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M 427JUpper division4 credit hours

M 427J Differential Equations with Linear Algebra

Since 2015, M 427J has averaged 3.27 with 49% A’s. In Spring 2026 it averaged 3.34, above the 3.27 average for undergraduate M classes that term.

Credit hours
4
Level
Upper division
Class hours a week
5
Grading
Letter grade or pass/fail, your choice
Repeat for credit
No
Latest grades
Summer 2026

What grades did students get?

Spring 2026: 1,173 letter grades, 3.34 average GPA, 48% A’s, 12 sections

Bars show the selected term. Short lines show all terms combined.

Grade counts
GradeStudentsShareAll terms
A56748.3%49.0%
A−15213.0%9.1%
B+998.4%7.4%
B837.1%10.3%
B−746.3%5.0%
C+514.3%4.0%
C494.2%5.9%
C−393.3%2.6%
D+141.2%1.1%
D131.1%1.9%
D−90.8%0.6%
F232.0%3.2%
Q, W, CR, and others110Not in the average

How have grades changed?

UT’s grade reports show 32 terms from Fall 2015 to Summer 2026 (11 falls, 11 springs, and 10 summers).

Spring 2026 3.34 average · 48% A’s · 1,173 grades
M 427J average GPAAll undergraduate M classesLetter grades each term
Every term
TermSectionsLetter gradesAverage GPAA’s
Summer 20261613.5068.9%
Spring 2026121,1733.3448.3%
Fall 2025111,1343.4055.6%
Summer 20251813.8382.7%
Spring 2025121,1923.7074.5%
Fall 2024101,0493.4558.9%
Summer 202411123.5461.6%
Spring 2024101,0113.4565.5%
Fall 202399453.2550.3%
Summer 202312333.9796.6%
Spring 202399593.3758.6%
Fall 202298803.2553.6%
Summer 202212323.9089.2%
Spring 2022108543.4564.1%
Fall 202197543.2751.1%
Summer 202112233.9694.2%
Spring 202186363.6966.8%
Fall 202076433.3044.0%
Spring 202087153.8177.6%
Fall 201998642.7321.5%
Summer 20191542.0314.8%
Spring 201998883.0536.0%
Fall 2018117882.8632.0%
Summer 20181282.5410.7%
Spring 2018119083.1337.1%
Fall 2017101,0643.0728.0%
Summer 20171532.9443.4%
Spring 201798673.1334.6%
Fall 201698872.8925.4%
Summer 20161353.4062.9%
Spring 201698673.0330.2%
Fall 201599192.8623.4%

What’s M 427J about?

Ordinary differential equations, introduction to vector spaces, linear operators and eigenvalues, systems of linear differential equations, introduction to partial differential equations and Fourier series. Mathematics 427J and 427K may not both be counted. Five lecture hours a week for one semester.

Prerequisites

Mathematics 408D, 408L, or 408S with a grade of at least C-.

What comes before and after?

Leads to

Show 63 more
PHY 315Wave Motion and Optics2.95ASE 330MLinear System Analysis3.34ASE 366KSpacecraft Dynamics3.02BME 311Network Analysis in Biomedical Engineering3.32BME 343Biomedical Engineering Signal and Systems Analysis3.33CHE 319Transport Phenomena2.95BME 353Transport Phenomena in Living Systems3.60ECE 313Linear Systems and Signals3.04PGE 322KTransport Phenomena in Geosystems3.11ECE 351KProbability and Random Processes3.09ECE 411Circuit Theory3.07BME 344Biomechanics3.36PGE 323LReservoir Engineering II: Secondary and Tertiary Recovery2.97BME 214LComputational Fundamentals of Biomedical Engineering Design3.71M 361Theory of Functions of a Complex Variable3.02COE 311KEngineering Computation3.44BME 313LIntroduction to Numerical Methods in Biomedical Engineering3.55BME 355Molecular Engineering3.45M 372KPartial Differential Equations and Applications3.21C E 363Advanced Structural Analysis3.16M E 218Engineering Computational Methods3.48M 374MMathematical Modeling in Science and Engineering2.90ECE 325Electromagnetic Engineering3.17PGE 311Numerical Methods and Programming3.40M E 355KEngineering Vibrations3.69EVE 312Environmental Engineering and Science3.46ECE 339Solid-State Electronic Devices2.98COE 352Topics in Advanced Scientific Computations3.71M E 379NEngineering Acoustics3.51PHY 338KElectronic Techniques3.20ECE 440Integrated Circuit Nanomanufacturing Techniques3.39ECE 411HCircuit Theory: Honors3.09ECE 351HProbability and Random Processes: Honors3.45GEO 325KComputational Methods3.44GEO 366MMathematical Methods in Geophysics3.43ECE 313HLinear Systems and Signals: Honors3.24GEO 325JProgramming in FORTRAN and MATLAB3.71GEO 365PPotential Field Applications in Geophysics3.43M E 354Introduction to Biomechanical Engineering3.75ECE 334KQuantum Theory of Electronic Materials3.44ECE 363NEngineering Acoustics3.33COE 371Applied Mathematics I3.59GEO 325MNumerical Modeling in the Geosciences3.43ECE 339SSolar Energy Conversion Devices2.81GEO 465KSeismic Exploration2.97GEO 494PModeling Flow and Transport in Porous Media3.94PHY 333Modern Optics3.40ASE 376FRocket Fluid System DesignASE 376GRocket Guidance, Navigation, and ControlCOE 179L.1Introduction to Machine Learning and Data SciencesCOE 279L.1Introduction to Machine Learning and Data SciencesCOE 379L.1Introduction to Machine Learning and Data SciencesCOE 479L.1Introduction to Machine Learning and Data SciencesECE 334MMagnetic Materials and DevicesECE 340PHigh-Throughput NanopatterningGEO 325CContinuum MechanicsGEO 425PModeling Flow and Transport in Porous MediaM 329WCooperative MathematicsM 364KVector and Tensor Analysis IM 372Fourier Series and Boundary Value ProblemsM 374Fourier and Laplace TransformsM 376CTopics in Methods of Applied MathematicsM E 365KFinite Element Method

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How we got this

Class details come from UT’s Mathematics catalog page, checked October 27, 2026.

Grades come from UT’s grade dashboard, updated October 27, 2026. UT leaves out some small classes to protect students’ privacy. Past grades describe earlier terms; your section, instructor, and effort shape yours.

We count each A–F grade once. A’s counts A grades, and A− has its own bar. Subject averages use every letter grade in that subject and level that term, including this class. How the averages are calculated.

Before you register

Sections, times, and seats change every term. Check M 427J in UT’s class schedule for the semester you’re planning.

Open UT’s class schedule ↗Past syllabi ↗Compare M classes