Management of agile software development projects based on PRINCE2 and Scrum

Software development projects often fail. Recently the agile software development frameworks have been massively adopted and used to overcome the root causes of the project failure. The use of the agile frameworks results in the more successful delivery of smaller software development projects. Companies however implemented in the past many generic project management frameworks and still use them to manage the full portfolio of their projects especially the medium and large software development projects. In such cases the agile development teams are organized in projects that are managed by project managers according to these generic project management frameworks. Both these frameworks must be analysed and tailored carefully to be successfully applied together. The objective of this dissertation thesis is to design the agile software development project management framework based on PRINCE2 and Scrum frameworks. The benefits of this new framework are the enrichment of the simple agile framework Scrum by project management elements and the enrichment of the generic project management framework PRINCE2 by the agile principles and agile team management practices. The first part of the thesis is focused on the analysis of project management and agile development frameworks. The main focus is on the current usage, the measurement of the project success and the identification of problems that the projects face to. Prior to the design of the new framework the research was executed in the global company to discover the specific problems in software development projects and to measure the actual project success rate. The framework is then designed in the next part. The framework was successfully implemented in the same global company and the project success rate was again analysed. The result is positive and the implementation of this framework resulted in the improved project success rate. Also two additional case studies were conducted to check the viability of the designed framework