The Space Debris Environment and Satellite Manufacturing

Space debris is a growing threat to operational satellites and satellite manufacturing organizations. Leaders in satellite manufacturing organizations lacking adequate knowledge on the space debris risks could be at a competitive disadvantage. The purpose of this explorative case study was to explor...

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Main Author: Tam, Walter
Format: Others
Language:en
Published: ScholarWorks 2015
Subjects:
Online Access:https://scholarworks.waldenu.edu/dissertations/1660
https://scholarworks.waldenu.edu/cgi/viewcontent.cgi?article=2659&context=dissertations
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spelling ndltd-waldenu.edu-oai-scholarworks.waldenu.edu-dissertations-26592019-10-30T01:06:05Z The Space Debris Environment and Satellite Manufacturing Tam, Walter Space debris is a growing threat to operational satellites and satellite manufacturing organizations. Leaders in satellite manufacturing organizations lacking adequate knowledge on the space debris risks could be at a competitive disadvantage. The purpose of this explorative case study was to explore strategies leaders in satellite manufacturing organizations use to mitigate risks through the conceptual lens of stakeholder theory, contingency theory, and general system theory. The research questions addressed strategies to mitigate the debris threat from the perspectives of both ongoing concerns and long-term risk resolution. Data were collected via in-depth interviews with 12 leaders, purposively selected, in satellite manufacturing organizations, and supplemented with documentation from the literature and archival records from NASA. Member checking was used to validate the transcribed data subsequently coded into 6 themes that included: meeting requirements; using analytical techniques; using shielding to protect satellites; implementing material and process innovation; developing satellite services; and generating end of mission requirements. Recommendations include maintaining and developing analytical competencies, funding research and development, and establishing standardization. Using strategies that facilitate risk mitigation and the preservation of the space environment, business leaders could benefit by developing strategic road maps that ensure continued access to space. Implications for social change include contributing to social stability, technology advancement, increased knowledge base, economic growth, higher education, and improved standard of living. 2015-01-01T08:00:00Z text application/pdf https://scholarworks.waldenu.edu/dissertations/1660 https://scholarworks.waldenu.edu/cgi/viewcontent.cgi?article=2659&context=dissertations Walden Dissertations and Doctoral Studies en ScholarWorks Satellite Manufacturing Space Debris Space Environment Sustainability Business Environmental Health and Protection
collection NDLTD
language en
format Others
sources NDLTD
topic Satellite Manufacturing
Space Debris
Space Environment Sustainability
Business
Environmental Health and Protection
spellingShingle Satellite Manufacturing
Space Debris
Space Environment Sustainability
Business
Environmental Health and Protection
Tam, Walter
The Space Debris Environment and Satellite Manufacturing
description Space debris is a growing threat to operational satellites and satellite manufacturing organizations. Leaders in satellite manufacturing organizations lacking adequate knowledge on the space debris risks could be at a competitive disadvantage. The purpose of this explorative case study was to explore strategies leaders in satellite manufacturing organizations use to mitigate risks through the conceptual lens of stakeholder theory, contingency theory, and general system theory. The research questions addressed strategies to mitigate the debris threat from the perspectives of both ongoing concerns and long-term risk resolution. Data were collected via in-depth interviews with 12 leaders, purposively selected, in satellite manufacturing organizations, and supplemented with documentation from the literature and archival records from NASA. Member checking was used to validate the transcribed data subsequently coded into 6 themes that included: meeting requirements; using analytical techniques; using shielding to protect satellites; implementing material and process innovation; developing satellite services; and generating end of mission requirements. Recommendations include maintaining and developing analytical competencies, funding research and development, and establishing standardization. Using strategies that facilitate risk mitigation and the preservation of the space environment, business leaders could benefit by developing strategic road maps that ensure continued access to space. Implications for social change include contributing to social stability, technology advancement, increased knowledge base, economic growth, higher education, and improved standard of living.
author Tam, Walter
author_facet Tam, Walter
author_sort Tam, Walter
title The Space Debris Environment and Satellite Manufacturing
title_short The Space Debris Environment and Satellite Manufacturing
title_full The Space Debris Environment and Satellite Manufacturing
title_fullStr The Space Debris Environment and Satellite Manufacturing
title_full_unstemmed The Space Debris Environment and Satellite Manufacturing
title_sort space debris environment and satellite manufacturing
publisher ScholarWorks
publishDate 2015
url https://scholarworks.waldenu.edu/dissertations/1660
https://scholarworks.waldenu.edu/cgi/viewcontent.cgi?article=2659&context=dissertations
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