Mechanical Engineering

Class Information

The Mechanical Engineering Master’s Degree Program is a 100% online, asynchronous program that allows you to earn a world-class education from anywhere in the world. This 30 credit-hour, non-thesis program can be completed in two years for students who take the recommend 2 classes per long semester (Fall and Spring) and 1 class per summer semester. The Mechanical Engineering program follows the traditional semester academic calendar through the University.

Textbooks


HERE'S HOW IT WORKS:

  • Students are responsible for purchasing required textbooks.
  • Students will be invoiced for custom texts or additional required course materials, such as licenses or business cases, which must be ordered in bulk or from non-retail sources.

M E 384M Fluid Mechanics in Industrial Processes

  • Required – Viscous Fluid Flow, 3rd Edition; Frank White; ISBN – 0072402318
  • Required – Fundamentals of Fluid Mechanics, 8th Edition; Munson et al.; ISBN – 111884713X (earlier editions are okay)

M E 391M Manufacturing Processes, Planning, and Production

  • Required – Manufacturing Engineering and Technology, 7th Edition; Kalpakjan & Schmid; ISBN – 0133128741 (hardcover) 9810694067 (paperback)

Q – How will I know what books to buy?
A – We'll provide a list of upcoming courses and required textbooks to continuing students approximately 6 weeks in advance of the first class day. New students will be provided with the textbook list upon payment of their tuition deposit.

Q – Will TxEEE provide a list of preferred vendors?
A – UT policy does not allow us to provide a list of preferred vendors. You may visit findbookprices.com for a list of possible vendors.

Q – How will I obtain a course handbook if my instructor requires one?
A – These will be provided for you on the first class day and costs will be included in your invoice.

Q – Will this affect my financial aid dispersal?
A – No.

Program of Work

Fall Semester Enrollment

Fall 1

M E 385M Applied Thermodynamics
M E 386M Modeling, Simulation, and Control of Physical Systems

Spring 1

M E 381M Statistical Methods for Process Control and Manufacturing
M E 383M Heat Transfer in Industrial Systems

Summer 1

M E 384M Fluid Mechanics in Industrial Processes

Fall 2

M E 389M Materials Science and Engineering
M E 390M The Enterprise of Technology: Projects Laboratory

Spring 2

M E 387M Introduction to Automatic Control
M E 393M Product Design Lab

Summer 2

M E 391M Introduction to Manufacturing Systems

Spring Semester Enrollment

Spring 1

M E 381M Statistical Methods for Process Control and Manufacturing
M E 383M Heat Transfer in Industrial Systems

Summer 1

M E 384M Fluid Mechanics in Industrial Processes

Fall 1

M E 385M Applied Thermodynamics
M E 386M Modeling, Simulation, and Control of Physical Systems

Spring 2

M E 387M Introduction to Automatic Control
M E 393M Product Design Lab

Summer 2

M E 391M Introduction to Manufacturing Systems

Fall 2

M E 389M Materials Science and Engineering
M E 390M The Enterprise of Technology: Projects Laboratory