| # | Code | Name | UG | GR | ADC | Subject | Subject Code | Academic Department | Status | |
|---|---|---|---|---|---|---|---|---|---|---|
| 901 | CPHE300 | Christian Service in Computing This course provides students the option to complete a service project coordinated through the School of Computing or in partial fulfilment of a CPTR, CPHE, CPTE, CPIS upper division course with a service oriented project that fulfills one or two Level II requirements of the Christian Service program. Credits: 0 - 1, Level: Undergraduate, Offered: FALL | WINTER Catalog: ✔️ Undergraduate (2017 — Indefinite) | ✔️ | ❌ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 902 | CPHE310 | Introduction to Signal Processing Introduction to signal processing for discrete-time and continuous-time signals. Filtering, frequency response, Fourier transform, Z transform, and sampling. Laboratory emphasizes computer-based signal processing. Three hours of lecture and three hours of laboratory each week. Credits: 4, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2006 — Indefinite) | ✔️ | ❌ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 903 | CPHE320L | Circuit Analysis Lab NULL Credits: 0, Level: Undergraduate, Offered: VARIABLE Catalog: (2006 — Indefinite) | ❌ | ❌ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 904 | CPHE323 | Analog Electronics Foundational theory and practice of analog circuit analysis and design. Basic concepts of circuit behavior, electronic components, circuit analysis methods, semiconductors, and transducers. Introduction to test and measurement instrumentation, experimental techniques for analysis and characterization of electrical circuits, and practical implementations of common analog circuitry in modern embedded systems. Two hours of lecture and three hours of laboratory each week. Credits: 3, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (2018 — Indefinite) | ✔️ | ❌ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 905 | CPHE380 | Microcontroller Design Microcontroller structure, instruction set and addressing modes. Introduction to embedded system development, microcontroller resource allocation, assembly and C language programming, interrupt handlers, real-time operation, timing and basic communication interfaces. Three hours of lecture and three hours of laboratory each week. Credits: 4, Lab Fee 05 ($60), Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2006 — Indefinite) | ✔️ | ❌ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 906 | CPHE412 | Embedded Systems Development Fundamentals of microcontroller interfacing and embedded system development for OS-based devices. Overview of embedded operating systems and multitasking, common embedded development best practices and pitfalls, device driver development, DMA, and common bus standards. Two hours of lecture and three hours of laboratory each week. Credits: 3, Lab Fee 07 ($120), Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (2018 — Indefinite) | ✔️ | ❌ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 907 | CPHE465 | Topics in Embedded Systems Topics selected from areas of embedded systems not covered in other courses. May be repeated with permission. Credits: 1 - 3, Level: Undergraduate, Offered: FALL | WINTER Catalog: ✔️ Undergraduate (2009 — Indefinite) | ✔️ | ❌ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 908 | CPHE495 | Directed Study in Hardware and Embedded Systems See CPHE 295 for course description. Credits: 1 - 3, Level: Undergraduate, Offered: VARIABLE Catalog: ✔️ Undergraduate (2005 - 2023) Discontinued (2022-01-01) | ✔️ | ❌ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 909 | CPHE495 | Independent Study in Hardware and Embedded Systems Individual or group work adjusted to meet particular needs of computer science students. Formal written report required. May be repeated for credit up to six hours. Credits: 1 - 3, Level: Undergraduate, Offered: VARIABLE Catalog: ✔️ Undergraduate (2023 — Indefinite) | ✔️ | ❌ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 910 | CPHE505 | Transition Course Course work needed for admission to the master's program. This course does not count towards the master's degree requirements. May be repeated as necessary. Credits: 1 - 6, Level: Graduate, Offered: VARIABLE Catalog: ✔️ Graduate (2015 — Indefinite) | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 911 | CPHE505 | Transition Course Course work needed for admission to the master's program. This course does not count towards the master's degree requirements. May be repeated as necessary. Credits: 1 - 6, Level: Graduate, Offered: VARIABLE Catalog: ✔️ Graduate (2025 — Indefinite) Proposal — Workflow Step: Graduate Studies Final Approval, Graduate Studies | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Review | |
| 912 | CPHE546 | Embedded Systems in Robotics and Automation Introduction to the fundamental kinematic, dynamic, and computational principles underlying most modern robotic systems. Coordinate transformations, manipulator kinematics, mobile-robot kinematics, actuation and sensing, feedback control, vision, and motion planning. Credits: 3, Level: Graduate, Offered: FALL EVEN YEARS Catalog: ✔️ Graduate (2025 — Indefinite) Proposal — Workflow Step: Graduate Studies Final Approval, Graduate Studies | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Review | |
| 913 | CPHE546 | Embedded Systems in Robotics and Automation Introduction to the fundamental kinematic, dynamic, and computational principles underlying most modern robotic systems. Coordinate transformations, manipulator kinematics, mobile-robot kinematics, actuation and sensing, feedback control, vision, and motion planning. Credits: 3, Level: Graduate, Offered: FALL EVEN YEARS Catalog: ✔️ Graduate (2012 — Indefinite) | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 914 | CPHE554 | Advanced Digital Signal Processing Advanced and real-time digital signal processing methods. Review of two sided Z-transform, linear time-invariant discrete-time systems, and sampling theory. A/D and D/A conversion, rate conversion, and oversampling techniques for ADC and DAC; filter design, quantization in digital filter implementation, and discrete Fourier analysis. Implementation of real-time DSP applications in embedded environments. Credits: 3, Level: Graduate, Offered: WINTER ODD YEARS Catalog: ✔️ Graduate (2012 — Indefinite) | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 915 | CPHE554 | Advanced Digital Signal Processing Advanced and real-time digital signal processing methods. Review of two sided Z-transform, linear time-invariant discrete-time systems, and sampling theory. A/D and D/A conversion, rate conversion, and oversampling techniques for ADC and DAC; filter design, quantization in digital filter implementation, and discrete Fourier analysis. Implementation of real-time DSP applications in embedded environments. Credits: 3, Level: Graduate, Offered: WINTER ODD YEARS Catalog: ✔️ Graduate (2025 — Indefinite) Proposal — Workflow Step: Graduate Studies Final Approval, Graduate Studies | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Review | |
| 916 | CPHE564 | Real-time Embedded Systems Exploration of the principles, methods, and techniques for building hard and soft real-time embedded systems. Real-time operating system considerations including resource management, scheduling, performance, concurrency, and dependability. Interaction with devices including memory management, device drivers, communication buses, and networks. Embedded software development, testing, and analysis. Embedded hardware design including embedded processor architectures, reconfigurable devices, and SoCs. Application-level concepts common to embedded systems such as signal processing, image processing, computer vision, sensor networks, and feedback control will be incorporated as relevant to hands-on course projects. Credits: 3, Level: Graduate, Offered: WINTER EVEN YEARS Catalog: ✔️ Graduate (2025 — Indefinite) Proposal — Workflow Step: Graduate Studies Final Approval, Graduate Studies | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Review | |
| 917 | CPHE564 | Real-time Embedded Systems Exploration of the principles, methods, and techniques for building hard and soft real-time embedded systems. Real-time operating system considerations including resource management, scheduling, performance, concurrency, and dependability. Interaction with devices including memory management, device drivers, communication buses, and networks. Embedded software development, testing, and analysis. Embedded hardware design including embedded processor architectures, reconfigurable devices, and SoCs. Application-level concepts common to embedded systems such as signal processing, image processing, computer vision, sensor networks, and feedback control will be incorporated as relevant to hands-on course projects. Credits: 3, Level: Graduate, Offered: WINTER EVEN YEARS Catalog: ✔️ Graduate (2012 — Indefinite) | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 918 | CPHE593 | Topics Topics of current significance in computer science Credits: 3, Level: Graduate, Offered: VARIABLE Catalog: ✔️ Graduate (2012 — Indefinite) | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 919 | CPHE593 | Topics Topics of current significance in computer science Credits: 3, Level: Graduate, Offered: VARIABLE Catalog: ✔️ Graduate (2025 — Indefinite) Proposal — Workflow Step: Graduate Studies Final Approval, Graduate Studies | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Review | |
| 920 | CPHE595 | Independent Study Individual study and research under the supervision of a graduate faculty member. Only two independent study courses (a total of no more than six hours) are allowed to apply toward the Master of Science in Computer Science degree. Must be approved by the School of Computing before beginning the independent study. Credits: 1 - 3, Level: Graduate, Offered: VARIABLE Catalog: ✔️ Graduate (2025 — Indefinite) Proposal — Workflow Step: Graduate Studies Final Approval, Graduate Studies | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Review | |
| 921 | CPHE595 | Independent Study Individual study and research under the supervision of a graduate faculty member. Only two independent study courses (a total of no more than six hours) are allowed to apply toward the Master of Science in Computer Science degree. Must be approved by the School of Computing before beginning the independent study. Credits: 1 - 3, Level: Graduate, Offered: VARIABLE Catalog: ✔️ Graduate (2012 — Indefinite) | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 922 | CPHE598 | Project A project consisting of significant work by an individual student. Involves the preparation of a project proposal, including a review of the literature, completion of the project, and preparation of a report, all under the guidance of a project adviser. The School of Computing must approve the project topic and the adviser. The student must successfully defend their project in a public, oral presentation. Note: This course must be taken for a total of at least six hours prior to the presentation. After all course work for the Master's program has been completed the student must take at least one hour project credit per semester until the project is completed. Credits: 1 - 6, Level: Graduate, Offered: VARIABLE Catalog: ✔️ Graduate (2012 — Indefinite) | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 923 | CPHE598 | Project A project consisting of significant work by an individual student. Involves the preparation of a project proposal, including a review of the literature, completion of the project, and preparation of a report, all under the guidance of a project adviser. The School of Computing must approve the project topic and the adviser. The student must successfully defend their project in a public, oral presentation. Note: This course must be taken for a total of at least six hours prior to the presentation. After all course work for the Master's program has been completed the student must take at least one hour project credit per semester until the project is completed. Credits: 1 - 6, Level: Graduate, Offered: VARIABLE Catalog: ✔️ Graduate (2025 — Indefinite) Proposal — Workflow Step: Graduate Studies Final Approval, Graduate Studies | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Review | |
| 924 | CPHE599 | Thesis A body of original scholarly work by an individual student. Involves the preparation of a research proposal, including a review of the literature, under the guidance of a thesis adviser and its subsequent implementation. The School of Computing must approve a thesis committee consisting of the thesis adviser and two or more other faculty members. The student must successfully defend their thesis in a public, oral defense. Note: This course must be taken for a total of at least six hours prior to thesis defense. After all course work for the Master's program has been completed the student must take at least one hour thesis credit per semester until the thesis is completed. Credits: 1 - 6, Level: Graduate, Offered: VARIABLE Catalog: ✔️ Graduate (2025 — Indefinite) Proposal — Workflow Step: Graduate Studies Final Approval, Graduate Studies | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Review | |
| 925 | CPHE599 | Thesis A body of original scholarly work by an individual student. Involves the preparation of a research proposal, including a review of the literature, under the guidance of a thesis adviser and its subsequent implementation. The School of Computing must approve a thesis committee consisting of the thesis adviser and two or more other faculty members. The student must successfully defend their thesis in a public, oral defense. Note: This course must be taken for a total of at least six hours prior to thesis defense. After all course work for the Master's program has been completed the student must take at least one hour thesis credit per semester until the thesis is completed. Credits: 1 - 6, Level: Graduate, Offered: VARIABLE Catalog: ✔️ Graduate (2012 — Indefinite) | ❌ | ✔️ | ❌ | Hardware & Embedded Systems (CPHE) | CPHE | School of Computing | Active | |
| 926 | CPIS265 | Topics in Computer Information Systems Topics selected from areas of computer information systems not covered in other courses. May be repeated with permission. Credits: 1 - 3, Level: Undergraduate, Offered: FALL | WINTER Catalog: ✔️ Undergraduate (1999 - 2022) Discontinued (2021-01-01) | ✔️ | ❌ | ❌ | Information Systems (CPIS) | CPIS | Computing, School of | Active | |
| 927 | CPIS295 | Directed Study in Computer Information Systems Individual or group work adjusted to meet particular needs of computer information systems students. Formal written report required. May be repeated for credit up to six hours. Credits: 1 - 3, Level: Undergraduate, Offered: VARIABLE Catalog: ✔️ Undergraduate (1999 - 2022) Discontinued (2021-01-01) | ✔️ | ❌ | ❌ | Information Systems (CPIS) | CPIS | Computing, School of | Active | |
| 928 | CPIS443 | Software Evaluation This course focuses on methods for evaluating popular application software packages. Performance and feature evaluation, reliability, usability, maintainability. Security, licensing, and human computer interaction issues. A major project is required. Credits: 3, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (2010 - 2022) Discontinued (2021-01-01) | ✔️ | ❌ | ❌ | Information Systems (CPIS) | CPIS | Computing, School of | Active | |
| 929 | CPIS465 | Topics in Computer Information Systems See CPIS 265 for course description. Credits: 1 - 3, Level: Undergraduate, Offered: FALL | WINTER Catalog: ✔️ Undergraduate (1999 - 2022) Discontinued (2021-01-01) | ✔️ | ❌ | ❌ | Information Systems (CPIS) | CPIS | Computing, School of | Active | |
| 930 | CPIS495 | Directed Study in Computer Information Systems See CPIS 295 for course description. Credits: 1 - 3, Level: Undergraduate, Offered: VARIABLE Catalog: ✔️ Undergraduate (1999 - 2022) Discontinued (2021-01-01) | ✔️ | ❌ | ❌ | Information Systems (CPIS) | CPIS | Computing, School of | Active | |
| 931 | CPIS519 | Database Management Systems Introduction to database management systems, including data modeling, query languages and processing, database design, data integrity and security. Issues related to distributed database systems, object-oriented database systems, and legacy database systems are also discussed. A research project is required. Credits: 3, Level: Graduate, Offered: WINTER Catalog: ✔️ Graduate (2019 — Indefinite) | ❌ | ✔️ | ❌ | Information Systems (CPIS) | CPIS | School of Computing | Active | |
| 932 | CPIS527 | Network Security This course provides an overview to key issues and solutions for information security and privacy. Introduction to cryptography and its application to network and operating system security; security threats; applications of cryptography; secret key and public key cryptographic algorithms; hash functions; basic number theory; authentication; security for electronic mail and network scripting languages. Two hours of lecture and three hours of lab each week. A research project is required. Credits: 3, Lab Fee 10 ($210), Level: Graduate, Offered: WINTER Catalog: ✔️ Graduate (2019 — Indefinite) | ❌ | ✔️ | ❌ | Information Systems (CPIS) | CPIS | School of Computing | Active | |
| 933 | CPIS528 | Computer Networking Principles and issues related to computer networking and data communications. Network topologies, network protocols, network models, routing, congestion control, Internet working, security and privacy. A research project is required. Credits: 3, Level: Graduate, Offered: FALL Catalog: ✔️ Graduate (2019 - 2024) Discontinued (2023-01-01) | ❌ | ✔️ | ❌ | Information Systems (CPIS) | CPIS | School of Computing | Active | |
| 934 | CPIS528 | Computer Networking Principles and issues related to computer networking and data communications. Network topologies, network protocols, network models, routing, congestion control, Internet working, security and privacy. A research project is required. Credits: 3, Level: Graduate, Offered: FALL Catalog: ✔️ Graduate (2024 — Indefinite) | ❌ | ✔️ | ❌ | Information Systems (CPIS) | CPIS | School of Computing | Active | |
| 935 | CPTE100 | Computer Concepts (IN-5) Important computer competencies including understanding how the history of computers and the Internet can aid in our capability to prepare for future changes in computing technology, the ability to appreciate the potential and limitations of computers and the Internet, how to maintain a "healthy" personal computer system, and how to use computers and the Internet safely, responsibly, and effectively. Does not apply on a major or minor in Computing. Credits: 1, Level: Undergraduate, Offered: ALL SEMESTERS Catalog: ✔️ Undergraduate (2002 — Indefinite) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 936 | CPTE105 | Introduction to Word Processing Creating, editing and formatting documents; creating multiple-page reports; simple desktop publishing; mail merge; creating styles, outlines, tables, table of contents, form letters, mailing labels, and web pages; collaborating with others on a document. Does not apply on a major or minor in Computing. Online only. Credits: 1, Level: Undergraduate, Offered: FALL | WINTER Catalog: ✔️ Undergraduate (1998 — Indefinite) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 937 | CPTE106 | Introduction to Spreadsheets Using spreadsheet software to manage data, use formulas and functions, develop professional-looking spreadsheets, create charts and graphs, manage lists, and work with multiple spreadsheets and files. Does not apply on a major or minor in Computing. Online only. Credits: 1, Level: Undergraduate, Offered: FALL | WINTER Catalog: ✔️ Undergraduate (1998 — Indefinite) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 938 | CPTE107 | Introduction to Database Using database software to manage data, create and manage a database, query a database, create forms and reports, create advanced queries, create custom forms, create custom reports, integrate the database with the Web and with other software applications. Does not apply on a major or minor in Computing. Online only. Credits: 1, Level: Undergraduate, Offered: VARIABLE Catalog: ✔️ Undergraduate (1998 — Indefinite) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 939 | CPTE109 | Presentation Technology An investigation of various presentation software packages and their use in making effective presentations. General presentation design, graphics for presentations, use of animation, video and sound in presentations, and display technology. Students will design, create, enhance and use electronic overheads, outlines, speaker's notes, and audience handouts. Does not apply on a major or minor in Computing. Credits: 1, Level: Undergraduate, Offered: VARIABLE Catalog: ✔️ Undergraduate (2001 — Indefinite) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 940 | CPTE110 | Introduction to Web Development Web development using HTML. Designing and developing web sites using web site creation software. Maintaining and updating web sites. Online only. Credits: 1, Level: Undergraduate, Offered: ALL SEMESTERS Catalog: ✔️ Undergraduate (2002 — Indefinite) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 941 | CPTE265 | Topics in Computer Technology Topics selected from areas of computer technology not covered in other courses. May be repeated with permission. Credits: 1 - 3, Level: Undergraduate, Offered: FALL | WINTER Catalog: ✔️ Undergraduate (2002 — Indefinite) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 942 | CPTE295 | Directed Study in Computer Technology Individual or group work adjusted to meet particular needs of technical computer support students. Formal written report required. May be repeated for credit up to six hours. Credits: 1 - 3, Level: Undergraduate, Offered: VARIABLE Catalog: ✔️ Undergraduate (1990 - 2023) Discontinued (2022-01-01) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 943 | CPTE295 | Independent Study in Computer Technology Individual or group work adjusted to meet particular needs of technical computer support students. Formal written report required. May be repeated for credit up to six hours. Credits: 1 - 3, Level: Undergraduate, Offered: VARIABLE Catalog: ✔️ Undergraduate (2023 — Indefinite) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 944 | CPTE300 | Christian Service in Computing (SERV-2) This course provides students the option to complete a service project coordinated through the School of Computing or in partial fulfilment of a CPTR, CPHE, CPTE, CPIS upper division course with a service oriented project that fulfills one or two Level II requirements of the Christian Service program. Does not count towards a Computing major or minor. May be repeated for up to two hours of credit. Credits: 0 - 1, Level: Undergraduate, Offered: FALL | WINTER Catalog: ✔️ Undergraduate (2017 — Indefinite) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 945 | CPTE316 | Application Software Support This course focuses on methods of mastering applications software in order to be able to provide technical support. Practice in mastering a wide range of software applications. Software troubleshooting. Interpersonal issues relative to giving support to non-technical personnel. Mentoring and software training issues. Credits: 3, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (1999 — Indefinite) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 946 | CPTE343 | Software Evaluation This course focuses on methods of evaluating popular application software packages. Performance and feature evaluation, reliability, usability, maintainability, security, licensing, and human computer interaction issues. A major project is required. Credits: 3, Level: Undergraduate, Offered: WINTER ODD YEARS Catalog: ✔️ Undergraduate (2022 — Indefinite) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 947 | CPTE433 | Network Administration Network administration to support internal operations and e-commerce. The role of the supervisor in managing user accounts, file systems, directories, security systems, resources, etc. Managing backups, printers, application, and operating system updates and Internet connections. Credits: 3, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (2003 - 2024) Discontinued (2023-01-01) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 948 | CPTE433 | Network Administration Network administration to support internal operations and e-commerce. The role of the supervisor in managing user accounts, file systems, directories, security systems, resources, etc. Managing backups, printers, application, and operating system updates and Internet connections. Credits: 3, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (2024 — Indefinite) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 949 | CPTE440 | Programming and Scripting for Administration Scripting languages, language hosts and libraries, development environments. SNMP, multi-system integration, integrating operational information sources, dashboards. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2014 — Indefinite) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 950 | CPTE465 | Topics in Computer Technology See CPTE 265 for course description. Credits: 1 - 3, Level: Undergraduate, Offered: FALL | WINTER Catalog: ✔️ Undergraduate (2002 — Indefinite) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 951 | CPTE495 | Directed Study in Computer Technology See CPTE 295 for course description. Credits: 1 - 3, Level: Undergraduate, Offered: VARIABLE Catalog: ✔️ Undergraduate (1998 - 2023) Discontinued (2022-01-01) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 952 | CPTE495 | Independent Study in Computer Technology Individual or group work adjusted to meet particular needs of technical computer support students. Formal written report required. May be repeated for credit up to six hours. Credits: 1 - 3, Level: Undergraduate, Offered: VARIABLE Catalog: ✔️ Undergraduate (2023 — Indefinite) | ✔️ | ❌ | ❌ | Computer Technology (CPTE) | CPTE | School of Computing | Active | |
| 953 | CPTR108 | #EssenceOfComputing Introduction to programming and the major areas of computing. An overview of algorithmic problem solving, computer organization, operating systems, networking, information systems, and social and ethical issues in computing. Two hours of lecture and three hours lab each week. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2017 - 2023) Discontinued (2022-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 954 | CPTR108 | #EssenceOfComputing Introduction to programming and the major areas of computing. An overview of algorithmic problem solving, computer organization, operating systems, networking, information systems, and social and ethical issues in computing. Two hours of lecture and three hours lab each week. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2023 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 955 | CPTR108L | #EssenceOfComputing Lab NULL Credits: 0, Level: Undergraduate, Offered: VARIABLE Catalog: (2017 — Indefinite) | ❌ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 956 | CPTR124 | Fundamentals of Programming Control structures, data types, data representation, compiling, debugging, modularity, and standard programming algorithms are introduced, using a higher level language. Three hours of lecture and three hours of laboratory each week. Credits: 4, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (1999 - 2024) Discontinued (2023-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 957 | CPTR124 | Fundamentals of Programming Control structures, data types, data representation, compiling, debugging, modularity, and standard programming algorithms are introduced, using a higher level language. Three hours of lecture and three hours of laboratory each week. Credits: 4, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (2024 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 958 | CPTR124L | Fund of Programming Lab NULL Credits: 0, Level: Undergraduate, Offered: VARIABLE Catalog: (1999 — Indefinite) | ❌ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 959 | CPTR212 | Web Programming Programming for e-commerce using the World Wide Web. Application architecture, languages, scripting tools, HTML editors, Web design packages and authoring tools. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2021 - 2024) Discontinued (2023-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 960 | CPTR212 | Web Programming Programming for e-commerce using the World Wide Web. Application architecture, languages, scripting tools, HTML editors, Web design packages and authoring tools. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2024 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 961 | CPTR215 | Fundamentals of Software Design Introduction to software design methods. Elementary data structures. Development of reliable, modifiable programs. Three hours of lecture and three hours of laboratory each week. Credits: 4, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (1999 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 962 | CPTR215L | Fund of Software Design Lab NULL Credits: 0, Level: Undergraduate, Offered: VARIABLE Catalog: (1999 — Indefinite) | ❌ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 963 | CPTR230 | Windows Administration This is a practical course in managing Windows servers and clients. Topics may include Active Directory Domain management, organizational structure, group policies, PowerShell (and/or other scripting tools), user management, availability issues, logs, IIS, deploying pre-built web services, imaging and virtualization. Two hours of lecture and three hours of lab each week. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2021 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 964 | CPTR254 | UNIX Systems Administration Installation and management of UNIX operating systems in the business environment. Use of common UNIX tools for support and administration. Comparison of common UNIX variants. Two hours of lecture and three hours of lab each week. Credits: 3, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (2021 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 965 | CPTR265 | Topics in Computer Science Topics selected from areas of computer science not covered in other courses. Possible topics include: neural networks, information retrieval, distributed computing, advanced compiler design, computer architecture, advanced operating systems, systems programming, visualization of data, computer simulation, and parallel computing. May be repeated with permission. Credits: 1 - 3, Level: Undergraduate, Offered: FALL | WINTER Catalog: ✔️ Undergraduate (2001 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 966 | CPTR292 | Computing Internship Individual or group work in current computing technologies. No more than three hours will count towards a computing major or minor. May be repeated for credit up to six hours. Credits: 1 - 3, Level: Undergraduate, Offered: ALL SEMESTERS Catalog: ✔️ Undergraduate (2005 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 967 | CPTR295 | Directed Study in Computer Science Individual or group work adjusted to meet particular needs of computer science students. Formal written report required. May be repeated for credit up to six hours. Credits: 1 - 3, Level: Undergraduate, Offered: VARIABLE Catalog: ✔️ Undergraduate (1980 - 2023) Discontinued (2022-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 968 | CPTR295 | Independent Study in Computer Science Individual or group work adjusted to meet particular needs of computer science students. Formal written report required. May be repeated for credit up to six hours. Credits: 1 - 3, Level: Undergraduate, Offered: VARIABLE Catalog: ✔️ Undergraduate (2023 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 969 | CPTR302 | Software Development Tools Immersion in the tools for modern software development. Topics include project management, source control, dependency management, build tools, licensing, continuous integration, and project requirements. Credits: 1, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (2018 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 970 | CPTR309 | Software Engineering Team-based project class to introduce and apply software engineering principles, models (tradition and agile), practices (requirements gathering, design, implementation, and testing), and tools. Two hours of lecture and three hours of laboratory each week. Credits: 3, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (2016 - 2024) Discontinued (2023-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 971 | CPTR318 | Data Structures and Algorithms Advanced data structures including heaps, hash tables, height-balanced trees, and graphs. Techniques for data abstraction. Algorithms that have application in many areas of computer science including searching, sorting, and graph algorithms. Recursive algorithms. Analysis of algorithms including time and space complexity analysis. Criteria for choosing data structures and algorithms. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (1976 - 2023) Discontinued (2022-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 972 | CPTR318 | Data Structures and Algorithms Advanced data structures including heaps, hash tables, height-balanced trees, and graphs. Techniques for data abstraction. Algorithms that have application in many areas of computer science including searching, sorting, and graph algorithms. Recursive algorithms. Analysis of algorithms including time and space complexity analysis. Criteria for choosing data structures and algorithms. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2023 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 973 | CPTR319 | Database Management Systems Introduction to database management systems, including data modeling, query languages and processing, database design, data integrity and security. Issues related to distributed database systems, object-oriented database systems, and legacy database systems are also discussed. Credits: 3, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (1976 - 2024) Discontinued (2023-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 974 | CPTR319 | Database Management Systems Introduction to database management systems, including data modeling, query languages and processing, database design, data integrity and security. Issues related to distributed database systems, object-oriented database systems, and legacy database systems are also discussed. Credits: 3, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (2024 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 975 | CPTR328 | Principles of Networking Principles and issues related to computer networking and data communications. Network topologies, network protocols, network models, routing, congestion control, Internet working, security and privacy Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2024 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 976 | CPTR328 | Principles of Networking Principles and issues related to computer networking and data communications. Network topologies, network protocols, network models, routing, congestion control, Internet working, security and privacy Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (1999 - 2022) Discontinued (2021-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | Computing, School of | Active | |
| 977 | CPTR328 | Principles of Networking Principles and issues related to computer networking and data communications. Network topologies, network protocols, network models, routing, congestion control, Internet working, security and privacy Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2022 - 2024) Discontinued (2023-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 978 | CPTR332 | Computer Architecture Basic machine organization and architecture. Processor components, instruction sets, memory types and hierarchy. Introduction to data representation, instruction formats, addressing techniques, assembly language, pipelining, and I/O bus architectures. Three hours of lecture each week. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2023 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 979 | CPTR333 | Computer Architecture and Design Basic digital logic, computer architecture, and hierarchical memory organization. Number systems, combinational and sequential circuits, finite state machines, and implementation of digital systems. Processor components, instruction sets, memory types and hierarchy. Introduction to data representation, instruction formats, addressing techniques, assembly language and pipelining. Three hours of lecture and three hours of laboratory each week. Credits: 4, Level: Undergraduate, Offered: FALL ODD YEARS Catalog: ✔️ Undergraduate (2020 - 2022) Discontinued (2021-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | Computing, School of | Active | |
| 980 | CPTR333 | Computer Architecture and Design Basic digital logic, computer architecture, and hierarchical memory organization. Number systems, combinational and sequential circuits, finite state machines, and implementation of digital systems. Processor components, instruction sets, memory types and hierarchy. Introduction to data representation, instruction formats, addressing techniques, assembly language and pipelining. Three hours of lecture and three hours of laboratory each week. Credits: 4, Level: Undergraduate, Offered: FALL ODD YEARS Catalog: ✔️ Undergraduate (2022 - 2023) Discontinued (2022-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 981 | CPTR365 | Operating Systems Detailed study of operating system concepts. Process management, scheduling, time slicing, concurrency, mutual exclusion, semaphores, resource management, memory mapping, virtual systems, mass storage, file systems, and security. Case studies of operating systems. Credits: 3, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (1990 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 982 | CPTR386 | Technical Writing in Computing (W) An introduction to writing research papers and proposals in computing. This course focuses on the IEEE format using LaTeX, technical writing style, and using computing information repositories, such as the ACM Digital Library, for research and proposal papers. Credits: 1, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (2022 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 983 | CPTR405 | Organization of Programming Languages Computer language definition via formal syntax and semantics. Design and implementation issues of features found in most programming languages but including some features found only in modern programming languages. Programming language paradigms. Credits: 3, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (1984 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 984 | CPTR408 | Software Engineering Team-based project class to introduce and apply software engineering principles, models (tradition and agile), practices (requirements gathering, design, implementation, and testing), and tools. Two hours of lecture and three hours of laboratory each week. Credits: 3, Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (2024 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 985 | CPTR415 | Compiler Construction Principles and techniques of lexical analysis, parsing, semantic analysis, code generation, and optimization. Students will be required to design and implement a functional compiler for a given programming language. Credits: 3, Level: Undergraduate, Offered: VARIABLE Catalog: ✔️ Undergraduate (1999 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 986 | CPTR418 | Artificial Intelligence Search techniques and methods of knowledge representation. Application to areas such as planning, learning, expert systems, neural networks, intelligent agents, natural language processing, image processing, and speech recognition. Introduction to the languages used in AI. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (1999 - 2022) Discontinued (2021-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | Computing, School of | Active | |
| 987 | CPTR418 | Artificial Intelligence Search techniques and methods of knowledge representation. Application to areas such as planning, learning, expert systems, neural networks, intelligent agents, natural language processing, image processing, and speech recognition. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2022 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 988 | CPTR425 | Computer Graphics This course teaches the principles of generating graphical images on a computer with an emphasis on the underlying mathematical theory and its programming implementations. Topics include graphics primitives, windowing techniques, clipping, 2-D and 3-D transformations, projections, 3-D viewing techniques, cubic interpolating and approximating curves, bicubic 3-D surface patches, fractal curves and surfaces, hidden line and surface removal, shading, surface mapping, ray tracing, animation techniques. Credits: 3, Level: Undergraduate, Offered: VARIABLE Catalog: ✔️ Undergraduate (1992 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 989 | CPTR427 | Network Security This course provides an overview to key issues and solutions for information security and privacy. Introduction to cryptography and its application to network and operating system security; security threats; applications of cryptography; secret key and public key cryptographic algorithms; hash functions; basic number theory; authentication; security for electronic mail and network scripting languages. Two hours of lecture and three hours of lab each week. Credits: 3, Lab Fee 11 ($240), Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (2003 - 2024) Discontinued (2023-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 990 | CPTR427 | Network Security This course provides an overview to key issues and solutions for information security and privacy. Introduction to cryptography and its application to network and operating system security; security threats; applications of cryptography; secret key and public key cryptographic algorithms; hash functions; basic number theory; authentication; security for electronic mail and network scripting languages. Two hours of lecture and three hours of lab each week. Credits: 3, Lab Fee 11 ($240), Level: Undergraduate, Offered: WINTER Catalog: ✔️ Undergraduate (2024 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 991 | CPTR435 | Mobile Application Development Introduction to mobile device application development, design, and the development process. Topics include connecting to web-based servers, accessing device capabilities, industry standards, OS Software Development Kit (SDK), and other appropriate technology for developing mobile applications. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2023 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 992 | CPTR435 | Mobile Application Development Introduction to mobile device application development and device interfacing. Topics include connecting to web-based servers, accessing device sensors, communicating with wirelessly connected devices and sensor, and programming for mobile applications. Upon completion, students should be able to create basic connected applications for mobile devices.Two hours of lecture and three hours of laboratory each week. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2018 - 2022) Discontinued (2021-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | Computing, School of | Active | |
| 993 | CPTR435 | Mobile Application Development Introduction to mobile device application development and device interfacing. Topics include connecting to web-based servers, accessing device sensors, communicating with wirelessly connected devices and sensor, and programming for mobile applications. Upon completion, students should be able to create basic connected applications for mobile devices.Two hours of lecture and three hours of laboratory each week. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2022 - 2023) Discontinued (2022-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 994 | CPTR442 | Theory of Computation Formal models of computation such as finite state automata, push-down automata and Turing machines. Formal languages. Computability and complexity theory along with the practical implications of theoretical results. Credits: 3, Level: Undergraduate, Offered: VARIABLE Catalog: ✔️ Undergraduate (1999 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 995 | CPTR444 | Advanced Network Security Advanced Network Security focuses on advanced, current topics in network security. Topics may include cryptography, privacy, confidentiality, integrity, authentication, network defense, penetration testing, offensive security, security protocols and other topics as appropriate. CANNOT BE REPEATED FOR GRADUATE CREDIT. This course is cross-listed with CPTR 542. A student may receive credit for this course from only one program. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2018 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 996 | CPTR446 | Web Services This is a practical course in web-centric computing from the server perspective. Topics include selection of web services servers, technical architecture of web services sites, security issues, implementation, management and maintenance of web services servers, web services design and implementation, and database integration. A team-based capstone project is required. Credits: 3, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2008 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 997 | CPTR454 | Cyber Forensics Cyber forensics focuses on computer science and information technology skills needed in: the initial discovery and assessment of incident impact; determination of root cause, impact, timeline, and actions; incident counteraction and neutralization to prevent further damages; elimination of threat actors and their artifacts; activities required to resume normal business operations; incident review and lessons learned. Credits: 3, Level: Undergraduate, Offered: FALL EVEN YEARS Catalog: ✔️ Undergraduate (2021 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 998 | CPTR456 | Advanced Web Programming Advanced Web Programming focuses on front-end web programming. Topics include interaction between JavaScript, HTML and CSS, UI/UX JavaScript frameworks, responsive and accessible design, progressive web apps and integrating backend services with front-end web apps. Credits: 3, Level: Undergraduate, Offered: FALL ODD YEARS Catalog: ✔️ Undergraduate (2021 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 999 | CPTR465 | Topics in Computer Science See CPTR 265 for course description. Credits: 3, Level: Undergraduate, Offered: FALL | WINTER Catalog: ✔️ Undergraduate (2002 — Indefinite) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | School of Computing | Active | |
| 1000 | CPTR486 | Senior Seminar Written and oral reports are made on specific computing topics/projects appropriate to each student's major program. Intellectual property, professional ethics, privacy issues, preparation for the job search, and witnessing on the job are also discussed. One hour of lecture and three hours of laboratory each week. Credits: 2, Level: Undergraduate, Offered: FALL Catalog: ✔️ Undergraduate (2003 - 2022) Discontinued (2021-01-01) | ✔️ | ❌ | ❌ | Computer Science (CPTR) | CPTR | Computing, School of | Active |