Welcome to
the Walker Department
of Mechanical Engineering

Congrats to ME assistant professor Tanya Hutter for taking 1st place in the Faculty/Staff category for her startup… https://t.co/ppah4zxnd8

Manufacturing & Design

Manufacturing & Design is a major technical area within the Mechanical Engineering Department at The University of Texas at Austin. This group utilizes modern analytical tools to design structures and systems associated with power plants, manufacturing machines, transport vehicles, robots, space stations, recycling, hazardous-waste management, military hardware, prosthetic devices, and even toys for children. Today's manufacturing processes utilize precision machine systems. The supporting technologies for these systems include machine tools, robotics, metrology, microelectronic systems, and human augmentation systems. Research in manufacturing processes also addresses several specific processes, including free-form fabrication with laser sintering, a process invented in this Department that enables computer-guided production of any three-dimensional object directly from a design database. 

Courses

  • The M&D area does not set any area specific course requirements. Faculty supervisors are encouraged to design a course plan for each student which employs all available university course resources to address each student’s needs. If you do not have a Faculty supervisor feel free to sign up for any course that you think looks interesting and that might be relevant to your research interests.
  • Not every course is offered every semester, consult the course catalog for course availability.
  • Under current Graduate Studies Committee rules, up to two upper-level undergraduate electives may be taken for credit by MS students, if they have not previously taken a similar course. Undergraduate courses cannot be counted towards the PhD course requirements.
  • The typical course load for new graduate students is three course per semester if you have not already found a research advisor. If you have found a research advisor then they may ask you to sign up for two courses and 3 credits of research which is common for students actively involved in research.
  • Most MSE students in the M&D program typically participate in the thesis option for the master’s program which requires 8 three credit courses and two master's thesis courses, Thesis A and Thesis B, taken in two separate semesters. If you plan to participate in either the Report or No Thesis/No Report MSE options then please schedule a time to come and talk about it with your faculty supervisor.
  • The final degree plan for each student must be approved by the Graduate Advisor. For PhD students, the final course plan must also be approved by the dissertation committee.
  • Courses are listed in the format used in the on-line (registration) course schedule. More detailed course descriptions can be obtained by consulting the on-line Graduate Catalog at http://catalog.utexas.edu/graduate/

 

News

water droplet

Hydrogel Tablet Can Purify a Liter of River Water in an Hour

As much as a third of the world’s population does not have access to clean drinking water, according to some estimates, and half of the population could live in water-stressed areas by 2025. Finding a solution to this problem could save and improve lives for millions of people, and it is a high priority among scientists and engineers around the globe.

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Donald Siegel

Donald Siegel Named New Chair of the Walker Department of Mechanical Engineering

The Cockrell School of Engineering at The University of Texas at Austin has named Donald Siegel, a professor at the University of Michigan and an internationally recognized computational materials scientist, as the next chair of UT’s Walker Department of Mechanical Engineering. He will assume his position on Sept. 1, 2021, succeeding the department’s current chair, Rick Neptune.

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Mechanical Engineering Faculty Openings

The Walker Department of Mechanical Engineering is seeking applications for multiple tenure-track faculty positions as well as non-tenure track lecturers

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Metals Supercharge Promising Method to Bury Harmful Carbon Dioxide Under the Sea

There's a global race to reduce the amount of harmful gases in our atmosphere to slow down the pace of climate change, and one way to do that is through carbon capture and sequestration — sucking carbon out of the air and burying it. At this point, however, we're capturing only a fraction of the carbon needed to make any kind of dent in climate change.

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Our Nobel Laureate

On December 10, 2019, John B. Goodenough received the Nobel Prize in Chemistry for his contributions to the development of the lithium-ion battery.

Experience His Nobel Journey In Photos
John Goodenough Nobel prize
 

Research Areas

#10

Graduate Mechanical Engineering Program

#11

Undergraduate Mechanical Engineering Program

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Nobel Prize Recipient

Spotlights

Explore more at the Walker Department of Mechanical Engineering