College of Engineering

S. Keith Hargrove, CMfgE, PE, Ph.D., Dean
203 Andrew P. Torrence Hall (615) 963-5401
skhargrove@tnstate.edu

Frances Williams, Ph.D., Associate Dean
230-E Andrew P. Torrence Hall
(615) 963-5401
frwilliams@tnstate.edu

The College of Engineering includes the departments of Civil and Architectural, Electrical and Computer Engineering, Mechanical and Manufacturing Engineering, Aeronautical and Industrial Technology, Mathematical Sciences and Computer Science. The College has about 55 faculty full-time faculty and about 80 percent of them hold Ph.D. degrees. The Engineering Research Institute, the research arm of the College, has an average operating budget of 2 million dollars per year and supports about fifteen different research projects.

Degree Programs

Computer and Information Systems Engineering Ph.D.
Computer, Information, and Systems Engineering M.S.
Computer Science M.S.
Engineering M.E.

Major: Engineering and Computational Sciences (ENCS)
Degree: Doctor of Philosophy (Ph.D.)

Concentrations:
Computer Communication and Networks
Control System and Signal Processing
Robotics and Computer Integrated Manufacturing

Major: Computer, Information and Systems Engineering (CISE)
Degree: Master of Science (M.S.)

Major: Computer Science
Degree: Master of Science (M.S.)

Concentrations:

Cyber Security & Networking
Data Science
High-Performance Computing & Bioinformatics

Major: Engineering
Degree: Master of Engineering (M.E.)

Concentrations:

Biomedical Engineering
Civil Engineering
Environmental Engineering
Electrical Engineering
Mechanical Engineering
Manufacturing Engineering

The College of Engineering offers work leading to the Master of Engineering (M.E.) degree with six concentrations: Biomedical Engineering, Civil Engineering, Environmental Engineering, Electrical Engineering, Mechanical Engineering, and Manufacturing Engineering.

  

Programs

Master of Engineering

• •  Computer Science, Accelerated Master of Science in Computer Science
• •  Engineering, Biomedical Engineering Concentration, M.E.
• •  Engineering, Civil Engineering Concentration, M.E.
• •  Engineering, Electrical Engineering Concentration, M.E.
• •  Engineering, Environmental Engineering Concentration, M.E.
• •  Engineering, Manufacturing Engineering Concentration, M.E.
• •  Engineering, Mechanical Engineering Concentration, M.E.

Master of Science

• •  Computer and Information Systems Engineering (CISE), Non-Thesis Option, M.S.
• •  Computer and Information Systems Engineering (CISE), Thesis Option, M.S.
• •  Computer Science, Cyber-Security & Networking Concentration, M.S.
• •  Computer Science, Data Science, M.S.
• •  Computer Science, High-Performance Computing & Bioinformatics Concentration, M.S.

Doctor of Philosophy

• •  Engineering and Computational Sciences, Ph.D. (72 hours)

Courses

Biomedical Engineering

• •  BMEM 5000 - Biomedical Instrumentation (3)
• •  BMEN 5010 - Introduction to Biomedical Engineering (3)
• •  BMEN 5030 - Medical Imaging and Signal Processing (3)
• •  BMEN 5040 - Biomechanics (3)

Computer Science

• •  COMP 5100 - Software Engineering (3)
• •  COMP 5200 - Advanced Algorithms Design and Analysis (3)
• •  COMP 5300 - Advanced Computer Architectures (3)
• •  COMP 5400 - Hybrid and Relational Databases (3)
• •  COMP 5440 - Mobile Robotics (3)
• •  COMP 5500 - Introduction to Data Science (3)
• •  COMP 5520 - Introduction to High Performance Computing (3)
• •  COMP 5600 - Mobile Applications Development (3)
• •  COMP 5700 - Fundamentals of Computer Networks (3)
• •  COMP 5720 - Cryptography and Computer Security (3)
• •  COMP 5750 - Computer Network Management and Security (3)
• •  COMP 5800 - Introduction to Bioinformatics (3)
• •  COMP 5850 - Data Visualization (3)
• •  COMP 5900 - Special Topics (3)
• •  COMP 5910 - Master of Science Thesis I (3)
• •  COMP 5920 - Master of Science Thesis II (3)
• •  COMP 6100 - Bioinformatics and Computational Biology (3)
• •  COMP 6200 - Machine Learning (3)
• •  COMP 6280 - Advanced Web Applications Development (3)
• •  COMP 6300 - Advanced Software Engineering (3)
• •  COMP 6400 - Distributed Algorithm and Data Analysis 3
• •  COMP 6700 - Network Programming and Computing 3
• •  COMP 6800 - Introduction to Computer Vision (3)
• •  COMP 6900 - Embedded Systems Programming (3)

Engineering

• •  ENGR 5070 - Object-Oriented Programming for Engineering (3)
• •  ENGR 5100 - Methods of Applied Mathematics for Engineering 1 (3)
• •  ENGR 5150 - Numerical Methods in Engineering (3)
• •  ENGR 5200 - Modeling and Simulation of Dynamic Systems (3)
• •  ENGR 5300 - Probability and Statistics (3)
• •  ENGR 5400 - Sensor Technology and Processing (3)
• •  ENGR 5500 - Special Problems (3)
• •  ENGR 5605 - Engineering Placeholder (3)
• •  ENGR 5606 - Engineering Placeholder (3)
• •  ENGR 5607 - Engineering Placeholder (3)
• •  ENGR 6150 - Advanced Software Architectures (3)

Civil Engineering

• •  AREN 5100 - Computer Codes (3)
• •  CVEN 5020 - Optimization Methods for Engineering Design (3)
• •  CVEN 5050 - Transportation Modeling (3)
• •  CVEN 5090 - Traffic Engineering (3)
• •  CVEN 5100 - Pavement Design (3)
• •  CVEN 5130 - Airport Planning and Design (3)
• •  CVEN 5140 - Urban Mass Transit Planning (3)
• •  CVEN 5200 - Geometric Design of Highways (3)
• •  CVEN 5270 - Groundwater Contamination (3)
• •  CVEN 5280 - Solid Waste Management (3)
• •  CVEN 5290 - Air Pollution Control (3)
• •  CVEN 5300 - Environmental Engineering Processes I (3)
• •  CVEN 5320 - Environmental Engineering Design (3)
• •  CVEN 5330 - Water Quality Management (3)
• •  CVEN 5340 - Industrial Waste Treatment and Disposal (3)
• •  CVEN 5350 - Hazardous Waste Management (3)
• •  CVEN 5360 - Environmental Engineering Laboratory (3)
• •  CVEN 5370 - Environmental Chemistry (3)
• •  CVEN 5380 - Environmental Impact Analysis (3)
• •  CVEN 5400 - Theoretical Soil Mechanics (3)
• •  CVEN 5410 - Ground Water and Seepage (3)
• •  CVEN 5420 - Advanced Foundation Engineering (3)
• •  CVEN 5430 - Applied Soil Mechanics (3)
• •  CVEN 5450 - Applied Rock Mechanics (3)
• •  CVEN 5460 - Nuclear Chemistry (3)
• •  CVEN 5500 - Advanced Geometric Design of Highways (3)
• •  CVEN 5600 - Pavement Design (3)
• •  CVEN 5620 - Advanced Traffic Engineering (3)
• •  CVEN 5640 - Transportation Systems Evaluation Procedures (3)
• •  CVEN 5650 - Transportation Modeling (3)
• •  CVEN 5660 - Highway Safety Engineering (3)
• •  CVEN 5680 - Urban Mass Transit Planning (3)
• •  CVEN 5700 - Plastic Design in Steel (3)
• •  CVEN 5710 - Advanced Reinforced Concrete Design (3)
• •  CVEN 5720 - Composite Structure Design (3)
• •  CVEN 5730 - Matrix Analysis of Structures
• •  CVEN 5740 - Elasticity (3)
• •  CVEN 5750 - Stability and Vibrations of Structures (3)
• •  CVEN 5760 - Advanced Indeterminate Structures (3)
• •  CVEN 5770 - Theory of Plates and Shells (3)
• •  CVEN 5780 - Finite Element Analysis (3)
• •  CVEN 5790 - Reinforced Masonry Design (3)
• •  CVEN 5800 - Advanced Steel Design (3)
• •  CVEN 5820 - Principles of Design (3)

Electrical Engineering

• •  EECE 5000 - Statistical Communication Theory (3)
• •  EECE 5010 - Information Theory (3)
• •  EECE 5020 - Optimization Methods for Engineering Design (3)
• •  EECE 5030 - Artificial Neural Networks (3)
• •  EECE 5100 - Computer Structures (3)
• •  EECE 5120 - Computer Networks and Distributed Processing (3)
• •  EECE 5220 - Modern Signal Processing (3)
• •  EECE 5230 - Digital Image-Processing (3)
• •  EECE 5240 - Digital Communication (3)
• •  EECE 5300 - Computer Applications to Power Systems (3)
• •  EECE 5310 - Power System Relaying (3)
• •  EECE 5320 - Surge Phenomena in Power Engineering (3)
• •  EECE 5330 - Special Topics in Power Engineering (3)
• •  EECE 5600 - Optimal Control Methods for Engineering Design (3)
• •  EECE 5610 - Stochastic Estimation Methods for Engineering Design (3)
• •  EECE 5630 - Modern Control Systems (3)
• •  EECE 5640 - Advanced Topics in Control Systems (3)

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