR/CISC XXX: Elective 1
CORE: Requirement
CORE: Requirement
J-TERM*
SUMMER
ENGR 480 : Engineering Design Clinic I
ENGR 481 : Engineering Design Clinic II
MATH/SCI XXX : Elective 1
MATH/SCI XXX : Elective 2
ENGR/CISC XXX : Elective 2
CORE: Requirement
CORE: Requirement
CORE: Requirement
J-TERM*
SUMMER
*
January Term
** This is one snapshot of how the plan of study for this major can look. Plans of study for Math 108/109 sequence, semester and/or J-Term abroad, and for ROTC students are available. Please meet with your adviser to personalize your plan. Arrow indicates that the two courses can be interchanged.
10 stthomas.edu/engineering
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