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Bachelor of Science in Electrical Engineering

BS EE Curriculum Flow Chart

The Electrical Engineering curriculum has changed from what is printed in the 2005-2007 catalog. This is part of the continuous improvement process that the department has undertaken towards meeting the professional needs of the rapidly evolving discipline of Electrical Engineering.

The requirements of the new curriculum, which were effective starting Fall 2005, are listed below:

Upper-Division Writing Requirements
In addition to the Examination in Writing Proficiency (EWP), all of the following courses are required to fulfill the upper-division writing requirement.
Course	Description	Units
EGEE 303L	Electronics Laboratory	1
EGEE 310L	Electronic Circuits Laboratory	1
EGEE 313L	Power Laboratory	1
EGEE 485	Electrical Engineering Design Projects Laboratory	3
	OR
EGEE 407L	Digital Computer Design Lab	3
Written work for these courses must meet professional standards. All these courses must be passed with at least a C grade.

Required Courses in Electrical Engineering (50 units)
Enrollment in these courses is limited to students who meet the prerequisites.
Course	Description	Units
CPCS 120	Programming Concepts	3
EGEE 215	MATLAB	1
EGEE 203 **	Electric Circuits	3
EGEE 203L	Electric Circuits Lab	1
EGEE 245	Computer Logic & Architecture	3
EGEE 245L	Computer Logic & Architecture Lab	1
EGEE 280	Assembly Language	3
EGEE 281	MultiSim/VHDL	2
EGEE 303 **	Electronics	3
EGEE 303L**	Electronics Lab	1
EGEE 308	Engineering Analysis	3
EGEE 309	Network Analysis	3
EGEE 310	Electronic Circuits	3
EGEE 310L **	Electronic Circuits Lab	1
EGEE 311	Field Theory and Transmission Lines	3
EGEE 313	Introduction to Eletromechanics	3
EGEE 313L **	Power Lab	1
EGEE 401	Engineering Economics and Professionalism	3
CPCS 120	Programming Concepts	3
EGEE 409	Introduction to Linear Systems	3
EGEE 485	Electrical Engineering Design Projects Lab	3
	OR
EGEE 407L	Digital Computer Design Lab	3
** Note: must be passed with at least a 'C' grade.

Technical Electives in Electrical Engineering (14 units)
Before enrolling in any elective course, approval of the adviser must be obtained. At least 3.5 units of design content must be included. Senior Project: EGEE 497 (1-3 units), and Independent Study: EGEE 499 (1-3), are elective courses; students must complete a study application form and submit it for approval to the supervising faculty member and the department chair prior to the semester in which the course work is to begin.
VLSI and Electronic Circuits
Course	Description	Units
EGEE 404	Intro to Microprocessors and Microcomputers	3
EGEE 404L	Microprocessor Laboratory	1
EGEE 410	Electro-Optical Systems	3
EGEE 442	Electronic Circuits	3
EGEE 445	Digital Electronics	3
EGEE 448	Digital Systems Design and VHDL	3
EGEE 455	Solid State Electronics	3
EGEE 465	Introduction to VLSI Design	3
Communication Systems and Signal Processing
EGEE 404	Introduction to Microprocessors and Microcomputers	3
EGEE 410	Electro-Optical Systems	3
EGEE 420	Introduction to Digital Filtering	3
EGEE 442	Electronic Circuits	3
EGEE 443	Electronic Communication Systems	3
EGEE 448	Digital Systems Design and VHDL	3
EGEE 480	Engineering Optics	3
EGEE 483	Introduction to Global Positioning Systems (GPS)	3
EGEE 483L	Global Positioning Systems Lab	2
Control Systems
EGEE 404	Introduction to Microprocessors and Microcomputers	3
EGEE 416	Feedback Control Systems	3
EGEE 420	Introduction to Digital Filtering	3
EGEE 424	Computer Simulation of Continuous Systems	3
EGEE 425	Introduction to Systems Engineering	3
EGEE 483	Introduction to Global Positioning Systems (GPS)	3
Computer Engineering
EGEE 307	Digital Computer Architecture & Design	3
EGGN 403	Computer Methods in Numerical Analysis	3
EGEE 404	Introduction to Microprocessors and Microcomputers	3
EGEE 404L	Microprocessor Lab	1
EGEE 405	Firmware Engineering	3
EGEE 407L	Digital Computer Design Lab	3
EGEE 412	Digital Computer Architecture and Design II	3
EGEE 414	Introduction to Parallel Processing	3
EGEE 425	Introduction to Systems Engineering	3
EGEE 445	Digital Electronics	3
EGEE 448	Digital Systems Design with VHDL	3
EGEE 455	Solid State Electronics	3
EGEE 465	Introduction to VLSI Design	3

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