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Evaluation of space science R&D via disruptive space technology (DST)

The world advances its global space activities through greater participation of private companies, high-level technology, entrepreneurial ventures, novel R&D models, commercialisation, funding, new explorations and frontiers. It leads to a brand-new trend in space science R&D, which endeavou...

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Main Authors: Asillam, Mohd. Fairos, Mohd. Tobi, Siti Uzairiah, Subari, Mustafa Din
Format: Article
Published: Penwell Publishing Co. 2020
Subjects:
T Technology (General)
Online Access:http://eprints.utm.my/id/eprint/90643/
https://solidstatetechnology.us/index.php/JSST/article/view/4408
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spelling my.utm.906432021-05-02T00:11:48Z http://eprints.utm.my/id/eprint/90643/ Evaluation of space science R&D via disruptive space technology (DST) Asillam, Mohd. Fairos Mohd. Tobi, Siti Uzairiah Subari, Mustafa Din T Technology (General) The world advances its global space activities through greater participation of private companies, high-level technology, entrepreneurial ventures, novel R&D models, commercialisation, funding, new explorations and frontiers. It leads to a brand-new trend in space science R&D, which endeavours to utilise space resources. Through an exhaustive analysis of the literature associated to Disruptive Space Technology (DST), which works as the conceptual context in this research, this paper aimed to develop a theoretical understanding of the Space Science R&D programme. Literature analysis confirmed that it is exigent at a preliminary phase to maximise the advantages of space science R&D and to link with the other national program without an appropriate assessment process. It would result in lacking constant government support and jeopardising the existing national space program. It might affect the country that could cause the loss of social-economic potential benefits from space science R&D activities, although space is also a high-return potential imperative domain especially with the emerging of “new space” phenomenon. The conclusion from the reviewed literature helped to understand how Destructive Space Technology (DST) could be an essential theory in the development of the evaluation framework for the benefits of space science R&D in Malaysia. Next, this framework could be employed to examine the brand-new Malaysia space programme. Penwell Publishing Co. 2020 Article PeerReviewed Asillam, Mohd. Fairos and Mohd. Tobi, Siti Uzairiah and Subari, Mustafa Din (2020) Evaluation of space science R&D via disruptive space technology (DST). Solid State Technology, 63 (6). pp. 6706-6716. ISSN 0038-111X https://solidstatetechnology.us/index.php/JSST/article/view/4408
institution Universiti Teknologi Malaysia
building UTM Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Teknologi Malaysia
content_source UTM Institutional Repository
url_provider http://eprints.utm.my/
topic T Technology (General)
spellingShingle T Technology (General)
Asillam, Mohd. Fairos
Mohd. Tobi, Siti Uzairiah
Subari, Mustafa Din
Evaluation of space science R&D via disruptive space technology (DST)
description The world advances its global space activities through greater participation of private companies, high-level technology, entrepreneurial ventures, novel R&D models, commercialisation, funding, new explorations and frontiers. It leads to a brand-new trend in space science R&D, which endeavours to utilise space resources. Through an exhaustive analysis of the literature associated to Disruptive Space Technology (DST), which works as the conceptual context in this research, this paper aimed to develop a theoretical understanding of the Space Science R&D programme. Literature analysis confirmed that it is exigent at a preliminary phase to maximise the advantages of space science R&D and to link with the other national program without an appropriate assessment process. It would result in lacking constant government support and jeopardising the existing national space program. It might affect the country that could cause the loss of social-economic potential benefits from space science R&D activities, although space is also a high-return potential imperative domain especially with the emerging of “new space” phenomenon. The conclusion from the reviewed literature helped to understand how Destructive Space Technology (DST) could be an essential theory in the development of the evaluation framework for the benefits of space science R&D in Malaysia. Next, this framework could be employed to examine the brand-new Malaysia space programme.
format Article
author Asillam, Mohd. Fairos
Mohd. Tobi, Siti Uzairiah
Subari, Mustafa Din
author_facet Asillam, Mohd. Fairos
Mohd. Tobi, Siti Uzairiah
Subari, Mustafa Din
author_sort Asillam, Mohd. Fairos
title Evaluation of space science R&D via disruptive space technology (DST)
title_short Evaluation of space science R&D via disruptive space technology (DST)
title_full Evaluation of space science R&D via disruptive space technology (DST)
title_fullStr Evaluation of space science R&D via disruptive space technology (DST)
title_full_unstemmed Evaluation of space science R&D via disruptive space technology (DST)
title_sort evaluation of space science r&d via disruptive space technology (dst)
publisher Penwell Publishing Co.
publishDate 2020
url http://eprints.utm.my/id/eprint/90643/
https://solidstatetechnology.us/index.php/JSST/article/view/4408
_version_ 1699237452930088960
score 13.211869

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