MST Graduation Requirements

Graduation requirements for the MST degree include a minimum of 30 credit hours distributed over technology core, professional writing, support area, and applied electives. Successful performance on a comprehensive examination, written and/or oral as determined by the advisory committee is also required. Students taking thesis option are required to submit thesis/final research reports approved by the advisory committee.

Sample Study Plans

If you start in an even year:

 Electrical Track

Mechanical Track 

 First Year Fall

First Year Fall 

ET 644 - Advanced Digital Signal Processing
ENGL 502 - Professional Writing
Math 541 – Introduction to Numerical Analysis *

ET 572 - Finite Element Analysis
ENGL 502 - Professional Writing
Math 541 – Introduction to Numerical Analysis *

First Year Spring

 First Year Spring

ET 593  - Tps: Digital Image Processing
ET 688 -Thesis Proposal
Math 640 – Numerical Analysis *

ET 643 – Advanced Parametric Modeling and Design
ET 688 -Thesis Proposal
Math 640 – Numerical Analysis *

 Second Year Fall

 Second Year Fall

ET 645 - Random Variables, Signals & Waveforms
ET 647 - Advanced Power System Analysis
ET 699 - Thesis

ET 520 - Advanced Fluid Mechanics
ET 603 - Applied Research Methods & Exper Design
ET 699 -Thesis

Second Year Spring

Second Year Spring

ET 571 - Linear Systems Analysis
ET Elective Course
ET 699 -Thesis

ET 593 – Tps: Thermodynamics
ET 641- Quality Assurance
ET 699 -Thesis


If you start in an odd year:

 

 Electrical Track

Mechanical Track 

 First Year Fall

First Year Fall 

ET 645 - Random Variables, Signals & Waveforms
ENGL 502 - Professional Writing
Math 541 – Introduction to Numerical Analysis *

ET 520 - Advanced Fluid Mechanics
ENGL 502 - Professional Writing
Math 541 – Introduction to Numerical Analysis *

 First Year Spring

First Year Spring 

ET 571 - Linear Systems Analysis
ET 688 - Thesis Proposal
Math 640 – Numerical Analysis *

ET 593 – Tps: Thermodynamics
ET 688 - Thesis Proposal
Math 640 – Numerical Analysis *

 Second Year Fall

Second Year Fall 

ET 644 - Advanced Digital Signal Processing
ET 570 - Advanced Digital Communications
ET 699 - Thesis

ET 572 - Finite Element Analysis
ET 648 - Manufacturing Research and Analysis
ET 699 - Thesis

 Second Year Spring

Second Year Spring 

ET 593  - Tps: Digital Image Processing
ET 593 - Tps: Computational Modeling and Simulation of  Engineering Systems
ET 699 -Thesis

ET 643 – Advanced Parametric Modeling and Design
ET 593 - Tps: Computational Modeling and Simulation of  Engineering Systems
ET 699 - Thesis

* or a Support Area Course 

For a complete course description, please visit:

 
http://catalog.wcu.edu/content.php?catoid=13&navoid=205  
   
   
   
   
   
   
   
 

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