The integrated mission design center (imdc) at nasa goddard space flight center

Karpati, Gabriel; Martin, J. B.; Steiner, Mark; Reinhardt, Kitt

doi:10.1109/aero.2003.1235549

Cited by 24 publications

(19 citation statements)

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“…Prasad (1996), Sercel, Sepahban, and Wall (1998), and Karpati (2003) analyzed the significance of CE capability as the core design competency that increases the pace of conceptual design by bringing together all relevant personnel to conduct focused, collaborative one-week design studies.…”

Section: Concurrent Engineering (Ce)mentioning

confidence: 99%

Significance of Industrial Engineering Competencies to Introduce New Automotive Variants: A Study Perspective

Kumar¹,

Ghosh²,

Bhattacharya³

2018

IEJ

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Section: Concurrent Engineering (Ce)mentioning

confidence: 99%

Significance of Industrial Engineering Competencies to Introduce New Automotive Variants: A Study Perspective

Kumar¹,

Ghosh²,

Bhattacharya³

2018

IEJ

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“…Integrated Concurrent Engineering (ICE) is an approach to early-stage systems engineering that increases the pace of conceptual design by bringing together all relevant personnel to conduct focused, collaborative design sessions within a well-defined timeframe, usually about a week. The ICE environment explicitly removes physical and organizational boundaries to communication so that design tasks that once took months or even years to accomplish can be completed in a matter of days (Sercel et al 1998, Karpati et al 2003. These design settings are not only venues for concurrent engineering, but they also are integrated in the sense that the various discipline engineers (usually one per discipline) are collocated in the same room so that they are able to concentrate their efforts on the truly interdisciplinary aspects of the design.…”

Section: The Integrated Concurrent Engineering Design Environmentmentioning

confidence: 99%

1.3.1 Information Flow, Team Coordination, and Shared Knowledge in Integrated Concurrent Engineering

Avnet

2014

INCOSE International Symp

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Large‐scale systems engineering efforts involve complex interactions that must be managed throughout the entire life cycle. Prior research has analyzed the relationship between expected and actual communication in engineering design teams. This study builds on that previous research by incorporating the cognitive aspects of design into the analysis. Based on 10 design sessions of an Integrated Concurrent Engineering (ICE) environment, Design Structure Matrix (DSM) representations of expected and reported interactions are constructed and used to calculate a metric of team coordination called socio‐technical congruence (STC). By computing the correlation between STC and a previously developed metric of shared cognition in teams, a relationship is found between team coordination and change in shared knowledge. Based on these results, it is concluded that design team members learn the most when expected and reported interactions are aligned – that is, when the team follows a well‐defined process based on information flow in the technical design.

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“…And it is already practiced in many industrial sectors throughout the product development cycle. Such as the well-known NASA/JPL Project Design Center The method has been studied and already applied in previous mission assessment [10] [11].…”

Section: Introductionmentioning

confidence: 99%

Information management system for space science mission concurrent design

Deng

Chen

Cao

et al. 2013

2013 6th International Conference on Information Management, Innovation Management and Industrial Engineering

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space science mission concurrent design is to meet the scientific mission requirements, optimize the spacecraft design and ultimately reaches a feasible solution for the proposed program. The information management system for space science mission concurrent design is developed to manage all design disciplinary data and support data exchange between the coupled disciplines. The space science mission concurrent design process and information involved are reviewed and analyzed. The system architecture is divided into three layers, including the data persistence layer, business logic layer and presentation layers. Data persistence layer provides local data services, data entities access, data entities, file system. Business logic layer provides file management, workflow management and data exchange interface. Presentation layer provides interactive interface. A space science mission application is given as an example. The simulation results show the mission design can be performed via the information management system to acquire high quality results.

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The integrated mission design center (imdc) at nasa goddard space flight center

Cited by 24 publications

References 0 publications

Significance of Industrial Engineering Competencies to Introduce New Automotive Variants: A Study Perspective

Significance of Industrial Engineering Competencies to Introduce New Automotive Variants: A Study Perspective

1.3.1 Information Flow, Team Coordination, and Shared Knowledge in Integrated Concurrent Engineering

Information management system for space science mission concurrent design

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