There are 3 majors you can choose to use an Advanced Energy Concentration with. Each has a slightly different Four-Year Curriculum. Scroll to find the major of your choice.

Computer Engineering Program with Advanced Energy Concentration

       
             
FALL - First Year   Credit hours   SPRING - First Year   Credit hours
Engineering Orientation ENGR 1001 0   Foundations of Design 2 ENGR 1051 3
Foundations of Design 1 ENGR 1041 3   Programming 2 ECCS 1621 4
Programming 1 ECCS 1611 4   Digital Logic ECCS 1721 4
Calculus 1 MATH 1631 4   Calculus 2 MATH 1641 4
Principles of Entrepreneurship ABUS 2221 3   Writing Seminar ENGL 1221 3
Science Elective   4        
    18       18
             
FALL - Second Year       SPRING - Second Year    
Electric Circuits ECCS 2311 4   Maker Engineering ECCS 2381 1
Digital Signal Processing ECCS 2331 3   Electronics ECCS 2341 4
Data Structures & Alg. 1 ECCS 2671 3   Physics 2 PHYS 2321 3
Discrete Math MATH 3061 3   Physics 2 Laboratory PHYS 2351 1
Physics 1 PHYS 2311 3   Professional Ethics PHIL 2401 3
Physics 1 Laboratory PHYS 2341 1   Thermodynamics ME 2311 3
    17       15
             
FALL - Third Year       SPRING - Third Year    
Computer Architecture ECCS 3611 4   Embedded HW/SW Codesign ECCS 3241 4
Networks & Data Comm. ECCS 3631 4   Computer Security ECCS 3411 3
Embedded Real Time Applications ECCS 3351 4   Project Development ECCS 3781 2
Statistics for Sci. & Eng. STAT 2501 3   Operating Systems ECCS 3661 3
        Machines & Power Electronics ECCS 3121 4
    15       16
             
FALL - Fourth Year       SPRING - Fourth Year    
Capstone Design Experience 1 ENGR 4011 1   Capstone Design Experience 2 ENGR 4021 2
Power Systems ECCS 4111 3   Energy Elective   3
Math Elective   3   Math/Science Elective   3
Gen Ed Elective 1   3   Gen Ed Elective 4   3
Gen Ed Elective 2   3   Environmental Ethics PHIL 3101 3
Gen Ed Elective 3   3        
    16       14
             
Courses in bold are required for the concentration.     Advanced Energy Electives    
* Courses offered every other year.       Sustainable Building Design* CE 3921  
**Any course in the College of Engineering outside of ECCS   Water Energy Society* CE 4321  
        Machine Learning ECCS 2021  
        Advanced Power* ECCS 4121  
        Advanced Network Security* ECCS 4321  
        Photovoltaic and Power Devices* ECCS 4331  
        Smart Grid* ECCS 4351  
        Artificial Intelligence* ECCS 4461  
        Industrial Controllers* ME 4211  
        Renewable Energy* ME 4321  
        Advanced Thermodynamics* ME 4331  
        Nuclear Physics* PHYS 3111  
             
             
Last Revised: June 1, 2023       Required Graduation Hours = 129  

Electrical Engineering Program with Advanced Energy Concentration

    [Top]
             
FALL - First Year   Credit hours   SPRING - First Year   Credit hours
Engineering Orientation ENGR 1001 0   Foundations of Design 2 ENGR 1051 3
Foundations of Design 1 ENGR 1041 3   Programming 1 ECCS 1611 4
Calculus 1 MATH 1631 4   Digital Logic ECCS 1721 4
Principles of Entrepreneurship ABUS 2221 3   Calculus 2 MATH 1641 4
Science Elective   4   Writing Seminar ENGL 1221 3
             
    14       18
             
FALL - Second Year       SPRING - Second Year    
Electric Circuits ECCS 2311 4   Maker Engineering ECCS 2381 1
Digital Signal Processing ECCS 2331 3   Electronics ECCS 2341 4
Differential Equations MATH 2651 4   Physics 2 PHYS 2321 3
Physics 1 PHYS 2311 3   Physics 2 Laboratory PHYS 2351 1
Physics 1 Laboratory PHYS 2341 1   Thermodynamics ME 2311 3
        Calculus 3 MATH 2631 4
    15       16
             
FALL - Third Year       SPRING - Third Year    
Signals & Systems ECCS 3131 4   Controls & Automation ECCS 3141 4
Applied Electromagnetics ECCS 3111 3   Communication Systems ECCS 3191 4
Embedded Real-Time App ECCS 3351 4   Machine & Power Electronics ECCS 3121 4
Statistics for Sci. & Eng. STAT 2501 3   Project Development ECCS 3781 2
Gen Ed Elective 1   3   Environmental Ethics PHIL 3101 3
    17       17
             
FALL - Fourth Year       SPRING - Fourth Year    
Capstone Design Experience 1 ENGR 4011 1   Capstone Design Experience 2 ENGR 4021 2
Power Systems ECCS 4111 3   Advanced Energy Elective 2   3
Advanced Energy Elective 1   3   Professional Ethics PHIL 2401 3
Networks & Data Comm ECCS 3631 4   EE Technical Elective   3
Gen Ed Elective 2   3   Gen Ed Elective 4   3
Gen Ed Elective 3   3        
    17       14
             
Courses in bold are required for the concentration.     Advanced Energy Electives    
*Courses offered every other year.       Sustainable Building Design* CE 3921  
        Water Energy Society* CE 4321  
        Machine Learning ECCS 2021  
        Advanced Power* ECCS 4121  
        Advanced Network Security* ECCS 4321  
        Photovoltaic and Power Devices* ECCS 4331  
        Smart Grid* ECCS 4351  
        Artificial Intelligence* ECCS 4461  
        Industrial Controllers* ME 4211  
        Renewable Energy* ME 4321  
        Advanced Thermodynamics* ME 4331  
        Nuclear Physics* PHYS 3111  
             
             
Last Revised: June 1, 2023       Required Graduation Hours = 128  

Mechanical Engineering Program with Advanced Energy Concentration

    [Top]
             
FALL - First Year   Credit hours   SPRING - First Year   Credit hours
Engineering Orientation ENGR 1001 0   Foundations of Design 2 ENGR 1051 3
Foundations of Design 1 ENGR 1041 3   Engineering Material Science ME 1411 3
Calculus 1 MATH 1631 4   Calculus 2 MATH 1641 4
Chemistry for Engineering CHEM 1501 3   Physics 1 PHYS 2311 3
Chemistry for Engineering Lab CHEM 1551 1   Physics Laboratory 1 PHYS 2341 1
Writing Seminar ENGL 1221 3   Business Elective BIZ/ABUS 3
General Education Elective 1   3        
    17       17
             
FALL - Second Year       SPRING - Second Year    
Differential Equations MATH 2651 4   Math/Science Elective   3
Statics ENGR 2131 3   Dynamics ENGR 2141 3
Electric Circuits + lab ECCS 2311 4   Strength of Materials ENGR 2231 3
Physics 2 PHYS 2321 3   Computer Applications ME 2511 3
General Education Elective 2   3   Thermodynamics ME 2311 3
    17       15
             
FALL - Third Year       SPRING - Third Year    
Mechanical Design 1 ME 3111 3   Mechanical Design 2 ME 3121 3
Dynamic Systems 1 ME 3211 3   Dynamic Systems 2 + lab ME 3221 4
Fluid Mechanics ME 3311 3   Heat Transfer ME 3321 3
Manufacturing Lab ME 3411 1   Thermal Sciences Lab ME 3331 1
Experimental Methods ME 3511 2   Machines & Power Electronics ECCS 3121 4
Statistics for Sci. & Eng. STAT 2501 3        
    15       15
             
FALL - Fourth Year       SPRING - Fourth Year    
Capstone Design Experience 1 ENGR 4011 1   Capstone Design Experience 2 ENGR 4021 2
Process of Design ME 4011 3   General Education Elective 4   3
Engineering Analysis ME 4511 3   General Education Elective 5   3
Advanced Energy Elective 1   3   Advanced Energy Elective 2   3
Professional Ethics PHIL 2401 3   Advanced Energy Elective 3   3
General Education Elective 3   3   Math/Science Elective   3
    16       17
             
Notes:       Advanced Energy Electives**    
Courses in bold are required for the concentration.     Advanced Thermodynamics* ME 4331  
* Courses offered every other year.       Renewable Energy* ME 4321  
**Note that the ME program still requires at least two   Power Systems ECCS 4111  
technical electives be ME courses.       Advanced Power ECCS 4121  
        Photovoltaic & Power Devices ECCS 4331  
        Smart Grid* ECCS 4351  
        Sustainable Building Design* CE 3921  
        Water-Energy-Society Nexus* CE 4321  
        Nuclear Physics PHYS 3111  
             
Last Revised: October 24, 2022       Required Graduation Hours = 129