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Groundwork

Mechanical EngineeringM E / UT Austin

Compare 81 M E courses by average GPA, A share and recent reported semester.

Average GPA / 4.00
3.40
A grades · excludes A−
40.8%
Letter grades reported
96,850

Source: UT Austin Office of Institutional Reporting; updated .

M E courses

CourseAverage GPA% ALetter gradesLatest term
M E 111LMaterials Engineering Laboratory3.2937.2%634Fall 2014
M E 120CHumanitarian Engineering Seminar3.8383.3%18Fall 2025
M E 130LExperimental Fluid Mechanics3.5839.3%2,416Spring 2026
M E 134LMaterials Engineering Laboratory3.4836.8%3,077Spring 2026
M E 136LMaterials Processing Laboratory3.1833.7%481Spring 2014
M E 136NCONCEPTS IN NUC/RADIATION ENGR3.7987.8%82Fall 2012
M E 139LExperimental Heat Transfer3.4026.3%1,732Spring 2025
M E 140LMechatronics Laboratory3.2327.0%3,098Spring 2026
M E 144LDynamic Systems and Controls Laboratory3.5746.2%3,385Spring 2026
M E 177KProjects in Mechanical Engineering3.9794.9%196Spring 2026
M E 179MTopics in Mechanical Engineering3.8989.3%28Spring 2022
M E 205Introduction to Computers and Programming3.7393.3%580Spring 2013
M E 210Engineering Design Graphics3.7362.8%2,354Spring 2026
M E 218Engineering Computational Methods3.4839.6%745Spring 2014
M E 266KMECHANICAL ENGR DESIGN PROJECT3.5145.6%3,998Summer 2026
M E 266PDESIGN PROJECT LABORATORY3.5145.6%3,900Summer 2026
M E 279MTopics in Mechanical Engineering3.8868.0%25Fall 2014
M E 302Introduction to Engineering Design and Graphics3.8375.6%3,551Spring 2026
M E 310TApplied Thermodynamics3.3841.7%3,056Spring 2026
M E 311Materials Engineering3.0120.6%909Fall 2014
M E 314DDynamics3.1125.6%2,749Spring 2026
M E 316TThermodynamics2.9428.9%3,103Spring 2026
M E 318MProgramming and Engineering Computational Methods3.6057.4%3,661Spring 2026
M E 320Applied Thermodynamics3.2535.8%1,251Spring 2016
M E 324Dynamics2.8616.9%1,352Spring 2016
M E 326Thermodynamics3.1331.3%1,510Summer 2016
M E 330Fluid Mechanics3.0219.2%4,144Spring 2026
M E 333TEngineering Communication3.7657.8%3,054Spring 2024
M E 334Materials Engineering3.3335.8%3,347Spring 2026
M E 335Engineering Statistics3.3940.8%4,091Summer 2026
M E 336Materials Processing3.2831.4%860Fall 2025
M E 336PConcepts in Nuclear and Radiation Engineering3.6757.2%222Fall 2025
M E 337CIntroduction to Nuclear Power Systems3.2023.5%379Fall 2025
M E 337FNuclear Environmental Protection3.6366.2%266Fall 2025
M E 337GNuclear Safety and Security3.5546.3%287Spring 2026
M E 338Machine Elements3.4638.9%4,150Summer 2026
M E 339Heat Transfer3.1525.1%4,050Spring 2026
M E 340Mechatronics3.3035.6%4,450Spring 2026
M E 343Thermal-Fluid Systems3.2125.3%956Fall 2025
M E 344Dynamic Systems and Controls3.3339.5%4,114Spring 2026
M E 348CINTRODUCTION TO MECHATRONICS I3.9275.0%12Fall 2015
M E 348DINTRO TO MECHATRONICS II3.9281.8%33Spring 2017
M E 349Corrosion Engineering3.3335.7%224Spring 2026
M E 350Machine Tool Operations for Engineers3.7761.5%358Spring 2026
M E 350RRobot Mechanism Design3.4643.2%433Spring 2026
M E 353Engineering Finance3.3134.0%4,115Summer 2026
M E 354Introduction to Biomechanical Engineering3.7573.0%74Spring 2019
M E 354MBiomechanics of Human Movement3.7859.4%313Fall 2025
M E 355KEngineering Vibrations3.6963.5%367Spring 2026
M E 359Materials Selection3.3340.5%944Spring 2026
M E 360Vehicle System Dynamics and Controls3.6357.4%61Spring 2022
M E 360LTurbomachinery and Compressible Flow3.1617.3%110Spring 2015
M E 360NIntermediate Heat Transfer3.220.0%6Spring 2014
M E 361ENuclear Reactor Operations and Engineering3.4743.2%273Spring 2026
M E 361FRadiation and Radiation Protection Laboratory3.4946.2%26Summer 2015
M E 363MEnergy Technology and Policy3.6247.5%200Spring 2026
M E 364LAutomatic Control System Design3.4038.0%137Fall 2025
M E 365DData Science for Engineers3.7249.4%83Spring 2026
M E 366JMechanical Engineering Design Methodology3.6856.6%3,753Spring 2026
M E 366LOperations Research Models3.5045.6%147Spring 2026
M E 367SSimulation Modeling3.5039.3%135Spring 2026
M E 368CAdditive Manufacturing3.7247.6%82Fall 2025
M E 369LIntroduction to Computational Fluid Dynamics3.4216.7%12Spring 2014
M E 369PApplication Programming for Engineers3.5246.4%222Fall 2025
M E 371DMedical Device Design and Manufacturing3.7049.2%130Fall 2025
M E 372CTheory and Design for Mechanical Sensing and Measurements3.9790.9%11Fall 2025
M E 372JRobotics and Automation3.3633.3%87Fall 2022
M E 374CCombustion Engine Processes3.3328.8%222Spring 2026
M E 374DAutomotive Engineering Laboratory3.7950.0%24Spring 2016
M E 374ERace Car Engineering and Project Management3.7266.7%12Fall 2020
M E 374FFire Science3.2814.9%87Spring 2023
M E 374TRenewable Energy Technology3.4138.0%184Spring 2026
M E 375KPRODUCTION ENGR MANAGEMENT3.2732.3%186Spring 2019
M E 378DFailure Analysis3.5240.0%100Spring 2026
M E 378ENanotechnology for Sustainable Energy3.7149.3%69Spring 2026
M E 378FEnhancing Sustainability Through Tribology3.4535.7%14Fall 2025
M E 378KMechanical Behavior of Materials3.5151.5%237Fall 2025
M E 378PProperties and Applications of Polymers3.7066.7%9Fall 2013
M E 379MTopics in Mechanical Engineering3.6454.5%895Spring 2026
M E 379NEngineering Acoustics3.5153.9%191Fall 2024
M E 379QMusical Acoustics3.3645.5%11Spring 2025

How this department is summarized

The Mechanical Engineering hub includes 81 undergraduate courses with reported letter-grade data. Its 3.40 average combines 96,850 letter grades, weighting each grade equally. A large course therefore contributes more than a small seminar.

The A share is 40.8%, counting A separately from A−. Course-level pages show the available semesters and syllabus sources. Historical grades do not establish workload or teaching quality.