Computer Science Courses
2025-2026 Academic Year
This is the current year. Check the main department page for our current course offerings.
Note that Professors Ying Li and Max Bender are be on sabbatical this year.
2026-2027 Academic Year
We expect to offer the following courses in the 2025-26 academic year. Note that Professors Stephanie Taylor and Ike Lage will be on sabbatical this year.
Fall 2026
- CS 151: Computational Thinking: Visual Media
- CS 152: Computational Thinking: Science
- CS 154: Computational Thinking: Natural Language Processing (note: this does count for the CS major)
- CS 166: Computational Thinking: Computer Vision (note: this does count for the CS major, and is for students with prior programming experience)
- CS 231: Data Structures and Algorithms
- CS 232: Computer Organization
- CS 251: Data Analysis and Visualization (depends on us having enough profs to teach it)
- CS 310: Creating Future Worlds: Computing, Ethics, and Society (Doore)
- CS 333: Programming Languages
- CS 375: Analysis of Algorithms
- CS 376: Algorithm Design and Analysis or CS 378: Introduction to Computation Theory
- CS 330: Real-World Database Design, Development, and Deployment I (Doore) (sequence course 1)
- CS 331: Computer Networks (Li) (sequence course 1)
- CS 343: Neural Networks (Layton) (sequence course 1)
- CS 346: Modeling and Simulation I (Aaron) (sequence course 1)
- CS 386: Algorithmic Game Theory I (Bender) (sequence course 1)
January 2027
- TBD
Spring 2027
- CS 151: Computational Thinking: Visual Media
- CS 152: Computational Thinking: Science
- CS 231: Data Structures and Algorithms
- CS 232: Computer Organization
- CS 251: Data Analysis and Visualization
- CS 252: Mathematical Data Analysis and Visualization (prerequisite: Linear Algebra)
- CS 310: Creating Future Worlds: Computing, Ethics, and Society (Doore)
- CS 333: Programming Languages
- CS 343: Neural Networks (Chowdhury) (sequence course 1)
- CS 375: Analysis of Algorithms (Aaron)
- CS 430: Advanced Database Design, Development, and Deployment (Doore) (sequence course 2)
- CS 431: Advanced Computer Networks (Li) (sequence course 2)
- CS 444: Deep Learning (Layton) (sequence course 2)
- CS 446: Modeling and Simulation II (Aaron) (sequence course 2)
- CS 486: Algorithmic Game Theory II (Bender) (sequence course 2)
2027-2028 Academic Year
Note that Professor Tahiya Chowdhury will be on sabbatical this year.
Fall 2027
- CS 151: Computational Thinking: Visual Media
- CS 152: Computational Thinking: Science
- CS 154: Computational Thinking: Natural Language Processing (note: this does count for the CS major)
- CS 166: Computational Thinking: Computer Vision (note: this does count for the CS major, and is for students with prior programming experience)
- CS 231: Data Structures and Algorithms
- CS 232: Computer Organization
- CS 251: Data Analysis and Visualization (depends on us having enough profs to teach it)
- CS 310: Creating Future Worlds: Computing, Ethics, and Society (Doore)
- CS 333: Programming Languages
- CS 375: Analysis of Algorithms
- CS 376: Algorithm Design and Analysis or CS 378: Introduction to Computation Theory
- CS 321: Software Engineering (Al Madi) (sequence course 1)
- CS 341: Systems Biology I (Taylor) (sequence course 1)
- CS 343: Neural Networks (Layton) (sequence course 1)
- CS 353: Interactive Systems I (Wolfe) (sequence course 1)
- CS 348: Human Interpretable AI I (Lage) (sequence course 1)
January 2028
- TBD
Spring 2028
- CS 151: Computational Thinking: Visual Media
- CS 152: Computational Thinking: Science
- CS 231: Data Structures and Algorithms
- CS 232: Computer Organization
- CS 251: Data Analysis and Visualization
- CS 252: Mathematical Data Analysis and Visualization (prerequisite: Linear Algebra)
- CS 310: Creating Future Worlds: Computing, Ethics, and Society (Doore)
- CS 333: Programming Languages
- CS 343: Neural Networks (Chowdhury) (sequence course 1)
- CS 375: Analysis of Algorithms (Aaron)
- CS 376: Algorithm Design and Analysis or CS 378: Introduction to Computation Theory
- CS 421: Empirical Software Engineering (Al Madi) (sequence course 2)
- CS 422: Entrepreneurial Software Engineering (Al Madi) (sequence course 2)
- CS 441: Systems Biology II (Taylor) (sequence course 2)
- CS 443: Bio-Inspired Machine Learning (Layton) (sequence course 2)
- CS 448: Human Interpretable AI II (Lage) (sequence course 2)
- CS 453: Interactive Systems II (Wolfe) (sequence course 2)
Archive
2025-2026 Academic Year
Fall 2025
- CS 151: Computational Thinking: Visual Media (Wolfe, Doore)
- CS 152: Computational Thinking: Science (Harper, Lage)
- CS 231: Data Structures and Algorithms (Lectures: Harper, Al Madi)(Labs: Lage, Harper)
- CS 232: Computer Organization (Lectures: Chowdhury)(Labs: Taylor)
- CS 251: Data Analysis and Visualization (Lectures: Layton)(Labs: Taylor)
- CS 310: Creating Future Worlds: Computing, Ethics, and Society (Doore)
- CS 333: Programming Languages (Taylor)
- CS 375: Analysis of Algorithms (Aaron)
- CS 321: Software Engineering (Al Madi) (sequence course 1)
- CS 343: Neural Networks (Layton) (sequence course 1)
- CS 346: Computational Modeling and Simulation (Aaron) (sequence course 1)
- CS 353: Interactive Systems I (Wolfe) (sequence course 1)
- CS 366: Computer Vision (Chowdhury) (sequence course 1)
January 2025
- We are unable to offer any courses this January.
Spring 2026
- CS 151: Computational Thinking: Visual Media
- CS 152: Computational Thinking: Science
- CS 231: Data Structures and Algorithms (Lectures: Harper) (Labs: Harper, Lage)
- CS 232: Computer Organization (Lectures: Chowdhury)(Labs: Taylor)
- CS 251: Data Analysis and Visualization (Taylor, Wolfe)
- CS 252: Mathematical Data Analysis and Visualization (Layton, Wolfe) (prerequisite: Linear Algebra)
- CS 310: Creating Future Worlds: Computing, Ethics, and Society (Doore)
- CS 333: Programming Languages (Taylor)
- CS 343: Neural Networks (Layton) (sequence course 1)
- CS 375: Analysis of Algorithms (Aaron)
- CS 378: Introduction to Computation Theory (Aaron)
- CS 421: Empirical Software Engineering (Al Madi) (sequence course 2)
- CS 422: Entrepreneurial Software Engineering (Al Madi) (sequence course 2)
- CS 443: Bio-Inspired Machine Learning (Layton) (sequence course 2)
- CS 446: Modeling and Simulation II (Aaron) (sequence course 2)
- CS 453: Interactive Systems II (Wolfe) (sequence course 2)
- CS 466: Multimodel Interaction and Learning (Chowdhury) (sequence course 2)
2024-2025 Academic Year
Fall 2024
- CS 152: Computational Thinking: Science
- CS 154: Computational Thinking: Natural Language Processing (note: this does count for the CS major)
- CS 166: Computational Thinking: Computer Vision (note: this does count for the CS major, and is for students with prior programming experience)
- CS 231: Data Structures and Algorithms (Al Madi, Aaron, Projects)
- CS 232: Computer Organization
- CS 251: Data Analysis and Visualization
- CS 310: Creating Future Worlds: Computing, Ethics, and Society (Doore)
- CS 333: Programming Languages
- CS 375: Analysis of Algorithms (Bender)
- CS 378: Introduction to Computation Theory (Aaron)
- CS 321: Software Engineering (Al Madi) (sequence course 1)
- CS 330: Real-World Database Design, Development, and Deployment I (Doore) (sequence course 1)
- CS 343: Neural Networks (Layton) (sequence course 1)
- CS 348: Human Interpretable AI I (Lage) (sequence course 1)
January 2025
- CS 353: Interactive Systems I (Wolfe) (sequence course 1)
Spring 2025
- CS 151: Computational Thinking: Visual Media
- CS 152: Computational Thinking: Science
- CS 231: Data Structures and Algorithms
- CS 232: Computer Organization (Lecture, Chowdhury) (Labs, Taylor)
- CS 251: Data Analysis and Visualization
- CS 252: Mathematical Data Analysis and Visualization (prerequisite: Linear Algebra)
- CS 310: Creating Future Worlds: Computing, Ethics, and Society (Doore)
- CS 333: Programming Languages
- CS 337: Operating Systems and Cloud Computing (Al Madi)
- CS 343: Neural Networks (Chowdhury) (sequence course 1)
- CS 375: Analysis of Algorithms (Bender)
- CS 376: Algorithm Design and Analysis (Aaron)
- CS 421: Empirical Software Engineering (Al Madi) (sequence course 2)
- CS 422: Entrepreneurial Software Engineering (Al Madi) (sequence course 2)
- CS 430: Advanced Database Design, Development, and Deployment (Doore) (sequence course 2)
- CS 444: Deep Learning (Layton) (sequence course 2)
- CS 448: Human Interpretable AI II (Lage) (sequence course 2)
- CS 453: Interactive Systems II (Wolfe) (sequence course 2)
2023-2024 Academic Year
Fall 2023
- CS 151: Computational Thinking: Visual Media (Wolfe)
- CS 152: Computational Thinking: Science (Harper, Lage)
- CS 154: Computational Thinking: Natural Language Processing (Stent) (note: this does count for the CS major)
- CS 166: Computational Thinking: Computer Vision (Chowdhury) (note: this does count for the CS major, and is for students with prior programming experience)
- CS 231: Data Structures and Algorithms (Syllabus and Assignments, Projects)
- CS 232: Computer Organization (Lectures: Li, Labs: Taylor)
- CS 251 Data Analysis and Visualization (Layton)
- CS 331: Computer Networks (Li) (sequence course 1)
- CS 333: Programming Languages (Taylor)
- CS 343: Neural Networks (Layton) (sequence course 1)
- CS 346: Computational Modeling and Simulation I (Aaron) (sequence course 1)
- CS 375: Analysis of Algorithms (Aaron)
- CS 381: Algorithmic Game Theory (Bender) (sequence course 1, will be re-numbered 386)
Spring 2024
- CS 151: Computational Thinking: Visual Media (Wolfe)
- CS 152: Computational Thinking: Science (Harper, Lage)
- CS 231: Data Structures and Algorithms (Bender, Harper)
- CS 251: Data Analysis and Visualization (Taylor, Layton)
- CS 252: Mathematical Data Analysis and Visualization (prerequisite: Linear Algebra) (Layton)
- CS 310: Creating Future Worlds: Computing, Ethics, and Society (Yankoski)
- CS 333: Programming Languages (Bender, Taylor)
- CS 375: Analysis of Algorithms (Aaron)
- CS 376: Algorithm Design and Analysis (Aaron)
- CS 431: Advanced Computer Networks (Li) (sequence course 2)
- CS 443: Bio-Inspired Machine Learning (Layton) (sequence course 2)
- CS 446: Computational Modeling and Simulation II (Aaron) (sequence course 2)
- CS 486: Algorithmic Game Theory II (Bender) (sequence course 2)
2022-2023 Academic Year
Fall 2022
- CS 151: Computational Thinking: Visual Media (Doore)
- CS 152: Computational Thinking: Science (Harper)
- CS 231: Data Structures and Algorithms (Al Madi, Bender)
- CS 232: Computer Organization (Lecture - Li, Lab - Taylor)
- CS 321: Software Engineering (Al Madi)
- CS 341: Systems Biology I (Taylor)
- CS 343: Neural Networks (Layton)
- CS 375: Analysis of Algorithms (Aaron)
- CS 378: Introduction to Computation Theory (Aaron)
- CS 436: Artificial Intelligence Seminar (Stent)
January 2023
- JP 197A: Hands-on Intro to AI with NLP
- JP 297D: Hands-on Intro to AI with Computer Vision
- CS 269: Game Design
Spring 2023
- CS 151: Computational Thinking: Visual Media (Doore, Al Madi)
- CS 152: Computational Thinking: Science (Harper)
- CS 231: Data Structures and Algorithms (Bender, Aaron)
- CS 251: Data Analysis and Visualization (Taylor, Stent)
- CS 252: Mathematical Data Analysis and Visualization (prerequisite: Linear Algebra)(Layton, Taylor)
- CS 310: Creating Future Worlds: Computing, Ethics, and Society (Doore)
- CS 333: Programming Languages (Li)
- CS 343: Neural Networks (Stent)
- CS 376: Algorithm Analysis and Design (Aaron)
- CS 421: Empirical Software Engineering (Al Madi)
- CS 441: Systems Biology II (Taylor)
- CS 443: Bio-Inspired Machine Learning (Layton)
2021-2022 Academic Year
Fall 2021
- CS 151: Computational Thinking: Visual Media (Wolfe, Bender)
- CS 152: Computational Thinking: Science (Doore, Harper)
- CS 231: Data Structures and Algorithms (Al Madi, Harper)
- CS 232: Computer Organization: Lectures, Labs (Li, Taylor)
- CS 251: Data Analysis and Visualization: Lectures, Labs (Taylor, Wolfe)
- CS 333: Programming Languages (Taylor)
- CS 330: Real-World Database Design, Development, and Deployment I (Doore)
- CS 321: Software Engineering (Al Madi)
- CS 353: Interactive Systems (Wolfe)
- CS 375: Analysis of Algorithms (Bender)
- CS 431: Advanced Computer Networks (Li)
January 2022
- CS 269: Game Design (Maxwell)
- CS 325: Web Programming (Skrien)
Spring 2022
- CS 125: Introduction to R (Taylor)
- CS 151: Computational Thinking: Visual Media (Wolfe, Bender)
- CS 152: Computational Thinking: Science (Harper)
- CS 231: Data Structures and Algorithms (Wolfe, Harper, Bender)
- CS 251: Data Analysis and Visualization (Taylor)
- CS 252: Mathematical Data Analysis and Visualization (prerequisite: Linear Algebra) (Stent)
- CS 333: Programming Languages (Taylor)
- MA/CS359: Finite Fields and Error Correcting Codes (Abdelghany) (elective)
- CS 361: Object Oriented Design (Skrien)
- CS 375: Analysis of Algorithms (Bender)
- CS 310: Creating Future Worlds: Computing, Ethics, and Society (Doore)
- CS 337: Operating Systems (Al Madi)
- CS 430: Advanced Database Design, Development, and Deployment (Doore)
- CS 421: Empirical Software Engineering (Al Madi)
2020-2021 Academic Year
Fall 2020
- CS 125: Introduction to R (Taylor)
- CS 151A: Computational Thinking: Visual Media (Doore)
- CS 151B: Computational Thinking: Visual Media (Layton)
- CS 151C1: Computational Thinking: Visual Media (Doore)
- CS 151C2: Computational Thinking: Visual Media (Al Madi)
- CS 231: Data Structures and Algorithms (Al Madi, Wolfe)
- CS 232: Computer Organization (lectures Li, labs Taylor)
- CS 333: Programming Languages (Li)
- CS 341: Systems Biology I (Taylor)
- CS 343: Neural Networks (Layton)
- CS 353: Interactive Systems I (Wolfe)
- CS 376: Algorithm Design and Analysis (Aaron)
- CS 446: Computational Modeling and Simulation II (Aaron)
January 2021
- CS 297: Data Driven Decision-Making (Garfield)
Spring 2021
- CS 151A: Computational Thinking: Visual Media (Doore)
- CS 151B: Computational Thinking: Visual Media (Layton)
- CS 151C: Computational Thinking: Visual Media (Al Madi)
- CS 231: Data Structures and Algorithms (Skrien, Al Madi)
- CS 251: Data Analysis and Visualization (Taylor, Layton, Wolfe)
- CS 252: Mathematical Data Analysis and Visualization (Layton, Wolfe)
- CS 298: Ethics of Computing (Doore)
- CS 331: Computer Networks (Li)
- CS 333: Programming Languages (Li)
- CS 346: Computational Modeling and Simulation (Aaron)
- CS 375: Analysis of Algorithms (Aaron)
- CS 378: Introduction to Computational Theory (Aaron)
- CS 441: Systems Biology II (Taylor)
- CS 453: Interactive Systems II (Wolfe)
2019-2020 Academic Year
Fall 2019
- CS 125: Introduction to R (Maxwell)
- CS 151: Computational Thinking: Visual Media (Labs) (Wolfe, Maxwell)
- CS 152: Computational Thinking: Science (Labs) (Eaton, Maxwell)
- CS 231: Data Structures and Algorithms (Labs) (Wolfe, Maxwell)
- CS 232: Computer Organization (Labs) (Eaton, Maxwell)
- CS 331: Computer Networks (Li)
- CS 333: Programming Languages (Li)
- CS 343: Neural Networks (Layton)
- CS 375: Analysis of Algorithms (Aaron)
- CS 378: Introduction to Theory of Computation (Aaron)
- CS 497: Advanced Perception (Maxwell)
January 2019
- CS 269: Computer Game Design (Maxwell)
Spring 2020
- CS 151: Computational Thinking: Visual Media (Labs) (Wolfe, Maxwell)
- CS 152: Computational Thinking: Science (Labs) (Eaton, Maxwell)
- CS 231: Data Structures and Algorithms (Labs) (Skrien, Maxwell)
- CS 251: Data Analysis and Visualization (Eaton, Layton, Wolfe)
- CS 333: Programming Languages (Li)
- CS 346: Computational Modeling and Simulation (Aaron)
- CS 375: Analysis of Algorithms (Aaron)
- CS 431: Advanced Computer Networks (Li)
- CS 443: Computational Neuroscience (Layton)
2018-2019 Academic Year
Fall 2018
- CS 151: Computational Thinking: Visual Media (Labs) (Layton, Taylor)
- CS 152: Computational Thinking: Science (Labs) (Codabux, Aaron)
- CS 153: Computational Thinking: Smart Systems (Labs) (Eaton, Maxwell)
- CS 197: Introduction to R (Maxwell)
- CS 231: Data Structures and Algorithms (Layton, Codabux, Maxwell, Aaron)
- CS 232: Computer Organization (Maxwell, Taylor)
- CS 333: Programming Languages (Taylor)
- CS 342: Embedded Systems (Eaton)
- CS 361: Object-Oriented Design (Skrien)
- CS 375: Analysis of Algorithms (Aaron)
- CS 451: Advanced Computer Graphics (Maxwell)
January 2019
- CS 267: Interactive Digital Media (Maxwell)
- CS 325: Web Programming (Skrien)
Spring 2019
- CS 151: Computational Thinking: Visual Media (Labs) (Eaton, Layton)
- CS 152: Computational Thinking: Science (Labs) (Codabux, Aaron)
- CS 231: Data Structures and Algorithms (Codabux, Taylor, Maxwell, Layton, Aaron)
- CS 251B: Data Analysis and Visualization (Labs) (Taylor, Layton, Maxwell, Codabux)
- CS 333: Programming Languages (Taylor)
- CS 365: Computer Vision (Maxwell)
- CS 375: Analysis of Algorithms
- CS 442: Computational Physiology (Eaton)
- CS 461: Object-Oriented Systems (Skrien)
2017-2018 Academic Year
Fall 2017
- CS 151: Computational Thinking: Visual Media (Eaton, Maxwell)
- CS 152: Computational Thinking: Science (Labs) (Skrien, Eaton)
- CS 231: Data Structures and Algorithms (Labs) (Taylor, Codabux, Eaton)
- CS 232: Computer Organization (Labs) (Li/Maxwell)
- CS 333: Programming Languages (Li)
- CS 341: Systems Biology I (Taylor)
- CS 397: Software Engineering I (Codabux)
- CS 378: Introduction to the Theory of Computation (Skrien)
January 2018
- CS 325: Web Development (Skrien)
Spring 2018
- CS 151: Computational Thinking: Visual Media (Labs) (Skrien, Eaton)
- CS 152: Computational Thinking: Science (Labs) (Codabux, Eaton)
- CS 231: Data Structures and Algorithms (Labs) (Li, Maxwell)
- CS 251: Data Analysis and Visualization (Taylor, Eaton, Maxwell, Codabux)
- CS 333: Programming Languages (Maxwell)
- CS 336: Parallel and Distributed Systems (Taylor)
- CS 351: Computer Graphics (Maxwell)
- CS 375: Analysis of Algorithms (Skrien)
- CS 441: Systems Biology II (Taylor)
- CS 498: Software Engineering II (Codabux)
2016-2017 Academic Year
Fall 2016
- CS 151: Computational Thinking: Visual Media (Labs) (Skrien/Maxwell)
- CS 152: Computational Thinking: Science (Labs) (Taylor/Maxwell)
- CS 231: Data Structures and Algorithms (Labs) (Maxwell/Taylor)
- CS 232: Computer Organization (Labs) (Li/Taylor)
- CS 331: Computer Networks (Li)
- CS 333: Programming Languages (Li)
- CS 361: Object-Oriented Design (Skrien)
January 2017
- CS 269: Computer Game Design (Maxwell)
Spring 2017
- CS 151: Computational Thinking: Visual Media (Labs) (Taylor/Li)
- CS 152: Computational Thinking: Science (Labs) (Skrien/Taylor)
- CS 231: Data Structures and Algorithms (Labs) (Codabux/Li)
- CS 251: Data Analysis and Visualization (Taylor/Codabux/Maxwell)
- CS 325: Web Programming (Codabux)
- CS 351: Computer Graphics (Maxwell)
- CS 363: Robotics (Maxwell)
- CS 375: Analysis of Algorithms (Skrien)
- CS 431: Advanced Computer Networks (Li)
- CS 461: Object-Oriented Systems (Skrien)
2015-2016 Academic Year
Fall 2015
- CS 151: Computational Thinking: Visual Media Applications (Labs) (Maxwell/Taylor)
- CS 152: Computational Thinking: Science Applications (Labs) (Maxwell/Taylor)
- CS 231: Data Structures and Algorithms (Labs) (Skrien/Li)
- CS 333: Programming Languages (Li)
- CS 341: System Biology I (Taylor)
- CS 378: Introduction to Computational Theory (Skrien), requires MA 274
January 2016
- CS 267: Interactive Digital Media (Maxwell)
Spring 2016
- CS 151: Computational Thinking: Visual Media (Labs) (Skrien/Li)
- CS 232: Computer Organization (Labs) (Li/Maxwell)
- CS 251: Data Analysis and Visualization (Labs) (Taylor/Maxwell)
- CS 336: Parallel and Distributed Processing (Taylor)
- CS 365: Computer Vision (Maxwell)
- CS 441: Systems Biology II (Taylor)
2014-2015 Academic Year
Fall 2014
- CS 151: Computational Thinking (Labs) (Skrien/Taylor)
- CS 231: Data Structures and Algorithms (Labs) (Skrien/Taylor)
- CS 333: Programming Languages (Taylor)
- CS 351: Computer Graphics (Maxwell)
- CS 375: Analysis of Algorithms (Skrien)
January 2015
- CS 269/369 Computer Game Design (Maxwell)
Spring 2015
- CS 151: Computational Thinking (Labs) (Taylor/Maxwell)
- CS 232: Computer Organization (Maxwell)
- CS 251: Data Analysis and Visualization (Labs) (Taylor/Maxwell)
- CS 321: Computer Networks and Security(Siff)
- CS 451: Advanced Computer Graphics (Maxwell)
2013-2014 Academic Year
Fall 2013
- CS 151: Computational Thinking
- CS 231: Data Structures and Algorithms(lecture)
- CS 333: Programming Languages
- CS 361: Object-Oriented Design I
- CS 378: Introduction to Computational Theory
January 2014
- No CS courses
Spring 2014
- CS 151: Computational Thinking
- CS 232: Computer Organization (lab)
- CS 251: Data Analysis and Visualization
- CS 325: Web Programming
- CS 336: Parallel and Distributed Systems
- CS 461: Object-Oriented Design II
2012-2013 Academic Year
Fall 2012
- CS 151: Computational Thinking (Lab link) (Taylor/Maxwell)
- CS 231: Data Structures and Algorithms (Lab link) (Skrien/Maxwell)
- CS 333: Programming Languages (Maxwell)
- CS 341: Systems Biology I (Taylor)
- CS 375: Analysis of Algorithms (Skrien)
January 2013
Spring 2013
- CS 151: Computational Thinking (Lab link) (Skrien/Taylor)
- CS 232: Computer Organization (Lab link) (Skrien/Maxwell)
- CS 251: Data Analysis and Visualization (Lab link) (Taylor/Maxwell)
- CS 363: Robotics (Maxwell)
- CS 441: Systems Biology (Taylor)
2011-2012 Academic Year
Fall 2011
- CS 151: Computational Thinking (Lab link) (Maxwell/Eastwood)
- CS 231: Data Structures and Algorithms (Lab link) (Skrien/Eastwood)
- CS 333: Programming Languages (Eastwood)
- CS 351: Computer Graphics (Maxwell)
- CS 378: Introduction to Computational Theory (Skrien)
- CS 397: Computer Networks and Security (Siff)
January 2012
- CS283/BI283 Bioinformatics (McClellan)
- CS297 Interactive Digital Media (Maxwell)
Spring 2012
- CS 151: Computational Thinking (Lab link) (Skrien/Eastwood)
- CS 232: Computer Organization (Lab link) (Eastwood/Maxwell)
- CS 251: Data Analysis and Visualization (Maxwell)
- CS 356: Compiler Construction (Skrien)
- CS 365: Computer Vision (Eastwood)
- CS 451: Advanced Computer Graphics (Maxwell)
2010-2011 Academic Year
Fall 2010
- CS 151 Computational Thinking (Maxwell/Eastwood) (lab link)
- CS 231 Data Structures and Algorithms (Skrien/Eastwood)
- CS 333 Programming Languages (Maxwell)
- CS 361 Object-Oriented Design I (Skrien)
- CS 375 Analysis of Algorithms (Skrien)
January 2011
- CS 269J/369J Computer Game Design (Maxwell)
Spring 2011
- CS 151: Computational Thinking (Taylor/Maxwell) (Labs)
- CS 232: Computer Organization (Skrien)
- CS 251: Data Analysis and Visualization (Maxwell)
- CS 336: Parallel and Distributed Computing (Taylor)
- CS 398: Computational Photography (Eastwood)
- CS 461: Object-Oriented Design II (Skrien)
2009-2010 Academic Year
Fall 2009
- CS 151: Computational Thinking (Taylor/Skrien)
- CS 231: Data Structures and Algorithms (Eastwood/Maxwell) (labs)
- CS 298: Web Programming (Skrien)
- CS 333: Programming Languages (Maxwell)
- CS 341: Systems Biology I (Taylor)
- CS 363: Robotics (Maxwell)
January 2010
- CS 297J: Bioinformatics (McClellan)
Spring 2010
- CS 151: Computational Thinking (Taylor/Maxwell) (labs)
- CS 198: Computer Music (Hallstrom/Maxwell)
- CS 232: Computer Organization (Skrien)
- CS 251: Data Analysis and Visualization (Maxwell)
- CS 365: Computer Vision (Eastwood)
- CS 378: Theory of Computation (Skrien)
- CS 441: Systems Biology II (Taylor)
2008-2009 Academic Year
Fall 2008
- CS 151: Computational Thinking (Skrien/Taylor)
- CS 231: Data Structures and Algorithms (Skrien/Taylor)
- CS 336: Parallel and Distributed Systems (Taylor)
- CS 351: Computer Graphics (Maxwell)
- CS 375: Analysis of Algorithms (Skrien)
January 2008
- CS 269/369: Computer Game Design
Spring 2009
- CS 151: Computational Thinking (Taylor/Maxwell) (labs)
- CS 232: Computer Organization (TBA)
- CS 251: Data Analysis and Visualization (Maxwell)
- CS 398: Networks (Siff)
- CS 270/451: Advanced Graphics: 3D Video Game Design (Maxwell)
2007-2008 Academic Year
Fall 2007
- CS 151: Elementary Algorithms and Structured Programming (Russell)
- CS 231: Data Structures and Algorithms (Maxwell)
- CS 356: Compilers (Skrien)
- CS 378: Theory of Computation (Skrien)
- CS 397: Computer Vision (Maxwell)
Spring 2008
- CS 151: Computational Thinking (Maxwell)
- CS 231: Data Structures and Algorithms (Skrien)
- CS 232: Computer Organization (Skrien)
- CS 333: Programming Languages (Russell)
- CS 361: Object-Oriented Design (Skrien)
- CS 398: Cryptography (Russell)