The 4th ICSE Workshop on General Theories of Software
Engineering (GTSE 2015)
Monday, May 18, 2015, Florence, ItalyÂ
In conjunction with the International Conference on
Software Engineering (ICSE 2015)
Key Dates
Paper submission deadline: Â January
23, 2015Â
Paper acceptance notification: Â February 18, 2015
Camera-ready accepted paper deadline: Â February 27, 2015Â
Workshop: Â May 18, 2015
Workshop Overview
Most academic disciplines emphasize the importance of their
core, central or general theories. Examples of general
theories include Big Bang Theory, Maxwellâs equations, The
Theory of the Cell, The Theory of Evolution, Supply and
Demand, Structuration Theory, The General Theory of Crime,
Pure Theory of Law and The Theory of Marriage. Software
engineering meanwhile, has not produced widely-accepted
general theories. Lack of theory undermines the perceived
scientific legitimacy of the field, curtails education and
impedes development of a cumulative body of knowledge. GTSE
consequently supports attempts to propose, synthesize, clarify
and test core, central and general theories in the software
engineering domain. GTSE especially promotes attempts to
answer fundamental questions, integrate ideas from diverse
sources and propose revolutionary, contrarian and generally
ambitious new theories.Â
Topics of interest include (but are not limited to):
New
theories in software engineering
Groundbreaking
extensions to existing theories
Groundbreaking
synthesis of existing theories
Novel
applications of theories from reference disciplines (e.g.
sociology) to software engineering
Grounded
theory, ethnography and qualitative approaches to theory
building
Systematic
literature review and thematic synthesis, leading to new
theory
Empirical
evaluation of general theories
Software
engineering process theories
Research
methodologies for general theory evaluation
Addressing
core questions for a general theory:
How can a
general theory of software engineering be of practical use?
What core
phenomena should it explain?
What
questions should it address?
What should
its main concepts be?
How are
they related?
How should
it be expressed?
How can it
be tested?
How can it
gain acceptance throughout both the academic community and
industry?
Contrarian
perspectives on software engineering theory
Possible Contributions include (but are not limited to):
Theory
proposals with conceptual evaluations
Theory
building empirical field studies including grounded theory,
case studies and ethnography
Theory
building, explorative lab studies, experiments and simulations
Empirical
evaluations of general, central or core theories (any research
approach welcome)
Systematic
literature reviews and thematic analyses
Conceptual
contributions related to research methodology
Position
papers on general theory topics
Submissions
Organizing Committee
Paul Ralph, University of Auckland, New Zealand
Ivar Jacobson, Ivar Jacobson International, Switzerland
Gregor Engels, University of Paderborn, Germany
Michael Goedicke, paluno, University of Duisburg-Essen,
Germany
Contact information