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Engineering Online

Engineering Online at The University of Texas at Arlington allows students to pursue fully accredited graduate-level engineering courses online completely through their web browser. Students are able to view current lectures by UT Arlington Faculty anytime and anywhere. Get started today.

Department Program Descriptions

The following degree programs can be earned completely online:

Admission Requirements

Each department defines admissions requirements for their programs.  These requirements are listed in the College Catalog.

Admissions Requirements for the Department of Mechanical and Aerospace Engineering

Admissions Requirements for the Department of Civil Engineering

Admissions Requirements for the Department of Electrical Engineering

Admissions Requirements for the Department of Industrial, Manufacturing, and Systems Engineering


Courses Offered Fall 2017

Previous Semesters

Aerospace Engineering

  • AE 5101 Graduate Seminar
  • AE 5302 Adv Flight Mechanics
  • AE 5304 Adv Mechanics of Materials
  • AE 5305 Dynamic Systems Modeling
  • AE 5310 Finite Element Methods
  • AE 5310 Finite Element Methods
  • AE 5313 Fluid Dynamics
  • AE 5315 Fundamentals of Composites
  • AE 5320 Design Optimization
  • AE 5325 Combustion
  • AE 5327 Computational Aerodynamics I
  • AE 5331 Analytic Methods in Engineering
  • AE 5335 Optimal Control of Dynamic Systems
  • AE 5342 Gas Dynamics
  • AE 5363 Intro to Rotorcraft Analysis
  • AE 5381 Boundary Layers

Civil Engineering

  • CE 3261 Properties & Behavior of CE Materials
  • CE 3301 Stochastic Models for CE
  • CE 3302 Transportation Engineering
  • CE 3305 Basic Fluid Mechanics
  • CE 3310 Construction & Value Engineering
  • CE 3311 Construction Engineering
  • CE 3334/5321 Principles of Environmental Engineering
  • CE 3341 Structural Analysis
  • CE 3342 Water Resources Engineering
  • CE 3343 Soil Mechanics
  • CE 4311/5337 Urban Transportation Infrastructure Planning
  • CE 4313/5331 Traffic Engineering
  • CE 4321/5364 Foundation Engineering
  • CE 4322/5372 Applications with Geosynthetics
  • CE 4323/5375 Landfill Design
  • CE 4324/5315 Mechanics of Materials II
  • CE 4325/5303 Fundamentals of Finite Element Methods
  • CE 4332/5344 Construction Equipment, Methods & Management
  • CE 4337/5362 Portland Cement Concrete Pavements
  • CE 4347 Reinforced Concrete Design
  • CE 4348/5306 Structural Design In Steel
  • CE 4350/5328 Intro to Air Pollution
  • CE 4351/5318 Physical Unit Processes
  • CE 4354/5358 Intro to Solid & Hazardous Waste Management
  • CE 4355/5326 Design of Water & Wastewater Treatment Facilities
  • CE 4358/5346 Open Conduit System
  • CE 4360/5308 Design of Structural Masonry
  • CE 4361/5312 Adv Reinforced Concrete Design
  • CE 5300 Topics in Civil Engineering
  • CE 5303/4325 Intro into Finite Elements
  • CE 5306/4348 Structural Steel Design
  • CE 5308/4360 Structural Masonry Design
  • CE 5311 Adv Steel Design I
  • CE 5312/4361 Adv Concrete Design I
  • CE 5315/4324 Adv Mechanics of Materials
  • CE 5318/4351 Physical Chemical Processes I
  • CE 5321/3334 Engineering for Environmental Scientists
  • CE 5326/4355 Water & Wastewater Treatment Facilities Design
  • CE 5328/4350 Fundamentals of Air Pollution
  • CE 5331/4313 Traffic Engineering Operations
  • CE 5332 Highway Design
  • CE 5337/4311 Urban Transportation Planning
  • CE 5339 Statistics for Construction
  • CE 5340 Construction Project Acquisition
  • CE 5342 Construction Management
  • CE 5344/4332 Construction Methods: Field Operations
  • CE 5345 Infrastructure Evaluation, Maintenance & Renewal
  • CE 5346/4358 Open Channel Flow
  • CE 5350 Risk Management
  • CE 5354 Water Resources Planning
  • CE 5355 Construction Materials
  • CE 5358/4354 Solid & Hazardous Waste Management
  • CE 5362/4337 Rigid Pavements
  • CE 5364/4321 Foundation Analysis & Design
  • CE 5365 Theoretical Soil Mechanics
  • CE 5370 Experimental Soil Mechanics
  • CE 5372/4322 Geosynthetics
  • CE 5375/4323 Geotechnical Aspects of Landfills
  • CE 5377 Construction Project Management & Job Costing
  • CE 5378 Construction Contracts, Specs & Admin
  • CE 5379 Construction Cost Estimating
  • CE 5382 Building Construction Project Operations, Codes & Sustainability
  • CE 5384 Concrete Bridge Design
  • CE 5386 Construction Planning & Scheduling
  • CE 5387 Construction Productivity
  • CE 6309 Traffic Flow Theory
  • CE 6316 Sediment Transport

Computer Science and Engineering

  • CSE 5322 – Software Design Patterns

Electrical Engineering

  • EE 5307 Linear Systems Engineering
  • EE 5308 Power System Modeling & Analysis
  • EE 5322 Intelligent Control Systems
  • EE 5327 System Identification & Estimation
  • EE 5329 Topics in Systems Engineering
  • EE 5344 Intro to MEMS
  • EE 5350 Digital Signal Processing
  • EE 5351 Digital Video Coding
  • EE 5353 Neural Networks
  • EE 5355 Discrete Transforms & Their Applications
  • EE 5362 Digital Communications
  • EE 5368 Wireless Communication Systems
  • EE 5380 Principles of Photonics & Optical Engineering
  • EE 5381 Foundations in Semiconductors
  • EE 6364 Adv Data Networks
  • EE 6367 Adv Wireless Communications

Industrial Engineering

  • IE 5300 Topics in IE
  • IE 5301 Intro to Operations Research
  • IE 5302 Intro to IE
  • IE 5303 Quality Systems
  • IE 5304 Advanced Engineering Economy
  • IE 5306 Dynamic Optimization
  • IE 5317 Intro to Statistics
  • IE 5318 Applied Regression Analysis
  • IE 5321 Enterprise Analysis & Design
  • IE 5329 Production & Inventory Control Systems
  • IE 5330 Automation & Adv Manufacturing
  • IE 5331 Industrial Ergonomics
  • IE 5339 Product Design, Dev, Producibility & Reliability Design
  • IE 5351 Intro to Systems Engineering
  • IE 5353 Systems Architecture & Design
  • IE 6302 Facilities Planning & Design
  • IE 6306 Engineering Management II
  • IE 6309 Response Surface Methodology & Computer Experiments

Mechanical Engineering

  • ME 5101 Graduate Seminar
  • ME 5304 Advanced Mechanics of Materials
  • ME 5305 Dynamic Systems Modeling
  • ME 5310 Finite Element Methods
  • ME 5310 Finite Element Methods
  • ME 5313 Fluid Dynamics
  • ME 5313 Fluid Dynamics
  • ME 5315 Fundamentals of Composites
  • ME 5316 Thermal Conduction
  • ME 5316 Thermal Conduction
  • ME 5320 Design Optimization
  • ME 5325 Combustion
  • ME 5331 Analytic Methods of Engineering
  • ME 5331 Analytic Methods of Engineering
  • ME 5331 Analytic Methods of Engineering
  • ME 5335 Optimal Control of Dynamic Systems
  • ME 5342 Gas Dynamics
  • ME 5352 Fundamentals in Electronic Packaging
  • ME 5362 Intro to Micro & Nanofluidics
  • ME 5363 Intro to Rotocraft Analysis
  • ME 5381 Boundary Layers
  • ME 5390 Specials Topics in ME
  • ME 5390 Specials Topics in ME
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