What This Document Is
This is a comprehensive syllabus for an advanced graduate-level course, CS 595, offered as a “Selected Topics” course within Computer Science at West Virginia University, in collaboration with Cairo University. The specific focus of this iteration of the course is on the critical field of Software Architectures, with a particular emphasis on identifying and mitigating potential risks within those architectures. It outlines the expectations, structure, and learning objectives for students undertaking this specialized study.
Why This Document Matters
This syllabus is essential for any graduate student considering enrollment in CS 595, or for those already enrolled seeking a clear understanding of the course’s requirements. It’s also valuable for professionals in software engineering, systems design, or related fields who want to understand the scope of advanced study in software architecture and risk management. Reviewing this syllabus *before* committing to the course will help you determine if your academic and professional goals align with the topics covered and the expected workload.
Common Limitations or Challenges
This syllabus provides a high-level overview of the course. It does *not* contain the detailed lecture notes, specific assignments, project guidelines, or the full grading rubric. It also doesn’t include the in-depth explanations of architectural concepts, modeling techniques, or risk assessment methodologies that are central to the course itself. Access to the full course materials is required to fully benefit from the learning experience.
What This Document Provides
* Instructor contact information and affiliations.
* A list of recommended reference materials (books and standards).
* A broad course description outlining the core themes.
* Clearly defined learning goals and expected student outcomes.
* A topical overview of the key areas that will be explored throughout the semester.
* Information regarding the assessment methods (term project and examination).
* Details regarding team-based project work and in-class presentations.