Departmental Advisors
Trans./University
N. Cotter
MEB 2270
Undergraduate Studies Office/Director of Advising
A. Rasmussen
MEB 2268
Electrical Engineering Undergraduate Advisor
Brandon Riddle
MEB 2266B
Computer Engineering Undergraduate Advisor
Maddie Porter
MEB 2266A
Graduate Advisor
Liz Rowberry
MEB 2266C
Academic Advising Coordinator
John Bolke
MEB 2110D
BS/MS Advisor
A. Verkler
MEB 2102
Departmental Notes
For course descriptions and pre-requisite information click on the subject column next to the appropriate catalog number.
ALL STUDENTS TAKING ELECTRONIC ENGINEERING LABS MUST PURCHASE ELECTRONIC COMPONENTS. For course descriptions and pre-requisite information click on the subject column next to the appropriate catalog number. THIS DEPARTMENT ENFORCES UNDERGRADUATE PREREQUISITES. Please note that the registration system may not factor in transfer work when determining if prerequisites have been met. If you are unable to register for a course and think you have met the prerequisite(s), please fill out the Registration Permission Code request form found on our website at http://www.ece.utah.edu/ . You may be administratively dropped from a course if the prerequisite has not been met.
ECE 2240 - 290 Circuits&Systems:Linear
ECE 2240 - 290 Circuits&Systems:Linear
- Class Number: 18720
- Instructor: RASMUSSEN, ANGELA
- Component: Lecture
- Units: 3.0
- Requisites: Yes
- Wait List: No
- Seats Available: 3
ECE 3500 - 290 Fund Signals/Systems
ECE 5221 - 290 Micromachining
ECE 5221 - 290 Micromachining
- Class Number: 19640
- Instructor: SOLZBACHER, FLORIAN
- Component: Lecture
- Units: 3.0
- Requisites: Yes
- Wait List: No
- Seats Available: 5
ECE 5310 - 290 Adv Electromag Fields
ECE 5310 - 290 Adv Electromag Fields
- Class Number: 18739
- Instructor: SENSALE RODRIGUEZ, BERARDI
- Component: Lecture
- Units: 3.0
- Requisites: Yes
- Wait List: No
- Fees: $63.53
- Seats Available: 3
ECE 5324 - 290 Antenna Theory & Des
ECE 5324 - 290 Antenna Theory & Des
- Class Number: 18740
- Instructor: SENSALE RODRIGUEZ, BERARDI
- Component: Lecture
- Units: 3.0
- Requisites: Yes
- Wait List: No
- Seats Available: 3
ECE 5340 - 290 Comp EM w/ Code Writing
ECE 5340 - 290 Comp EM w/ Code Writing
- Class Number: 18741
- Instructor: SIMPSON, JAMESINA J
- Component: Lecture
- Units: 3.0
- Requisites: Yes
- Wait List: No
- Seats Available: 2
ECE 5620 - 290 Power Systems Analysis
ECE 5620 - 290 Power Systems Analysis
- Class Number: 18742
- Instructor: PALMER, JOHN A
- Component: Lecture
- Units: 3.0
- Requisites: Yes
- Wait List: No
- Fees: $40.28
- Seats Available: 2
ECE 5670 - 290 Control Electric Motors
ECE 5670 - 290 Control Electric Motors
- Class Number: 18744
- Instructor: BODSON, MARC
- Component: Lecture
- Units: 3.0
- Requisites: Yes
- Wait List: No
- Seats Available: 2
ECE 5961 - 290 Special Topics
This course provides a systematic study of the fundamental principles of physical-layer wireless communication theory and their application in wireless systems. It aims to provide students with a solid technical foundation in designing and developing future wireless technologies. Topics covered in this course include wireless channel modeling, signal detection over fading channels, space-time coding, capacity of wireless channels, multiple-input multiple-output (MIMO) channel modeling, MIMO capacity and receiver architecture, multiuser communication, and selected topics on emerging 5G/6G communication technologies.
ECE 5961 - 290 Special Topics
- Class Number: 18745
- Instructor: CHEN, RONG-RONG
- Component: Special Topics
- Units: 3.0
- Requisites: Yes
- Wait List: No
- Seats Available: 2
This course provides a systematic study of the fundamental principles of physical-layer wireless communication theory and their application in wireless systems. It aims to provide students with a solid technical foundation in designing and developing future wireless technologies. Topics covered in this course include wireless channel modeling, signal detection over fading channels, space-time coding, capacity of wireless channels, multiple-input multiple-output (MIMO) channel modeling, MIMO capacity and receiver architecture, multiuser communication, and selected topics on emerging 5G/6G communication technologies.
ECE 6221 - 290 Micromachining
ECE 6221 - 290 Micromachining
- Class Number: 19642
- Instructor: SOLZBACHER, FLORIAN
- Component: Lecture
- Units: 3.0
- Requisites: Yes
- Wait List: No
- Seats Available: 5
ECE 6310 - 290 Adv Electromag Flds
ECE 6310 - 290 Adv Electromag Flds
- Class Number: 18746
- Instructor: SENSALE RODRIGUEZ, BERARDI
- Component: Lecture
- Units: 3.0
- Requisites: Yes
- Wait List: No
- Fees: $63.53
- Seats Available: 2
ECE 6324 - 290 Antenna Theory & Des
ECE 6324 - 290 Antenna Theory & Des
- Class Number: 18747
- Instructor: SENSALE RODRIGUEZ, BERARDI
- Component: Lecture
- Units: 3.0
- Requisites: Yes
- Wait List: No
- Seats Available: 2
ECE 6340 - 290 Comp EM w/ Code Writing
ECE 6340 - 290 Comp EM w/ Code Writing
- Class Number: 18748
- Instructor: SIMPSON, JAMESINA J
- Component: Lecture
- Units: 3.0
- Requisites: Yes
- Wait List: No
- Seats Available: 2
ECE 6670 - 290 Control Electric Motors
ECE 6670 - 290 Control Electric Motors
- Class Number: 18749
- Instructor: BODSON, MARC
- Component: Lecture
- Units: 3.0
- Requisites: Yes
- Wait List: No
- Seats Available: 2
ECE 6960 - 290 Professional Development
ECE 6960 - 290 Professional Development
- Class Number: 18750
- Instructor: FURSE, CYNTHIA
- Component: Special Topics
- Units: 0.5 - 3.0
- Requisites: Yes
- Wait List: No
- Seats Available: 2
ECE 6961 - 290 Special Topics
This course provides a systematic study of the fundamental principles of physical-layer wireless communication theory and their application in wireless systems. It aims to provide students with a solid technical foundation in designing and developing future wireless technologies. Topics covered in this course include wireless channel modeling, signal detection over fading channels, space-time coding, capacity of wireless channels, multiple-input multiple-output (MIMO) channel modeling, MIMO capacity and receiver architecture, multiuser communication, and selected topics on emerging 5G/6G communication technologies.
ECE 6961 - 290 Special Topics
- Class Number: 18751
- Instructor: CHEN, RONG-RONG
- Component: Special Topics
- Units: 3.0
- Requisites: Yes
- Wait List: No
- Seats Available: 2
This course provides a systematic study of the fundamental principles of physical-layer wireless communication theory and their application in wireless systems. It aims to provide students with a solid technical foundation in designing and developing future wireless technologies. Topics covered in this course include wireless channel modeling, signal detection over fading channels, space-time coding, capacity of wireless channels, multiple-input multiple-output (MIMO) channel modeling, MIMO capacity and receiver architecture, multiuser communication, and selected topics on emerging 5G/6G communication technologies.