Category: Requirements Engineering

  • A New Course on Requirements Engineering

    We are going to complete the implementation of our redeveloped Bachelor of Engineering (Software) degree program in 2017. As part of the full implementation of the redeveloped degree, we will be adding two new courses to the program: Software Engineering Workshop I and Software Engineering Workshop II. The Software Engineering Workshop  I aims at providing…

  • The Role of Site Visits in Software Engineering Teams

    A large number of Software Engineering teams are virtual, which are characterised by various types of distances such geographical, culture, temporal, and knowledge. Such distances can cause a number of small and big challenges that lead sub-optimal development teams or event project failures. Software engineering researchers and practitioners have been researching and debating the cost…

  • Knowledge Sharing in Globally Distributed Teams

    Globally distributed software engineering has become a norm of getting software developed. Whilst there are several potential benefits of getting software teams working around the clock while being located around the World – so-called follow the sun strategy -, there are several challenges in making such teams successfully work together. Communication, coordination, and collaboration are…

  • A New Approach to Identifying Security Requirements

    We are delighted to announce that our ongoing collaboration with researchers from Lancaster University and University of Leicester has resulted in an approach to eliciting security requirements. The approach has been published in a recently accepted paper in the premier software engineering conference, the International Conference on Software Engineering to be organised in Austin, USA…

  • Australasian Software Engineering Conference Program Finalised

    I am very glad to say that we have put together an excellent program for the 24th Australasian Software Engineering Conference (ASWEC 2015), which will be organised in Adelaide between September 28 and October 1, 2015. ASWEC 2015 will be held in Adelaide after almost 18 years and the conference is being organised with several…

  • Australasian Software Engineering Conference Coming to Adelaide

    After several months of deliberations and discussions, I’m glad to announce that finally Australasian Software Engineering Conference (ASWEC) will be coming to Adelaide in late September this year; the exact dates are September 28 to October 1 2015. ASWEC will be coming to Adelaide after almost 18 years and we are really looking forward to…

  • Artefactual Culture for Knowledge Sharing in Global Software Engineering

    Knowledge sharing is an important, but usually ignored activity because of time and effort required are hardly available; especially the documentation based knowledge sharing approaches have hard time gaining acceptance by contemporary software development teams in general and Agile methods users in particular. Agile followers heavily promote the use of face-to-face interactions and source code…

  • Enabling Process Knowing in Global Software Engineering

    One of key challenges of Global Software Engineering (GSE) is to help geographically distributed team members to gain a common understanding of the processes. Lack of process knowing results in ambiguity in responsibilities, roles, and assigned tasks and the processes to be followed by different sites. This problem is called “process distance.” There can be several…

  • Process Support for Migrating to Clouds

    I have been invited to give a talk at MESOCA 2013 (the 7th IEEE International Symposium on the Maintenance and Evolution of Service-Oriented and Cloud-Based Systems, which will be collocated with the 29th IEEE International Conference on Software Maintenance (ICSM 2013). I am very much looking forward to the symposium as I expect to meet and listen…

  • Twin Peaks Model: Characterising Architecturally Significant Requirements

    Architecture of a software intensive system plays a key role in determining the achievement of architecturally significant requirements (ASR) of that system. If ASRs are wrong, incomplete, inaccurate, or lack details, then a software architecture based on these is also likely to contain errors. However, it has been a general observation, in the literature and practice, that…