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 Sample Schedule:


Bachelor of Science in Electrical Engineering
(BSEE)

First Year Fall

First Year Winter

First Year Spring

FSEM 1111 - First Year Seminar           
WRIT 1122 - Academic Writing            
WRIT 1133 - Writing and Research       
MATH 1951 - Calculus I                      
MATH 1952 - Calculus II                   
MATH 1953 - Calculus III                 
University Common Curricula*          
PHYS 1211 - University Physics I        
PHYS 1212 - University Physics II     
ENGR 1511 - Engineering Connections I      
ENGR 1521 - Engineering Connections II   
ENGR 1531 - Engineering Connections III
ENGR 1611 - Engr Concepts & Practice I   
ENGR 1621 - Engr Concepts & Practice II   
ENGR 1631 - Engr Concepts & Practice III 
17 QH
17 QH
17 QH

Second Year Fall

Second Year Winter 

Second Year Spring 

University Common Curricula*      
University Common Curricula*           
CHEM 1610 - Chemistry for Engineers  
COMP 1571 - Procedural Programming  
ENGR 1572 - Applied MATLAB Programming
CHEM /1240 - Gen. Chemistry Lab     
PHYS 1214 - Univ Physics III for Engineers
MATH 2070 - Intro to Diff.   Equations      
MATH 2080 - Calculus of Several Variables
ENEE 2011 - Circuits I                      
ENEE 2021 - Circuits II                  
ENCE 2101 - Digital Design            
ENEE 2015 - Engineering Applications I  
ENEE 2025 - Engineering Applications II  
ENGR 2035 - Engineering Applications III 
ENME 2510 - Engineering Mechanics I    
ENME 2520 - Engineering Mechanics II      
ENGR 2950 - Engineering Assessment I  
 
 
ENME 2710 - Engr. Thermodynamics I 
18 QH
18 QH
17 QH

Third Year Fall

Third Year Winter

Third Year Spring

ENEE 2211 – Electronics        
University Common Curricula*       
ENCE 3220 - Microprocessor Systems II   
ENEE 2611 – Engineering Electromagnetics  
ENCE 3210 - Microprocessor Systems I   
ENEE 3011 - Physical Electronics     
ENEE 3111 - Signals and Systems    
ENEE 2222 - Advanced Electronics       
ENEE 3130 - Principles of Comm System
ENGR 3530 - Intro to Power and Energy Sys  
ENGR 3721 - Controls            
ENGR 2620 - Engineering Integration II   
ENGR 3610 - Engineering Analysis    
ENGR 3722 - Controls Lab       
 
 
ENGR 2610 - Engineering Integration I    
 
18 QH
18 QH
14 QH

Fourth Year Fall

Fourth Year Winter

Fourth Year Spring

ENGR 3510 – Renewable and Eff Power Sys 
LGST XXXX - Legal Studies Elective     
ASEM 2XXX - Advanced Seminar*    
ENGR 3725 - Digital Control Systems        
ENGR 3323 - Engineering Design Project II  
ENGR 3333 - Engineering Design Project III 
ENGR 3313 - Engineering Design Project I   
XXXX - Technical Elective*                  
ENGR 3970 - Engineering Entrepreneurship
XXXX - Technical Elective*                     
OOOO - Open Elective*                  
ENGR 3951 - Engineering Assessment II   
 
 
XXXX - Technical Elective*             
14 QH**
15 QH**
15 QH**
 
Required Total Hours 198 QH

*NOTES
   
University Common Curricula These may be taken in any order. They must have 2 courses with attributes of analytical inquiry: society and 2 courses attributes of scientific inquiry: society.
ASEM 2XXX - Advanced Seminar Engineering students are required to take a writing-intensive advanced seminar.   Junior standing is also required.
OOOO - Open Elective.   The Open Elective may be any course offered in which the student has an interest and which is at the 1000 level or above.
XXXX - Technical Elective.   Technical Electives are used to complete specializations for the degree. Only technical courses may be used, and these must carry Upper-Division credit. Prior approval by the advisor is required. A total of 12 QH of technical electives is required.
** These hours can vary based on Technical Electives.