CS 428
CS 428 - Software Engineering II
Spring 2021
Title | Rubric | Section | CRN | Type | Hours | Times | Days | Location | Instructor |
---|---|---|---|---|---|---|---|---|---|
Software Engineering II | CS428 | Q3 | 31389 | ONL | 3 | 1400 - 1515 | W F | Darko Marinov | |
Software Engineering II | CS428 | Q4 | 39377 | ONL | 4 | 1400 - 1515 | W F | Darko Marinov | |
Software Engineering II, ACP | CS429 | Q3 | 41483 | ONL | 3 | 1400 - 1515 | W F | Darko Marinov | |
Software Engineering II | CSE429 | Q3 | 31392 | ONL | 3 | 1400 - 1515 | W F | Darko Marinov | |
Software Engineering II | CSE429 | Q4 | 39742 | ONL | 4 | 1400 - 1515 | W F | Darko Marinov |
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Official Description
Course Director
Text(s)
Varies by semester, using course notes available for free and linked from the course Wiki
For cs429 only, textbook "Style: Toward Clarity and Grace" by Joseph M. Williams
Learning Goals
Compare & Contrast different software engineering and development processes. (1), (2), (4), (6)
Learn a particular process (XP: user stories, test-driven development, refactoring, pair programming). (1), (2), (4), (6)
Improve activities that are common to most processes (configuration management, testing, metrics, documentation, reverse engineering, refactoring). (1), (2), (4), (6)
Contribute effectively to a team in maintaining existing large code (CS427) ot developing new code (CS428/9). (1), (2), (3), (4), (5), (6)
Communicate effectively, both orally and in writing, with peers and software customers (TAs), and describe your process (the latter for CS429). (3), (5)
Manage/organize software projects (requirements, architecture, design, documentation, management, planning). (1), (2), (3), (4), (5), (6)
Use a set of modern software development services (e,g., GitHub, Travis) (2), (3), (5), (6)
Topic List
(CS 427) Software development processes
(CS 427) Software configuration management
(CS 427) Testing
(CS 427) Debugging
(CS 427) Component-based software engineering
(CS 427) Refactorings
(CS 427) Code smells
(CS 427) Reverse Engineering
(CS 427) Metrics
(CS 427) Design Patterns
(CS 427) Software Documentation
(CS 427) Large code
(CS 428/9) Managing Software Projects
(CS 428/9) Requirements
(CS 428/9) UML
(CS 428/9) Design
(CS 428/9) Quality Assurance
(CS 428/9) Non-XP development processes
(CS 428/9) User Interface Design
(CS 428/9) Performance/Security/Web Engineering
Assessment and Revisions
Revisions in last 6 years | Approximately when revision was done | Reason for revision | Data or documentation available? |
Completely switched the topics covered in CS427 vs. CS 428/9 | fall 2007-spring 2008 | Teach students first how to maintain large, existing code before how to develop their projects from scratch. CS427 is one course taught in fall, and CS428/9 is another course taught in spring. These two courses form a two-course sequence in software engineering. It used to be that students would start their own projects in CS427, but they had trouble developing new projects from scratch when they never saw maintenance of existing large projects. Most work in industry is on maintenance not on developing new projects from scratch. | informal discussions of Ralph and Darko |
Removed RUP process from the curriculum | spring 2008 | The material was getting outdated as this process is not widely used in practice | informal discussions |
Varied large projects that students work on in CS427 | fall 2007/2009/2011 | We varied the large open-source projects that students maintain (Eclipse refactorings for Fortran, NASA Java PathFinder, Eclipse refactorings for Java) to better align the projects with the background of TAs who help the students with the projects | informal discussions of Ralph, Darko, and Danny |
Added more emphasis on Web engineering and concurrency | fall 2009 | Computing is getting more networked, distributed and parallel, so we added more topics to cover these important issues |