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 Sample Schedule:



BS Electrical Engineering with a Concentration in Mechatronic Systems Engineering
(BSEE-MSE)

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           0
 
 
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       
ENME 2530 Engineering Mechanics III    
ENEE 3111 Signals and Systems  
ENEE 2222 Advanced Electronics  
ENGR 3100 Instrumentation and Data Acq    
ENGR 3610 Engineering Analysis      
ENGR 3721 Controls   
ENGR 2620 Engineering Integration II  
ENGR 3530  Intro to Power and En Sys 
ENGR 3722 Controls Lab                            
ASEM 2xxx Advanced Seminar   
 
ENGR 2610 Engineering Integration I    
  
18 QH
18 QH
18 QH

Fourth Year Fall

Fourth Year Winter 

 

Fourth Year Spring 

 
ENGR 3510  Renewable and Eff Pwr Sys          
LGST XXXX -  Legal Studies Elective
ENMT 3220 Mechatronics II 
ENGR 3725 Digital Control Systems             
ENGR 3323 Engineering Design Project II 
ENGR 3333 Engineering Design Project III  
ENGR 3313 Engineering Design Project I    
ENGR 3730 Robotics 
ENGR 3970 Engineering Entrepreneurship
XXXX Technical Elective
ENGR 3731 Robotics Lab  
ENGR 3951 Engineering Assessment II 
XXXX Technical Elective                           
XXXX Technical Elective  
XXXX Technical Elective 
16 QH
16 QH
16 QH 
 
Required Total Hours 202 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.
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. At minimum total of 12 QH of technical electives is required.