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Interdisciplinary system development paradigm
co-engineering:
·
Formal engineering
·
Mathematical engineering
·
Control engineering
·
Co-technology
Co-Engineering:
Integration
of creative processes where
interactions between activities are more subtle than in traditional
applications (i.e. non-scheduled, unpredictable, dynamic, etc.).
Example: The ESA System-Software
co-engineering
Formal engineering
Formal methods
Mathematical Engineering:
Engineering is the art of creating and
improving our environment. It involves planning, design, construction,
quality assessment and control. None of these would be possible without
mathematics. Engineering mathematics is at the core of all branches of
engineering, from aerospace engineering to electronics and from mechanical
engineering to computer science. As engineering evolves and develops,
mathematics forms the common foundation of all new disciplines.
CoTechnology
is COmputer
and COmmunication technology supporting human activities such as
COordination, COllaboration, COoperation, COmpetiveness, COnflict
management, etc. ( Harry Stevens)
Various
incarnations
Multi-dimensional
separation of concerns in software engineering
IBM’s hyperspaces
Formal Engineering Design Synthesis
.
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