The problems and difficulties in complex systems design are more subjective and ambiguous than commonly acknowledged and soft systems tools and frameworks can help to address gaps in knowledge and support judgement throughout the design process. This paper describes the application of the PEArL framework, an intellectual device based on systemic principles, to support a team in a complex product environment manage the ‘soft’ challenges in complex systems design. The PEArL framework facilitated the creation and management of inter-disciplinary relationships in a pressurised business environment and provided a structure for validation of the way in which the design process had been undertaken
International audienceWith no end in sight, mechatronic system complexity continues to increase, wor...
This paper examines four primary methods of working across disciplines during R&D and early design o...
Complex adaptive systems can be characterised by many adaptively changing parts, with a large number...
The problems and difficulties in complex systems design are more subjective and ambiguous than commo...
The problems and difficulties in complex systems design are more subjective and ambiguous than commo...
Many products developed today are becoming increasingly reliant on embedded software to facilitate c...
Engineering complex systems and New Product Development (NPD) are major challenges for contemporary ...
This paper describes ways to identify issues in complex environments using emergency response and re...
The engineering of complex systems is becoming an increasingly important field of study. As a conseq...
This article explores some of the issues associated with the management of complex technology projec...
Few organizations are fully integrated, program and engineering disciplines often work in isolation,...
The paper argues that the field we can call cognitive science of interdisciplinary collaboration is ...
In the last decades man-made systems have gained in overall complexity and have become more articula...
To be presented at the 13 th International Conference on Engineering Design, Glasgow, Scotland, Augu...
Thesis: S.M. in Engineering and Management, Massachusetts Institute of Technology, System Design and...
International audienceWith no end in sight, mechatronic system complexity continues to increase, wor...
This paper examines four primary methods of working across disciplines during R&D and early design o...
Complex adaptive systems can be characterised by many adaptively changing parts, with a large number...
The problems and difficulties in complex systems design are more subjective and ambiguous than commo...
The problems and difficulties in complex systems design are more subjective and ambiguous than commo...
Many products developed today are becoming increasingly reliant on embedded software to facilitate c...
Engineering complex systems and New Product Development (NPD) are major challenges for contemporary ...
This paper describes ways to identify issues in complex environments using emergency response and re...
The engineering of complex systems is becoming an increasingly important field of study. As a conseq...
This article explores some of the issues associated with the management of complex technology projec...
Few organizations are fully integrated, program and engineering disciplines often work in isolation,...
The paper argues that the field we can call cognitive science of interdisciplinary collaboration is ...
In the last decades man-made systems have gained in overall complexity and have become more articula...
To be presented at the 13 th International Conference on Engineering Design, Glasgow, Scotland, Augu...
Thesis: S.M. in Engineering and Management, Massachusetts Institute of Technology, System Design and...
International audienceWith no end in sight, mechatronic system complexity continues to increase, wor...
This paper examines four primary methods of working across disciplines during R&D and early design o...
Complex adaptive systems can be characterised by many adaptively changing parts, with a large number...