Nov 23, 2024  
2024-2025 University Catalog 
  
2024-2025 University Catalog

Electrical Engineering, B.S.E.E.


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Program Educational Objectives 

Program educational objectives describe what graduates are expected to attain within a few years after graduation and are based on the needs of the program’s constituencies.  Graduates from the Bachelor of Science in Electrical Engineering program will:

  1. Demonstrate growth in careers related to Electrical Engineering and become productive engineers
  2. Advance through continuous education and professional development
  3. Benefit society though professional, community, and public service

 

Student Learning Outcomes

The student learning outcomes for electrical engineering describe what students are expected to know and be able to do by the time of graduation. These relate to the knowledge, skills, and behaviors that students acquire as they progress through the program. 

Student Learning Outcomes (SLOs) for BSEE in Electrical Engineering

An ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics.

2 An ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors.
 

An ability to communicate effectively with a range of audiences.

4

An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts.
 

5

An ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives.
 

6 An ability to develop and conduct appropriate experimentation analyze and interpret data, and use engineering judgment to draw conclusions.

7

An ability to acquire and apply new knowledge as needed, using appropriate learning strategies.

 

Accreditation

The Electrical Engineering Bachelor of Science program is accredited by the Engineering Accreditation Commission of ABET, https://www.abet.org, under the General Criteria and the Program Criteria for Electrical, Computer, Communications, Telecommunication(s) and Similarly Named Engineering Programs.

General Education Requirements


Mathematics


Science


Humanities


Social Sciences


Arts


  • (Fine Arts, Music, FTA except FTA 2650 , 2660) Credits: 3

Total Credit Hours: 41


Total Credit Hours: 40


4

Course Requirements for Major


Total Credit Hours: 43


Total Credit Hours Required: 122


  1. “C” or better required
  2. Check General Education Courses to confirm what courses fulfill this requirement.
  3. 6 credits of Math satisfy the General Education requirements. Check General Education Courses to confirm what courses fulfill this requirement.
  4. Includes 2 credits of Math listed in General Education requirements section
  5. Required courses for Electrical Engineering Degree with Computer Engineering concentration
  6. Required courses for Electrical Engineering Degree with no concentration

A minimum grade of C or better is required in MATH 2124 , ENEE 2550 , ENEE 2551 , and ENEE 3530 .

Four Year Plan of Study


The B.S..E.E. in Electrical Engineering, 4 Year Plan of Study.

 

Understanding Your Degree Program of Study 

 

Four Year Plan of Study Key

GE - General education

M - Major coursework

O - Other coursework

FE - Free electives

RE - Restricted electives

UR - University requirements

CR - College requirements

Program requirements - Some degree programs offer an opportunity to complete a Concentration (C) within the major. Some degree programs require that a Concentration (C) or an Option (OP) be completed as a part of the major.

First Year of Enrollment


 

First Year

Code

Course

Credit Hours

GE

ENGL 1157 - English Composition 1  

3

GE

ENGL 1158 - English Composition 2  

or

ENGL 1159 - English Composition 2 Honors   

3

GE-RE

Mathematics/Analytical Reasoning - See General Education Menu

Recommended: MATH 2114 - Calculus I  (4 credits)1

3

GE-RE

Mathematics/Analytical Reasoning - See General Education Menu

Recommended: MATH 2124 - Calculus II  (4 credits)1

3

GE-RE

Natural/Life/Physical Science - BIOS2 - See General Education Menu

3

GE-RE

Natural/Life/Physical Science2 - See General Education Menu

Recommended: PHYS 1061 - Physics Sci Engr I 1

 

3

GE-RE

Natural/Life/Physical Science2 - See General Education Menu

Recommended: PHYS 1062 - Physics Sci Engr II 1

 

3

O

PHYS 1063 - Physics Lab for Science & Engr  

1

O

PHYS 1065 - Physics Lab for Science & Engr  

1

O

CHEM 1017 - General Chemistry I  

3

O

ENEE 1530 - Engineering Software Tools  

3

ENEE 2582 - Digital System Design  

3

O

PHIL 2244 - Engineering Ethics  

1

UR

UNIV 1001 - University Success  

1

Total hours - Year One: 34 (MATH 2114 & 2124 would give 2 additional credits)

 

  1. General Education note: The General Education requirement may be met by completing other courses on the Gen Ed menu; however, Recommended courses must be completed to meet degree requirements if not completed as general education requirements and may be prerequisites for other required courses in the degree program. 
  2. The 9-hour General Education Science requirement includes a 6-hour sequence in one science selected from BIOS, CHEM, EES, and PHYS. 3 hours of the 9-hour requirement must be BIOS.

Second Year of Enrollment


 

Second Year

Code

Course

Credit Hours

GE-RE

Humanities - ENGL Literature - See General Education Menu

3

O

MATH 2221 - Elem Differential Equations   

 

3

O

MATH 3511 - Intro to Linear Algebra  

3

O

MATH 2134 - Calculus III  

4

O

PHYS 3064 - Modern Physics  

3

O

ENEE 2530 - EE Software Tools  

3

O

ENEE 2550 - Circuits I  

3

O

ENEE 2586 - Digital Systems Laboratory  

2

O

ENEE 2551 - Circuits II  

3

O

ENEE 2510 - Circuits Laboratory  

1

GE

Humanities - See General Education Menu

Recommended: ENGL 2152 - Technical Writing 1

3

Total Hours - Year Two: 31

 

  1. General Education note: The General Education requirement may be met by completing other courses on the Gen Ed menu; however, Recommended courses must be completed to meet degree requirements if not completed as general education requirements and may be prerequisites for other required courses in the degree program. 

 

Third Year of Enrollment


 

Year Three

Code

Course

Credit Hours

M

ENEE 3530 - Cont & Discrete Sig Syst Analy  

3

M

ENEE 3540 - Engineering Electronics  

3

GE-RE

Humanities - See General Education Menu

3

GE-RE

Social/Behavioral Science - See General Education Menu

Recommended: ECON 1203 - Principles of Microeconomics  1

or

 ECON 1330 - Financial Literacy  1

3

M

ENEE 3543 - Engineering Electronic Systems  

3

M

ENEE 3517 - Engr Electronics Lab  

1

M

ENEE 3582 - Digital Design Using Micros  

3

M

ENEE 3512 - Microprocessor Design Lab  

1

M

ENEE 3533 - Classical Control Sys Design   (For ENEE without concentration)

Or

ENEE 3583 - Computer System Design   (For ENEE with Comp Engr Concentration)

3

M

ENEE 3572 - Prob Meth Signal Sys Analysis  

3

M

ENEE 3560 - Engineering Electromagnetics I   (For ENEE without concentration)

Or

MATH 3721 - Intro to Discrete Structures   (For ENEE with Comp Engr Concentration)

3

Total hours - Year Three: 29

 

  1. General Education note: The General Education requirement may be met by completing other courses on the Gen Ed menu; however, Recommended courses must be completed to meet degree requirements if not completed as general education requirements and may be prerequisites for other required courses in the degree program. 

Fourth Year of Enrollment


Year Four

Code

Course

Credit Hours

GE-RE

Social/Behavioral Science - See General Education Menu

3

GE-RE

Fine Arts - See General Education Menu

3

M

ENEE 4091 - Senior Elec Eng Design Project   

1

M

ENEE 4092 - Senior Elec Eng Design Project  

3

M-RE

ENEE 3587 - Microcontroller Interfacing   (For ENEE with Comp Engr Concentration OR For ENEE without concentration) 

 OR

 ENEE 3582 - Digital Design Using Micros  and

 ENEE 3512 - Microprocessor Design Lab   (ENEE 3582/3512 choice for ENEE without concentration only)

4

M-RE

ENEE Elective 3000+

3

M-RE

ENEE Elective 3000+

3

M-RE

ENEE Elective 3000+

3

M-RE

ENEE Elective (For ENEE without concentration)

Or 

ENEE or CSCI Elective (For ENEE with Comp Engr Concentration)

3

Year Four - Total Hours: 29

Total degree hours: 122

Total Credit Hours Required for the BSEE degree: 122


 

  1. The Total Credit Hours required for the BSEE degree plus the UNIV 1000 requirement is 123. The 1-credit UNIV 1000 is required by UNO for all first-time full-time students; it does not carry credit toward the bachelor of science in electrical engineering degree which requires 122 credit hours.

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