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COS 393: Practicum
1.00 - 4.00 Credits
Taylor University
Supervised learning involving a first-hand field experience or a project. Generally, one hour of credit is awarded for a minimum of 40 hours of practicum experience. Grade only. Practicum course credit requires 320 hours of work experience. Offered primarily during summer.
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COS 393 - Practicum
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COS 394: Advanced Project
1.00 - 4.00 Credits
Taylor University
Students complete an open-ended software development project or laboratory experiment project. The individual project depends on students and faculty interest. Specific learning outcomes vary depending on faculty, student, and project selected. Independent or small group projects are possible. May be taken by any Computer Science major multiple times with instructor approval.
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COS 394 - Advanced Project
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COS 411: Digital Forensics
3.00 Credits
Taylor University
A study of the concepts, tools, methodologies, and analysis techniques used for host, media, and network forensic investigations. Students will learn how to capture, decipher, reconstruct and analyze digital data. Prerequisite: COS 331.
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COS 411 - Digital Forensics
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COS 421: Operating Systems
3.00 Credits
Taylor University
A study of the design considerations of computer operating systems and their interaction with hardware features. Topics covered include process management, storage management, protection and security, and distributed systems. Prerequisites: COS 265, 284.
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COS 421 - Operating Systems
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COS 424: Surfaces & Modeling
3.00 Credits
Taylor University
An advanced graphics course with emphasis on curve and surface representation and geometric modeling. Mathematics and algorithms are studied. Topics include Bezier and B-spline curves and surfaces and geometric modeling techniques. Prerequisite: COS 350.
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COS 424 - Surfaces & Modeling
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COS 425: Animation
3.00 Credits
Taylor University
An advanced graphics course with emphasis on techniques for rendering and animation. Mathematics and algorithms are studied. Topics include light and illumination models, ray tracing, methods to enhance realism, and standard animation techniques. A professional software package will be used to create a significant animation. Prerequisite: COS 350.
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COS 425 - Animation
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COS 432: Software Reverse Engin & Analy
3.00 Credits
Taylor University
A study of defensive programming techniques, platform security, secure software engineering, software reverse engineering, and vulnerability analysis. Students will perform static and dynamic software analysis, identify and analyze malicious software, and apply tools and techniques for identifying software vulnerabilities. Prerequisite: COS 284
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COS 432 - Software Reverse Engin & Analy
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COS 433: Missions Computing Senior Proj
0.00 - 3.00 Credits
Taylor University
Combining computer science and service to the missions community, students travel to an international location during Interterm to undertake software development and systems analysis for a missions partner. Students design, construct, test, document, and deploy a non-trivial software system that meets the partner's requirements. Students experience the local culture and participate in direct ministry as opportunities arise. Students share their experience on campus in a formal paper, presentation, and poster. Satisfies the senior project requirement. Meets foundational core cross-cultural requirement. Prerequisites: senior standing and instructor permission.
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COS 433 - Missions Computing Senior Proj
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COS 435: Theory of Computation
3.00 Credits
Taylor University
A theoretical treatment of what can be computed and how efficiently computation can be done. Topics include models of computation and automata, deterministic and non-deterministic computations, and formal language theory. Prerequisite: COS 265
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COS 435 - Theory of Computation
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COS 436: Parallel & Distributed Comput
3.00 Credits
Taylor University
A study of concepts and models of distributed and parallel computing, including concurrency, synchronization, algorithms, harware organization, and common programming environments. Implementation of parallel algorithms on multicore CPUs and many-core GPUs. Prerequisite: COS 265.
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COS 436 - Parallel & Distributed Comput
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