Engineering Online

Engineering Online at The University of Texas at Arlington allows students to take fully accredited graduate-level engineering courses online.

Engineering Online at The University of Texas at Arlington allows students to take fully accredited graduate-level engineering courses online. For questions about Engineering Online, contact our office at 817-272-2352 or engineeringonline@uta.edu.

Current Students
Beginning of the Semester Steps

  1. How to Access Videos
    1. As an Online student, you will have access to your courses through Canvas. Once you have logged into Canvas, click on your course.  To view videos, click on the "Echo360" link on the left-hand side of your screen.  At this time, you will be able to access your videos by date of the recording. It may take a few hours after the end of the on-campus class to process and upload the video to your Canvas course page.
    2. Please Note: Your Canvas course section number may be different than the section number reported in your MyMav account. Course sections may be merged together on Canvas for ease of maintenance for the professor and staff.
  2. Email Instructor to introduce yourself.
  3. Choose a Testing Option (see instructions below).
  4. Be sure your computer web browser is up-to-date.
  5. Have access to a Printer & Scanner.

Testing

Engineering Online Student Requirements

***unless otherwise stated by your instructor***

  1. All exams ARE TO BE TAKEN WITHIN THREE DAYS of the on-campus class section.
  2. Exam arrangements are to be made BEFORE the exam is given and must have instructor permission.
  3. All online students using a testing center are REQUIRED to complete the Testing Center Approval Request form.

Testing Center Approval Request Form

The Testing Center Approval Request form needs only to be completed once per semester. 

  • This your communication to the instructor of your planned testing location so he/she can submit your exam and have it available at the testing center.
  • Click here to go directly to the Testing Center Approval Request form. The form is automatically submitted to the Engineering Online office when you click “Submit”.  Engineering Online will review and send the completed form to your instructor.

 

Testing Options

  1. On-Campus with the in-class students. (please obtain permission from your instructor)
  2. Off-Campus Testing Center (check with your local universities/community colleges, library testing centers, and public testing companies.)

Student's Step-by-Step Instructions for Registering and Taking an Exam

  1. Locate an approved testing center (see "Proctoring" below).
  2. Communicate with the testing center to be sure they will proctor/administer your exam and can accommodate you.
  3. Complete and submit the Testing Center Approval Request form. This form is the communication to your instructor of your planned testing location. Without this form, the instructor cannot make your test available to the center, and you will be turned away on test day. 
  4. No later than 24 hours before the exam date, reserve your seat directly with the selected testing center (not Engineering Online). This is your appointment with the testing center for them to proctor you. Without this appointment, the testing center will turn you away on test day.
  5. Pay any testing center fees. Fees are the student’s responsibility.

Upon completion of these steps, you are ready to sit for the exam.

Submit a new Testing Center Approval Request form should you need to change your testing center.

Students Located Outside of the United States

  1. Locate a testing center which also tests for professional exams such as the GRE and GMAT exams.

Proctoring

What is a proctor and why do I need one?

  • A proctor is a person who monitors students taking exams.
  • To ensure the integrity of the assessment process it is the responsibility of the proctor to see that students follow an instructor's guidelines for each exam.
  • Proctors must be unbiased individuals who, in general, have no personal association or affiliation with the student(s) they proctor.
  • No company employee (managers, co-workers, etc.) is allowed to act as a proctor.
  • Proctoring in a private residence or setting is NOT permissible.

I've never had a proctor before. Where should I start?

  • National College Testing Association is an association of testing centers that wish to have their services listed for students needing proctoring services.
  • http://www.ncta-testing.org
  • If you are not able to locate an acceptable testing site using the link above; review the information on who is allowed to act as a proctor and locate an organization that meets our criteria.
  • Once you have located a suitable proctor, fill out and submit the Testing Center Approval Request form.

Acceptable Proctors

  • Testing Centers affiliated with the National Testing Association (NCTA)
    http://www.ncta-testing.org
  • Testing Centers located at accredited post-secondary colleges/community colleges or universities - including, but not limited to those listed on NCTA (*those listed on NCTA are not the only testing centers available. Many schools not listed offer testing services).
  • Certified librarians currently employed in public or private libraries or colleges and universities.
  • ProctorU (not an option for paper exams and not available for all courses)
  • Professional Learning/tutoring centers
  • Educational officers of a corporation or military branch

Unacceptable Proctors

  • Relatives or spouses/partners/significant others
  • Friends and/or roommates
  • Co-workers, supervisors or business associates
  • Peers
  • Undergraduate students
  • Athletic coaches
  • Anyone who does not have a professional email address (Gmail, Hotmail, Yahoo, etc. are unacceptable)
  • Anyone who cannot provide a computer with internet access for up to 2 or 3 hours
  • Anyone who cannot monitor the student during the exam.

At what locations am I allowed to take my exams?

  • Testing Centers or Libraries.
  • Exams MUST be taken at the center or library business locations.
  • Proctoring in a private residence or setting is NOT permissible.

Do proctors charge for their services?

  • Students should check with the testing center or proctor about any charges levied.
  • Any charges are the responsibility of the student.

Are there any technical requirements needed by proctors?

  • Proctors must have access to the Internet.
  • Proctors should have an official business email account (not free email accounts like hotmail, gmail, yahoo, etc).
  • The proctor should also have access to a printer and scanner.

Can I use a proctor that was previously used?

  • Yes, you may use a previous proctor. Be sure to check with the proctor to be certain they are still willing to proctor for you.
  • If so, fill out and submit the Test Center Approval Request form.

May I change proctors?

  • Yes, please fill out and submit a new Testing Center Approval Request form.

Forms

Testing Center Approval Request form.

Courses Offered Summer 2025

Aerospace Engineering

  • AE 5197 - Research in Aerospace
  • AE 5331 - Analytic Methods in Engineering

Architectural Engineering

  • AREN 3301 - Stochastic Models for Civil Engineering
  • AREN 3311 - Construction Engineering
  • AREN 3341 - Structural Analysis
  • AREN 3343 - Soil Mechanics
  • AREN 4307 - Construction Sustainability
  • AREN 4347 - Reinforced Concrete Design

Civil Engineering

  • CE 3301 - Stochastic Models for CE
  • CE 3302 - Transportation Engineering
  • CE 3305 - Basic Fluid Mechanics
  • CE 3311 - Construction Engineering
  • CE 3334 - Principles of Environmental Engineering
  • CE 3341 - Structural Analysis
  • CE 3342 - Water Resources Engineering
  • CE 3343 - Soil Mechanics
  • CE 4300 - Advanced Topics in Civil Engineering
  • CE 4305 - Trenchless Technology Methods
  • CE 4307 - Construction Sustainability
  • CE 4320 - Earth Structures Design
  • CE 4347 - Reinforced Concrete Design
  • CE 5300 - Topics in Civil Engineering
  • CE 5300 - Topics in Civil Engineering
  • CE 5300 - Topics in Civil Engineering
  • CE 5321 - Engineering for Environmental Scientists
  • CE 5355 - Construction Materials
  • CE 5367 - Design of Earth Structures
  • CE 5377 - Construction Finance
  • CE 5382 - Construction Sustainability
  • CE 5387 - Construction Productivity
  • CE 5388 - Pipeline Construction and Trenchless Technology
  • CE 5394 - Earthquake Design of Reinforced Concrete Buildings

Construction Management

  • CM 2313 - Construction Materials & Methods
  • CM 2331 - Construction Documents
  • CM 3337 - Construction Administration & Economics
  • CM 4353 - Residential & Commercial Construction
  • CM 4357 - Sustainable Building Practice
  • CM 5300 - Topics in Construction Management
  • CM 5355 - Construction Materials
  • CM 5377 - Construction Finance
  • CM 5382 - Construction Sustainability
  • CM 5387 - Construction Productivity
  • CM 5388 - Pipeline Construction and Trenchless Technology

Computer Science and Engineering

  • CSE 3302 - Programming Languages
  • CSE 5307 - Programming Laguage Concepts
  • CSE 5330 - Database Systems
  • CSE 5335 - Web Data Management
  • CSE 5393 - Directed Study in Computer Science

Electrical Engineering

  • EE 5350 - Digital Signal Processing

Industrial Engineering

  • IE 5304 - Advanced Engineering Economy
  • IE 5333 - Logistics Transportation Systems Down

Mechanical and Aerospace Engineering

  • MAE 4301 - Special Topics in Mechanical and Aerospace Engineering

Mechanical Engineering

  • ME 5331 - Analytic Methods in Engineering

Courses Offered Spring 2025

Aerospace Engineering

  • AE-5101 - Graduate Seminar
  • AE-5301 - Advanced Topics in AE
  • AE-5303 - Classical Methods of Control Systems Analysis and Synthesis
  • AE-5311 - Structural Dynamics
  • AE-5326 - Air-Breathing Propulsion
  • AE-5327 - Computational Aerodynamics I
  • AE-5332 - Engineering Analysis
  • AE-5336 - Optimal Estimation of Dynamic Systems
  • AE-5338 - Analytical and Computational Dynamics
  • AE-5362 - Guidance, Navigation, and Control of Aerospace Vehicles
  • AE-5363 - Introduction to Rotorcroft Analysis
  • AE-5381 - Boundary Layers
  • AE-6310 - Advanced Finite Element Methods
  • AE-6314 - Fracture Methods

Architectural Engineering

  • AREN-2315 - Construction Materials & Methods
  • AREN-3301 - Stochastic Models for Civil Engineering
  • AREN-3311 - Construction Engineering
  • AREN-3341 - Structural Analysis
  • AREN-3343 - Soil Mechanics
  • AREN-4307 - Construction Sustainability
  • AREN-4314 - Building Science II
  • AREN-4347 - Reinforced Concrete Design
  • AREN-4348 - Structural Design in Steel
  • AREN-4360 - Design of Structural Masonry
  • AREN- 4365 - Structural Wood Design

Civil Engineering

  • CE-2221 - Dynamics
  • CE-3301 - Stochastic Models for CE
  • CE-3302 - Transportation Engineering
  • CE-3305 - Basic Fluid Mechanics
  • CE-3311 - Construction Engineering
  • CE-3334 - Principles of Environmental Engineering
  • CE-3341 - Structural Analysis
  • CE-3342 - Water Resources Engineering
  • CE-3343 - Soil Mechanics
  • CE-3361 - Properties & Behavior of Civil Engineering Materials (F2FEXMSASO)
  • CE-4300 - Advanced Topics in Civil Engineering
  • CE-4302 - Advanced Concrete Materials
  • CE-4303 - Construction Project Administration
  • CE-4307 - Construction Sustainability
  • CE-4310 - System Evaluation in Civil Engineering
  • CE-4312 - Street and Highway Design
  • CE-4320 - Earth Structures Design
  • CE-4321 - Foundation Engineering
  • CE-4325 - Fundamentals of Finite Element Method
  • CE-4347 - Reinforced Concrete Design
  • CE-4348 - Structural Design in Steel
  • CE-4353 - Water Chemistry
  • CE-4354 - Intro to Solid Waste Engineering
  • CE-4356 - Advanced Steel Design
  • CE-4357 - Intro to Biological Wastewater Treatment Systems
  • CE-4360 - Design of Structural Masonry
  • CE-4365 - Structural Wood Design
  • CE-5300 - Topics in Civil Engineering
  • CE-5302 - Advanced Concrete Materials
  • CE-5304 - Post-Tensioned Concrete Design
  • CE-5306 - Structural Steel Design
  • CE-5307 - Structural Timber Design
  • CE-5308 - Structural Masonry Design
  • CE-5311 - Advanced Steel Design I
  • CE-5321 - Engineering for Environmental Scientists
  • CE-5325 - Biological Processes for Wastewater Treatment
  • CE-5327 - Advanced Project Control
  • CE-5332 - Highway Design
  • CE-5336 - Pavement Design
  • CE-5338 - System Evaluation
  • CE-5339 - Statistics for Construction
  • CE-5340 - Construction Project Acquisition
  • CE-5342 - Construction Project Administration
  • CE-5354 - Water Resource Planning
  • CE-5355 - Construction Materials
  • CE-5357 - Hydrologic Techniques
  • CE-5358 - Solid Waste Engineering
  • CE-5364 - Foundation Analysis & Design
  • CE-5367 - Design of Earth Structures
  • CE-5377 - Construction Finance
  • CE-5382 - Construction Sustainability
  • CE-5387 - Construction Productivity
  • CE-6313 - Design of Earth Dams

Construction Management

  • CM 2311 - Intro to Construction Management
  • CM 2313 - Construction Materials & Methods
  • CM 2331 - Construction Documents
  • CM 3315 - Construction Law & Ethics
  • CM 3337 - Construction Administration & Economics
  • CM 3341 - Construction Design
  • CM-4306 - Building Construction Contracts
  • CM 4315 - Construction Estimating II
  • CM 4337 - Land & Site Development
  • CM 4353 - Residential & Commercial Construction
  • CM-4357 - Sustainable Building Practice
  • CM 5339 - Statistics for Construction
  • CM 5340 - Construction Project Acquisiton
  • CM 5342 - Construction Project Administration
  • CM 5355 - Construction Materials
  • CM 5377 - Construction Finance
  • CM 5382 - Construction Sustainability
  • CM 5387 - Construction Productivity

Electrical Engineering

  • EE-5191 - Advanced Study in Electrical Engineering
  • EE-5321 - Optimal Control
  • EE-5322 - Intelligent Control Systems
  • EE-5344 - Intro to Microelectromechanical Systems (Mems) and Devices
  • EE-5352 - Statistical Signal Processing
  • EE-5364 - Information Theory for Data Science
  • EE-5374 - Power System Protective Relaying

Industrial Engineering

  • IE-5301 - Introduction to Operations Research (F2FEXMSASO)
  • IE-5304 - Advanced Engineering Economy (F2FEXMSASO)
  • IE-5317 - Intro to Probability & Statistics (F2FEXMSASO)
  • IE-5317 - Intro to Probability & Statistics (5ASO) 1/13-3/6 8 wks
  • IE-5318 - Applied Regression Analysis (F2FEXMSASO)
  • IE-5322 - Simulation and Optimization (F2FEXMSASO)
  • IE-5329 - Production & Inventory Control Systems (F2FEXMSASO)
  • IE-5334 - Logistics Distribution Systems Design (F2FEXMSASO)
  • IE-5342 - Metrics and Measurement
  • IE-5346 - Technology Development and Deployment (F2FEXMSASO)
  • IE- 5346 - Technology Development and Deployment (5ASO) 3/17-5/6 8wks
  • IE-5351 - Intro to Systems Engineering (F2FEXMSASO)
  • IE-5352 - Requirements Engineering (F2FEXMSASO)
  • IE-6305 - Engineering Management I (F2FEXMSASO)
  • IE-6306 - Engineering Management II (F2FEXMSASO)
  • IE-6309 - Response Surface Methodology and Computer Experiments (F2FEXMSASO)
  • IE-6318 - Data Mining & Analytics (F2FEXMSASO)

Mechanical Engineering

  • ME-5101 - Graduate Seminar
  • ME-5302 - Intro to Bearing Design and Lubrication
  • ME-5303 - Classical Methods of Control Systems Analysis and Synthesis
  • ME-5311 - Structural Dynamics
  • ME-5312 - Continuum Mechanics
  • ME-5321 - Advanced Classical Thermodynamics
  • ME-5332 - Engineering Analysis
  • ME-5336 - Optimal Estimation of Dynamic Systems
  • ME-5338 - Analytical and Computational Dynamics
  • ME-5353 - Computational Techniques for Electronic Packaging
  • ME-5363 - Intro to Rotocraft Analysis
  • ME-5381 - Boundary Layers
  • ME-5382 - Research Trends in Renewable Energy Technologies
  • ME-6310 - Advanced Finite Element Methods
  • ME-6314 - Fracture Mechanics

Courses Offered Fall 2024

Aerospace Engineering

  • AE 5302 - Advanced Flight Mechanics
  • AE 5305 - Dynamic Systems Modeling
  • AE 5313 - ME - Fluid Dynamics
  • AE 5315 - Fundamentals of Composites
  • AE 5320 - Design Optimization
  • AE 5325 - Combustion
  • AE 5331 - Analytic Methods in Engineering
  • AE 5331 - Analytic Methods of Engineering
  • AE 5336 - Optimal Estimation of Dynamic Systems
  • AE 5339 - Intermediate Mechanics of Materials
  • AE 5342 - Gas Dynamics
  • AE 5368 - Flight Vehicle Synthesis & Systems Engineering
  • AE 5698 - Thesis
  • AE 6304 - Advanced Mechanics of Materials

Architectural Engineering

  • AREN 2315 - Construction Materials & Methods
  • AREN 3213 - Building Science I
  • AREN 3301 - Stochastic Models for Civil Engineering
  • AREN 3311 - Construction Engineering
  • AREN 3341 - Structural Analysis
  • AREN 3343 - Soil Mechanics
  • AREN 4309 - Thermodynamics for AREN
  • AREN 4347 - Reinforced Concrete Design
  • AREN 4348 - Structural Design in Steel
  • AREN/CE 4365 - CE 5307 - Structural Wood Design

Civil Engineering

  • CE 2221 - Dynamics
  • CE 3300 - Intro to Sustainable Engineering
  • CE 3301 - Stochastic Models for CE
  • CE 3302 - Transportation Engineering
  • CE 3305 - Basic Fluid Mechanics
  • CE 3311 - Construction Engineering
  • CE 3334 - Principles of Environmental Engineering
  • CE 3341 - Structural Analysis
  • CE 3342 - Water Resources Engineering
  • CE 3343 - Soil Mechanics
  • CE 3361 - Properties & Behavior of CE Materials
  • CE 4300 - Advanced Topics in CE
  • CE 4303 - Construction Project Administration
  • CE 4307 - Construction Sustainability
  • CE 4308 - Temporary Structures
  • CE 4311 - Urban Transportation Infrastructure Planning
  • CE 4313 - Traffic Engineering
  • CE 4321 - Foundation Engineering
  • CE 4323 - Landfill Design
  • CE 4324 - Mechanics of Materials II
  • CE 4325 - Fundamentals of Finite Element Method
  • CE 4337 - Portland Cement Concrete Pavements
  • CE 4347 - Reinforced Concrete Design
  • CE 4348 - Structural Design In Steel
  • CE 4350 - Intro to Air Pollution
  • CE 4351 - Physical Unit Processes
  • CE 4355 - Design of Water and Wastewater Treatment Facilities
  • CE 4368 - Adv Structural Analysis
  • CE 5300 - Topics in Civil Engineering
  • CE 5307 - Structural Timber Design
  • CE 5308 - Structural Masonry Design
  • CE 5311 - Advanced Steel Design I
  • CE 5314 - Advanced Steel Design II
  • CE 5315 - Advanced Mechanics of Materials
  • CE 5320 - Temporary Structures
  • CE 5321 - Engineering for Environmental Scientists
  • CE 5326 - Water and Wastewater Treatment Facilities Design
  • CE 5327 - Advanced Project Control
  • CE 5328 - Fundamentals of Air Pollution
  • CE 5331 - Traffic Engineering Operations
  • CE 5337 - Urban Transportation Planning
  • CE 5339 - Statistics for Construction
  • CE 5341 - Pavement Evaluation, Rehabilitation & Management Systems
  • CE 5351 - Advanced Structural Analysis I
  • CE 5352 - Remote Sensing-Hydrometeorology
  • CE 5355 - Construction Materials
  • CE 5362 - Rigid Pavements
  • CE 5363 - Constitutive Modeling of Soils
  • CE 5364 - Foundation Analysis & Design
  • CE 5368 - Unsaturated Soil Mechanics
  • CE 5370 - Experimental Soil Mechanics
  • CE 5375 - Geotechnical Aspects of Landfills
  • CE 5377 - Construction Finance
  • CE 5382 - Construction Sustainability
  • CE 5384 - Concrete Bridge Design and Evaluation
  • CE 5385 - Structural Dynamics
  • CE 5387 - Construction Productivity
  • CE 6309 - Traffic Flow Theory

Construction Management

  • CM 2311 - Intro to Construction Management
  • CM 2313 - Construction Materials & Methods
  • CM 2331 - Construction Documents
  • CM 3315 - Construction Law & Ethics
  • CM 3337 - Construction Administration & Economics
  • CM 3341 - Construction Design
  • CM 4315 - Construction Estimating II
  • CM 4337 - Land & Site Development
  • CM 4353 - Residential & Commercial Construction
  • CM 5339 - Statistics for Construction
  • CM 5340 - Construction Project Acquisition
  • CM 5343 - Building Information Modeling
  • CM 5355 - Construction Materials
  • CM 5377 - Construction Finance
  • CM 5382 - Construction Sustainability

Electrical Engineering

  • EE 5307 - Linear Systems Engineering
  • EE 5322 - Intelligent Control Systems
  • EE 5323 - Nonlinear Systems
  • EE 5327 - System Identification & Estimation
  • EE 5350 - Digital Signal Processing
  • EE 5353 - Neural Networks & Deep Learning
  • EE 5378/4328-003 - Power Quality
  • EE 5384 - Optoelectronic Devices for Communication

Industrial Engineering

  • IE 5301 - Intro to Operations Research
  • IE 5303 - Quality Systems
  • IE 5304 - Advanced Engineering Economy
  • IE 5314 - Safety Engineering
  • IE 5317 - Intro to Probability & Statistics
  • IE 5318 - Applied Regression Analysis
  • IE 5323 - Agent Based Simulation
  • IE 5329 - Production & Inventory Control Systems
  • IE 5351 - Intro to Systems Engineering
  • IE 6305 - Engineering Management I
  • IE 6306 - Engineering Management II
  • IE 6308 - Design of Experiments
  • IE 6318 - Data Mining & Analytics

Mechanical Engineering

  • ME 5101 - Graduate Seminar
  • ME 5305 - Dynamic Systems Modeling
  • ME 5311 - AE - Structural Dynamics
  • ME 5313 - Fluid Dynamics
  • ME 5315 - Fundamentals of Composites
  • ME 5316 - Thermal Conduction
  • ME 5325 - AE - Combustion
  • ME 5326 - Manufacturing Processes & Systems
  • ME 5331 - Analytic Methods of Engineering
  • ME 5339 - Intermediate Mechanics of Materials
  • ME 5342 - Gas Dynamics
  • ME 5352 - Fundamentals in Electronic Packaging
  • ME 5362 - Intro to Micro and Nanofluidics
  • ME 5366 - Fuel Cells and Applications
  • ME 5390-AE 5368-MAE 4301-005 - Special Topics in Mechanical Engineering
  • ME 6304 - Advanced Mechanics of Materials