Doctor of Philosophy (Ph.D.) Major in Electrical Engineering (Entering with Bachelor's Degree)
Texas State University
Doctoral DegreeAcademic
No description available.
- Credits
78 credits
- Format
In-Person
Program Pathways
Credentials this program stacks toward
No program pathways.
Course Pathway
71 courses in this program
171 courses
Program Requirements
Courses required to complete this program
EE 7300Research Methods and Technical Writing in Electrical and
EE 7331AI and Machine Learning for Engineers
MSEC 7301Practical Skills in Commercialization and Entrepreneurship
MSEC 7302Leadership Skills in Commercialization and
ENGR 5310Probability, Random Variables, & Stochastic Processes for
EE 5320Advanced Computer Architecture and Arithmetic
EE 5321Computer-Aided Engineering Simulations on HPC Systems
EE 5323Digital Image Processing
EE 5330Embedded and Real-Time Computing
EE 5331Machine Learning for Engineering Applications
EE 5350Advanced Electronic Circuit Design
EE 5353Fundamentals of Advanced Semiconductor Technology
EE 5354Flexible Electronics
EE 5355Electronic Materials and Devices
EE 5357Power Systems for Engineering
EE 5360Thin Film Technology
EE 5361Nanofabrication Technology for Semiconductor Device
EE 5372Advanced Networking
EE 5374Advanced Wireless Communication
EE 5375Smart Grid: an Application Development Platform
EE 5377Statistical Signal Processing
IE 5310Advanced Statistical Design of Experiments for Engineers
CS 5310Network and Communication Systems
CS 5318Principles of Programming Languages
CS 5329Algorithm Design and Analysis
CS 5332Data Base Theory and Design
CS 5341Advanced Network Programming
CS 5343Wireless Communications and Networks
CS 5346Advanced Artificial Intelligence
CS 5351Parallel Processing
MATH 7321Graph Theory
CS 5352Distributed Computing
CS 5395Independent Study in Advanced Computer Science
EE 7199Dissertation
EE 7299Dissertation
CS 7313Advanced Machine Learning and Pattern Recognition
EE 7399Dissertation
EE 7599Dissertation
CS 7323Image Processing and Computer Vision
EE 7699Dissertation
EE 7301Advanced Digital System Design
EE 7999Dissertation
EE 7302Hardware Acceleration for Machine Learning
EE 7303Physical Electronics
EE 7304Modern Semiconductor Devices
EE 7372Wireless and Mobile Networks
EE 7374Smart Data Networks
EE 7305Energy Storage and Sustainability
EE 7306Artificial Intelligence in Smart Grids
EE 7307Mobile and Microgrid Design and Operations
EE 7308High and Medium Voltage Power Transmission
CS 7331High-Performance Computing
CS 7332Advanced Parallel Computing
CS 7341Cyberspace Security
CS 7342Advanced Computer Networking
CS 7343Mobile Networks and Computing
CS 7387Research in Computer Science
EE 7359Research in Electrical Engineering
MSEC 7310Nanoscale Systems and Devices
MSEC 7311Materials Characterization
MSEC 7330Computational Materials Science
MSEC 7203Research in Materials Science, Engineering, and
MSEC 7303Research in Materials Science, Engineering, and
MSEC 7103Research in Materials Science, Engineering, and
MSEC 7199Dissertation
CHEM 3340Physical Chemistry II
MSEC 7401Fundamental Materials Science and Engineering
CHEM 4351Introduction to Polymers
CHEM 5351Introduction to Polymers and Polymer Synthesis
MSEC 7370Advanced Polymer Science
MSEC 7402Advanced Materials Science and Engineering Concepts
Program Details
Detailed information about this program
No detailed information available.
Requirements
What you need to earn this credential
No requirements listed.
Financial Aid
Eligible funding programs
No funding information available.
Scholarships
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