Objectives and Outcomes of the NU Undergraduate Electrical Engineering Program
The objectives and outcomes of the Undergraduate Electrical Engineering program as approved by the Electrical and Computer Engineering Department January 14, 2000. The objectives are cross-referenced to the corresponding University Academic Common Experience (ACE) goals and the Accreditation Board for Engineering and Technology (ABET) Electrical Engineering Program Outcomes (a-k).
Objectives and Outcomes of the NU Undergraduate Computer Engineering Program
The objectives and outcomes of the Undergraduate Computer Engineering program as approved by the Electrical and Computer Engineering Department March 23, 2006. The objectives and outcomes are cross-referenced to the corresponding University Academic Common Experience (ACE) goals and the Accreditation Board for Engineering and Technology (ABET) Computer Engineering Program Outcomes (a-k).
The Electrical Engineering Undergraduate Curriculum Map is a chronological display of how the Electrical Engineering Program Objectives and Outcomes are assessed in the required Electrical Engineering curriculum.
The Computer Engineering Undergraduate Curriculum Map is a chronological display of how the Computer Engineering Program Objectives and Outcomes are assessed in the required Computer Engineering curriculum.
The Electrical and Computer Engineering Electives Map - under construction - is a chronological display of how the Electrical Engineering Program and Computer Engineering Program Objectives and Outcomes are assessed in the freshman year and in the electives ECE courses.
ECE Undergraduate Course Charters
Course Charters represent the agreement of the teaching faculty of the Electrical and Computer Engineering Department on the educational objectives of each undergraduate ECE course and how they work to fulfill the Program Objectives and Outcomes. The course charters in Word or PDF format are linked below by course number and title.
Computer Engineering
ECEU230: Computer Architecture for CCIS students
ECEU322: Digital Logic Design
ECEU323: Digital Logic Design Lab
ECEU324: Computer Architecture and Organization
ECEU326: Optimization Methods
ECEU520: Software Engineering I
ECEU522: Software Engineering II
ECEU524 & ECEU525: VLSI Design and Lab
ECEU526: ECEU526: High-Speed Digital Design
ECEU528: CAD for Design and Test
ECEU530: Hardware Description Lang and Synth
ECEU532: Embedded System Design
ECEU534/535: Microprocessor-based Design and Lab
ECEU538: Real-Time Systems
ECEU622: Parallel and Distributed Processing
ECEU628: Computer and Telecom Networks
ECEU629: Internetworking Design Lab
ECEU630: Robotics
ECEU694: Numerical Methods
COOP
ECEU300: Intro to COOP
ECEU500: Professional Issues in Engineering
Electronic Circuits and Devices
ECEU210: Electrical Engineering for MIME students
ECE211: Electrical Engineering Lab for MIME students
ECEU392: Electronic Materials
ECEU400: Linear Circuits
ECEU401: Intro to ECE Lab
ECEU402: Electronics
ECEU403: Electronics Lab
ECEU512: ECEU512: Biomedical Electronics
ECEU574: Wireless Communication Circuits
ECEU576: Personal Wireless Comm Systems
ECEU600: Electronic Design
ECEU601: Electronic Design Lab
ECEU604: Semiconductor Device Theory
ECEU606: Integrated Circuit Fabrication
ECEU608: Nanotechnology in Engineering
ECEU680: Electric Drives
ECEU684: Power Electronics
ECEU686: Electrical Machines
Fields, Waves and Optics
ECEU440: Intro to EM Fields
ECEU441: Fields Lab
ECEU642: Antennas
ECEU644: Microware Networks
ECEU646: Optics
ECEU692: Subsurface Sensing and Imaging
Special Topics and Capstone
ECEU698: Special topics in EE
ECEU790: ECE Capstone 1
ECEU792: ECE Capstone 2
Signals and Systems
ECEU464: Linear Systems
ECEU468: Noise and Stochastic Processes
ECEU572: Communication Systems
ECEU580: Classical Control Systems
ECEU581: Control Systems Lab
ECEU626: Intro to Image Proc & Pattern Recog
ECEU664: Biomedical Signal Processing
ECEU666 and ECEU667: Digital Signal Processing and Lab
ECEU682: Power Systems Analysis
ECEU683: Power Systems Analysis Lab
ECEU692: Subsurface Sensing and Imaging
Non-ECE Courses
GEU110: Engineering Design
GEU111: Engineering Problem Solving and Computation
CSU215: Algorithms and Data Structures for Engineers
MTHU230: Discrete Math
MTHU241: Calculus 1 for Science and Engineering
MTHU242: Calculus 2 for Science and Engineering
MTHU341: Calculus 3 for Science and Engineering
MTHU343: Differential Equations and Linear Algebra for Engineering
MTHU481: Probability and Statistics
PHYU151: Physics 1
PHYU152: Physics 1 Lab
PHYU155: Physics 2
PHYU156: Physics 2 Lab
CHMU151: General Chemistry for Engineers