Elizabethtown College				Comparable Program
B.S. in Computer Engineering				Penn State B.S. in Computer Engineering
All 4-credit courses (unless noted)				All 3-credit courses (unless noted)
ELECTRICAL ENGINEERING COURSES				ELECTRICAL ENGINEERING COURSES
EGR 210 Circuit Analysis (analog circuits I)	Grave			EE 210 Circuits & Devices (4 credits)
EGR 220 Electronics (analog circuits II)	Grave			EE 310 Electronic Circuit Design  (4 credits)
EGR 310 Signals and Systems (3 credits)	McBride			EE 317 Signals & Systems
EGR 410 Control Systems (3 credits)	Grave
EGR 410L Control Systems Lab (1 credit)	P & E staff
Phys 302 Electromagnetism  (3 credits)	P & E staff
COMPUTER SCIENCE COURSES				High-Level-Language Programming
CS 121 Computer Science I	CS staff			CMPSC 201C Programming for Engineers
CS 122 Computer Science II	CS staff			CSE 120 Intermediate Programming
CS 221 Data Structures	CS staff			CSE 465 Data Structures & Algorithms
				CSE 428 Programming Language Concepts
COMPUTER ENGINEERING COUSES: Digital Design, Computer Architecture,				Digital Design, Computer Architecture,
Discrete Math, and Systems-Level Programming				Discrete Math, and Systems-Level Programming
CS/EGR 230 Microcomputer Architecture	Wunderlich			CSE 271 Intro to Digital Systems
CS/EGR 332 Computer Org. & Arch. (Digital I, Assembly I)	Wunderlich			CSE 275 Digital Design Laboratory (1 credit)
CS/EGR 333 Digital Circuits & Computer Interfacing	Wunderlich			CSE 331 Computer Organization & Design
CS/EGR 333L concurrent Lab	Wunderlich			CSE 431 Intro to Computer Architecture
CS/EGR 433 Advanced Computer Engineering	Wunderlich			CSE 260 Discrete Math for Computer Science
CS/EGR 433L concurrent Lab	Wunderlich			CSE 411 Operating Systems
CS/EGR 422 Operating Systems	Leap
Senior Project				Senior Project
CS/EGR 490/494 Senior Project in Computer Engineering	Wunderlich et al			CSE 430W Computer Engr. Project Design
General Engineering	Professor			General Engineering
EGR 100 Intro to Engineering I  (2 credits)	staff
EGR 110 Intro to Engineering II  (2 credits)	P & E staff
Electives: some common electives:				Electives (five required)
EGR 280 Engineering Research (0 to 4 credits)	staff			CSE 447 Integrated Circuits (device physics)
EGR351 Physics of Semiconductor Devices (3 credits)	Grave			CSE 485 Image Processing
EGR352 Fiber Optics Communication Systems  (3 credits)	Grave			CSE 486 Computer Vision
EGR315 Instrumentation and Measurement (3 credits)	McBride			EE 453 Digital Signal Processing
CS 209 Intoduction to Database Systems	Zlatarova			EE 456 Neural Networks
CS 342 Computer Networking	Leap			CSE 420W Software Design Methods
CS 344 Simulation	Wunderlich			CSE 458 Communication Networks
CS 421 Compiler Design	Leap			CSE 471 Logical Design of Digital Systems
CS 434 Artificial Intelligence and Robotics	Wunderlich			CSE 472 Microprocessor and Embedded Systems
CS/EGR 484 Independent Study (e.g., Robotics and AI)	Wunderlich			CSE 473 Microcomputer Laboratory
				CSE 477 VLSI Digital Circuits
				CSE 478 Digital Design Field-Programmable Devices
Supporting courses:				Supporting courses:
PHYS 200 Mechanics				PHYS 211 Mechanics (4 credits)
PHYS 201 Electricity and Magnetism				PHYS 212 Electricity & Magnetism (4 credits)
PHYS 202 Fluids, Thermo, Optics, Special relativity				PHYS 214 Waves & Quantum Physics (2 credits)
MATH 121 Calculus I				MATH 140 Calculus w/Analytic Geometry I (4 credits)
MATH 122 Calculus II				MATH 141 Calculus w/Analytic Geometry II (4 credits)
MATH 201 Linear Algebra  (3 credits)				MATH 220 Matrices (2 credit)
MATH 222 Calculus III				MATH 231 Calculus of Several Variables (2 credits)
MATH 321 Differential Equations				MATH 250 Ordinary Differential Equations
CHEM 105 Fundamentals of Chemistry: Intro to molec sci				STAT 418 Probability
				CHEM 12 Chemical Principles
				CHEM 14 Experimental Chemistry lab (1 credit)
Created by J. Wunderlich,
Elizabethtown College Computer Engineering Program Coordinator
http://users.etown.edu/w/wunderjt