Collaborative and teamwork software development in an undergraduate software engineering course.
Claudia RaibuletFrancesca Arcelli FontanaPublished in: J. Syst. Softw. (2018)
Keyphrases
- software development
- software engineering
- software systems
- computer science curriculum
- knowledge intensive
- software projects
- software developers
- software design
- software architecture
- development process
- artificial intelligence
- software components
- collaborative activities
- collaborative learning
- software testing
- systems development
- requirements engineering
- software reuse
- team formation
- engineering courses
- reverse engineering
- cost estimation
- extreme programming
- software industry
- software cost estimation
- programming language
- software engineers
- intelligent agents
- computer science
- computer supported collaborative learning
- information systems development
- agile software development
- software development processes
- object oriented
- design patterns
- chemical engineering
- complex software systems
- software product line
- product line
- pair programming
- software evolution
- development methodologies
- model driven architecture
- software development projects
- engineering students
- software quality
- knowledge sharing
- mechanical engineering
- computer science students
- software artifacts
- effort estimation
- tool support
- knowledge engineering
- multi agent