...Vikranth Gadi; Zoe Szajnfarber; Jitesh H. Panchal Systems design involves decomposing a system into interconnected subsystems and allocating resources to teams responsible for designing each subsystem. The outcomes of the process depend on how well limited resources are allocated to different teams...

... 2025 Email: giota.paparistodimou@baesystems.com Email: p.a.knight@strath.ac.uk Email: Malcolm.Robb@baesystems.com Email: gail.hughes@baesystems.com design evaluation design of experiments simulation-based design systems design systems engineering Journal of Mechanical...

...] Junior , J. D. C. , Diehl , J. C. , and Snelders , D. , 2019 , “ A Framework for a Systems Design Approach to Complex Societal Problems ,” Des. Sci. , 5 , p. e2 . 10.1017/dsj.2018.16 [26] Castillo , L. G. , Diehl , J. C. , and Brezet , J. C. , 2012 , “ Design...

... study highlights the method's effectiveness in identifying and managing potential integration points for new technologies, offering a systematic framework for minimizing risk and enhancing system design in automotive engineering. The success of this method in the case study provides practical insights...

... Systems (EOLSS) , UNESCO, EOLSS Publishers , Oxford, UK 1 . [23] Chen , C. , and Jin , Y. , 2011 , “ A Behavior Based Approach to Cellular Self-Organizing Systems Design ,” Proceedings of the International Design Engineering Technical Conferences and Computers and Information...

... reliability-based multidisciplinary feasible (MDF) formulation of multidisciplinary dynamic system design optimization (RB-MDF-MDSDO) and a new reliability analysis method using generalized polynomial chaos (gPC) expansion for RBCCD were developed in previous work. Although the gPC expansion method...

... testing complexity associated with complex system design. The variational approach seeks to approximate the true posterior using a variational distribution. The latent inputs X are selected according to (9) X = arg max X p ( Y ∣ X ) p ( X ) By maximizing the variational lower...

...-centric design process representation scheme, the phase-event-information X diagram, for designing workflows. Later, Wang et al. [ 115 ] proposed a knowledge-based design guidance system (KBDGS) to support cyber-physical-product-service systems design. Ming et al. [ 116 , 117 ] used an ontology...

... , “ Multi-Attribute Tradespace Exploration as Front End for Effective Space Systems Design ,” J. Spacecraft Rockets , 41 ( 1 ), pp. 20 – 28 . 10.2514/1.9204 [3] Turner , C. J. , Masoudi , N. , Stewart , H. , Daniels , J. , Gorsich , D. , Rizzo , D. , Hartman , G...

... Theory in Engineering Systems Design ,” J. Mech. Des. , 137 ( 5 ), p. 051405 . 10.1115/1.4029767 [7] Kay , L. , 2011 , “ The Effect of Inducement Prizes on Innovation: Evidence From the Ansari XPrize and the Northrop Grumman Lunar Lander Challenge ,” R&D Manage. , 41 ( 4 ), pp...

... transmissions geometric advantage mechanical advantage rotation-to-translation translation-to-rotation screw theory flexures freedom and constraint topologies (FACT) compliant mechanism synthesis mechanism theory power transmission spring design springs systems design References [1...

... in this article greatly enhances the study of unique 3D engineering system spatial topologies in a systematic manner and is supported by rigorous mathematical foundations in the spatial graph theory. Topologies of complex engineering systems, designed for particular applications, are conventionally created...

... D esign . 16 12 2022 04 03 2023 10 03 2023 29 03 2023 space docking hybrid simulation structure dynamics distortion compensation stability analysis parallel robots robotic systems systems design National Natural Science Foundation of China 10.13039...

.... , 2019 , “ Design Margins: A Hidden Issue in Industry ,” Des. Sci. , 5 , p. e9 . 10.1017/dsj.2019.7 [21] Austin-Breneman , J. , Yu , B. Y. , and Yang , M. C. , 2016 , “ Biased Information Passing Between Subsystems Over Time in Complex System Design ,” ASME J. Mech. Des. , 138...

...’ time to focus on the most challenging parts. Directorate for Engineering 10.13039/100000084 1563408 conceptual design concurrent design design process systems design systems engineering 29 12 2021 26 09 2022 27 09 2022 01 11 2022 Contributed...

... in system design processes. One weakness we identified was in distinguishing different sources of lack of fit. Understanding whether misfits occur near or far from the diagonal, for example, could be very important in environments where the work is more distributed and separated by higher organizational...

... many aspects of engineering system design have advanced rapidly in the last few decades through breakthroughs in computational support, SPI2 design has largely resisted automation and in practice requires at least some human-executed design steps. SPI2 system reasoning and design decisions can quickly...

... for the 21st Century ,” IEEE Aerosp. Electron. Syst. Mag. , 23 ( 5 ), pp. 4 – 19 . 10.1109/MAES.2008.4523909 [4] Caputo , C. , and Cardin , M.-A. , 2022 , “ Analyzing Real Options and Flexibility in Engineering Systems Design Using Decision Rules and Deep Reinforcement Learning ,” ASME J...

... echanical D esign . 19 10 2020 09 05 2022 11 05 2022 30 06 2022 sequential information acquisition decision making design cognition design competition human centered design design process product design systems design Directorate for Engineering 10.13039...

...Ashish M. Chaudhari; Erica L. Gralla; Zoe Szajnfarber; Jitesh H. Panchal Engineering systems design is a dynamic socio-technical process where the social factors, such as interdisciplinary interactions, and technical factors, such as design interdependence and the design state, co-evolve...