Computer ScienceC S / UT Austin
Compare 100 C S courses by average GPA, A share and recent reported semester.
- Average GPA / 4.00
- 3.34
- A grades · excludes A−
- 45.0%
- Letter grades reported
- 134,110
Source: UT Austin Office of Institutional Reporting; updated .
C S courses
| Course | Average GPA | % A | Letter grades | Latest term |
|---|---|---|---|---|
| C S 103FEthical Foundations of Computer Science | 3.91 | 89.3% | 670 | Spring 2025 |
| C S 104CCompetitive Programming | 3.75 | 85.7% | 976 | Spring 2026 |
| C S 105COMPUTER PROGRAMMING: C++ | 3.20 | 53.7% | 596 | Spring 2016 |
| C S 105CComputer Programming: C++ | 3.37 | 47.5% | 202 | Fall 2023 |
| C S 105PTopics In Computer Programming Languages | 3.62 | 84.6% | 13 | Spring 2017 |
| C S 108Topics in Software Systems | 0.00 | 0.0% | 6 | Fall 2012 |
| C S 109Topics in Computer Science | 3.69 | 78.1% | 979 | Fall 2025 |
| C S 118HIntroduction to Computer Science Research: Honors | 3.88 | 74.2% | 132 | Spring 2026 |
| C S 174SLonghorn Startup Seminar | 3.76 | 93.2% | 264 | Fall 2025 |
| C S 178Undergraduate Topics in Computer Science | 3.87 | 94.7% | 341 | Fall 2018 |
| C S 178HUndergraduate Topics in Computer Science: Honors | 3.94 | 91.5% | 177 | Spring 2024 |
| C S 301KFoundations of Logical Thought | 2.33 | 23.8% | 281 | Fall 2014 |
| C S 302Computer Fluency | 3.44 | 52.0% | 2,266 | Spring 2021 |
| C S 303EElements of Computers and Programming | 3.30 | 47.7% | 14,116 | Summer 2026 |
| C S 304IEssentials of AI for Life and Society | 3.48 | 66.7% | 117 | Fall 2025 |
| C S 307FOUNDATIONS OF COMPUTER SCI | 3.03 | 26.5% | 49 | Summer 2011 |
| C S 309Topics in Computer Science | 3.80 | 76.9% | 1,209 | Spring 2026 |
| C S 311Discrete Mathematics for Computer Science | 3.10 | 28.9% | 6,317 | Spring 2026 |
| C S 311HDiscrete Mathematics for Computer Science: Honors | 3.61 | 44.8% | 915 | Fall 2025 |
| C S 312Introduction to Programming | 2.98 | 30.4% | 5,265 | Spring 2026 |
| C S 313EElements of Software Design | 3.42 | 51.7% | 6,847 | Spring 2026 |
| C S 313HLOGIC, SETS, & FUNCTIONS: HON | 3.29 | 26.1% | 115 | Fall 2012 |
| C S 313KLOGIC, SETS, AND FUNCTIONS | 2.63 | 23.7% | 1,054 | Summer 2013 |
| C S 314Data Structures | 2.92 | 21.7% | 7,147 | Spring 2026 |
| C S 314HData Structures: Honors | 3.54 | 37.8% | 1,034 | Fall 2025 |
| C S 315ALGORITHMS AND DATA STRUCTURES | 3.24 | 32.1% | 165 | Fall 2011 |
| C S 323EElements of Scientific Computing | 3.75 | 70.8% | 407 | Spring 2026 |
| C S 324EElements of Graphics and Visualization | 3.78 | 77.8% | 1,801 | Spring 2026 |
| C S 326EElements of Networking | 3.38 | 43.9% | 697 | Summer 2025 |
| C S 327EElements of Databases | 3.52 | 41.1% | 2,486 | Spring 2026 |
| C S 328ETopics in Elements of Computing | 3.75 | 72.1% | 61 | Fall 2015 |
| C S 329EAdvanced Topics in Elements of Computing | 3.64 | 62.2% | 8,119 | Summer 2026 |
| C S 330EElements of Software Engineering I | 3.57 | 50.0% | 1,019 | Fall 2025 |
| C S 331Algorithms and Complexity | 3.15 | 24.3% | 5,529 | Spring 2026 |
| C S 331EElements of Software Engineering II | 3.83 | 76.7% | 258 | Spring 2024 |
| C S 331HAlgorithms and Complexity: Honors | 3.50 | 41.5% | 726 | Spring 2026 |
| C S 333EElements of Data Integration | 3.81 | 70.7% | 41 | Spring 2026 |
| C S 333PScience of High-Performance Computing | 3.52 | 50.5% | 93 | Spring 2026 |
| C S 336ANALYSIS OF PROGRAMS | 2.63 | 23.0% | 304 | Spring 2012 |
| C S 336HANALYSIS OF PROGRAMS: HONORS | 3.25 | 39.1% | 46 | Spring 2012 |
| C S 337Theory in Programming Practice | 3.04 | 39.1% | 389 | Spring 2013 |
| C S 340DDebugging Verifying Programs | 3.65 | 65.0% | 143 | Spring 2023 |
| C S 341Automata Theory | 2.38 | 17.4% | 528 | Fall 2014 |
| C S 342Neural Networks | 3.68 | 65.5% | 1,027 | Fall 2025 |
| C S 342CComputational Brain | 3.77 | 56.1% | 287 | Spring 2022 |
| C S 342SIntroduction to Speech and Audio Processing | 3.62 | 54.4% | 103 | Spring 2026 |
| C S 343Artificial Intelligence | 3.23 | 28.6% | 1,411 | Spring 2026 |
| C S 343HArtificial Intelligence: Honors | 3.56 | 44.0% | 427 | Fall 2024 |
| C S 344MAutonomous Multiagent Systems | 3.15 | 31.3% | 67 | Fall 2015 |
| C S 345Programming Languages | 3.15 | 38.7% | 1,068 | Spring 2021 |
| C S 345HProgramming Languages: Honors | 3.73 | 68.5% | 394 | Fall 2025 |
| C S 346Cryptography | 3.06 | 25.6% | 461 | Fall 2025 |
| C S 347Data Management | 3.28 | 46.8% | 1,837 | Spring 2026 |
| C S 349Contemporary Issues in Computer Science | 3.61 | 61.4% | 2,101 | Spring 2026 |
| C S 350CAdvanced Computer Architecture | 3.21 | 45.5% | 209 | Spring 2026 |
| C S 350FOperating Systems | 3.19 | 23.2% | 82 | Spring 2015 |
| C S 352COMPUTER SYSTEMS ARCHITECTURE | 3.04 | 29.8% | 114 | Fall 2011 |
| C S 352HCOMPUTER SYS ARCHITECTURE: HON | 3.47 | 63.2% | 19 | Fall 2012 |
| C S 353Theory of Computation | 3.37 | 48.8% | 260 | Spring 2026 |
| C S 354Computer Graphics | 3.36 | 45.9% | 881 | Spring 2026 |
| C S 354HComputer Graphics: Honors | 3.81 | 83.5% | 206 | Spring 2026 |
| C S 354PGame Programming Paradigms | 3.77 | 75.0% | 156 | Fall 2025 |
| C S 354RGame Technology | 3.78 | 77.3% | 528 | Fall 2025 |
| C S 354SGame Development Capstone: Two-Dimensional Games | 3.79 | 67.6% | 105 | Fall 2024 |
| C S 354TGame Development Capstone: Three-Dimensional Games | 3.76 | 63.6% | 151 | Spring 2025 |
| C S 356Computer Networks | 3.41 | 44.2% | 2,043 | Spring 2026 |
| C S 356RIntroduction to Wireless Networks | 3.11 | 25.2% | 448 | Spring 2026 |
| C S 357ALGORITHMS | 2.92 | 18.2% | 44 | Fall 2011 |
| C S 357HALGORITHMS: HONORS | 2.89 | 22.2% | 18 | Spring 2012 |
| C S 358HIntroduction to Quantum Information Science: Honors | 3.34 | 37.6% | 178 | Fall 2025 |
| C S 360VVirtualization | 3.79 | 66.4% | 280 | Fall 2025 |
| C S 361Introduction to Computer Security | 3.42 | 54.7% | 1,548 | Spring 2020 |
| C S 361CInformation Assurance and Security | 3.57 | 62.1% | 235 | Spring 2015 |
| C S 361SNetwork Security and Privacy | 3.31 | 46.3% | 925 | Fall 2025 |
| C S 363DINTRODUCTION TO DATA MINING-WB | 3.53 | 46.4% | 1,118 | Summer 2022 |
| C S 363HPrinciples of Machine Learning I: Honors | 3.44 | 47.6% | 145 | Spring 2026 |
| C S 363MPrinciples of Machine Learning I | 3.36 | 35.0% | 1,559 | Spring 2026 |
| C S 364DADVANCED DATA MINING | 3.35 | 31.1% | 61 | Fall 2021 |
| C S 364MPrinciples of Machine Learning II | 3.63 | 46.9% | 192 | Spring 2026 |
| C S 371DDistributed Computing | 3.14 | 49.1% | 326 | Spring 2026 |
| C S 371GGeneric Programming and the STL | 3.40 | 54.5% | 101 | Summer 2021 |
| C S 371LiOS Mobile Computing | 3.75 | 70.5% | 1,151 | Summer 2026 |
| C S 371MMobile Computing | 3.56 | 59.5% | 948 | Spring 2026 |
| C S 371NNatural Language Processing | 3.57 | 43.4% | 235 | Spring 2026 |
| C S 371PObject-Oriented Programming | 3.19 | 39.5% | 2,172 | Spring 2026 |
| C S 371RInformation Retrieval and Web Search | 3.08 | 27.2% | 685 | Fall 2025 |
| C S 372INTRO TO OPERATING SYSTEMS | 3.04 | 31.2% | 247 | Spring 2012 |
| C S 372HINTRO TO OPERATING SYS: HONORS | 3.63 | 35.3% | 17 | Spring 2012 |
| C S 373Software Engineering | 3.45 | 50.9% | 3,348 | Summer 2026 |
| C S 373SSoftware Design | 3.26 | 26.0% | 269 | Spring 2019 |
| C S 374LLonghorn Startup | 3.63 | 47.4% | 78 | Spring 2025 |
| C S 375Compilers | 3.38 | 51.2% | 1,425 | Spring 2026 |
| C S 376Computer Vision | 3.71 | 67.9% | 496 | Spring 2026 |
| C S 377PProgramming for Performance | 3.19 | 33.7% | 398 | Spring 2026 |
| C S 378Undergraduate Topics in Computer Science | 3.60 | 56.5% | 12,147 | Summer 2026 |
| C S 378HUndergraduate Topics in Computer Science: Honors | 3.63 | 58.3% | 1,147 | Spring 2026 |
| C S 429Computer Organization and Architecture | 3.04 | 28.9% | 6,471 | Spring 2026 |
| C S 429HComputer Organization and Architecture: Honors | 3.31 | 32.7% | 1,020 | Spring 2026 |
| C S 439Principles of Computer Systems | 3.01 | 24.9% | 5,878 | Spring 2026 |
| C S 439HPrinciples of Computer Systems: Honors | 3.25 | 26.0% | 963 | Fall 2025 |
How this department is summarized
The Computer Science hub includes 100 undergraduate courses with reported letter-grade data. Its 3.34 average combines 134,110 letter grades, weighting each grade equally. A large course therefore contributes more than a small seminar.
The A share is 45.0%, counting A separately from A−. Course-level pages show the available semesters and syllabus sources. Historical grades do not establish workload or teaching quality.