Примеры использования Space engineering на Английском языке и их переводы на Русский язык
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Aviation, Rocket and Space Engineering.
Space engineering curricula were expanded at the university level.
Education curriculum on space engineering.
Space Engineering Education Satellite(SEEDS) pico-satellite of Nihon University 2008-021J.
Thin films in the space engineering and technology.
To continue the development of an education curriculum for space engineering;
It was expected that the space engineering curriculum would be finalized in 2016.
The KOREASAT programme has also brought significant changes in the area of space engineering during 1996 and 1997.
The development of an education curriculum on space engineering was part of the workplan of the Basic Space Technology Initiative.
The session began with a presentation on the status of the education curriculum on space engineering.
Aerospace engineering courses are offered by four tertiary institutions,three of which carry components related to space engineering.
It carries payloads for various space science observation and space engineering tests.
In 2019, Samara University held the international winter school“Space Engineering and Technology” for the first time; it gathered 50 Chinese nationals.
Affordable small satellites, however, required an approach that was different from established space engineering techniques.
The space engineering faculty of the Istanbul Technical University produced various publications at the undergraduate and graduate levels on space activities and updated its workplan for the period 2007-2010.
In 2019, Samara University held the international winter school“Space Engineering and Technology” for the first time;
Interaction of a high-velocity rarefied stream with a solid surface, Problems of Mechanics and Heat Exchange in Space Engineering.
In 2006, the establishment of the Space Systems Design Laboratory(SSDL)will be completed at the Space Engineering Department, Faculty of Aeronautics and Astronautics, Istanbul Technical University.
To address the role of nanosatellites for space education andto launch the development of a United Nations education curriculum on space engineering;
The final technical session addressed activities related to capacity-building in space engineering and small-satellite projects and programmes.
The three-unit CubeSat that was described in the paper includeddeployable solar panels and the capacity to carry an imaging payload with a ground resolution of 20 metres. As a tool for developing countries, it could help university programmes to progress towards providing hands-on experience in space engineering.
Production technologies for above 400 compounds were developed including high-pure ones for electronics and space engineering as well as substances for drugs and cosmetics.
The 2006-2009 Strategic Plan has been prepared by the Space Engineering Department of Istanbul Technical University, which is continuing its accredited education on space technologies.
Owing to a general increase in interest in space in Turkey,the Aviation Engineering Branch has been reorganized as an Aviation and Space Engineering Branch.
The universities in Japan involved in space technology development had established the University Space Engineering Consortium(UNISEC), a non-profit organization to facilitate practical space activities at the university level.
Subjects covered include satellite communications, remote sensing and geo-information systems, satellite meteorology, atmospheric andspace studies, space engineering and so on.
Noted the continuing work on the education curriculum on space engineering and recommended that the curriculum should include lectures on various aspects of the development, launch, operation and practical uses of small satellites, including best practices for space debris mitigation measures and for the long-term sustainability of outer space activities;
During the last decade, production and adoption of nano-aggregations and nano-inclusions have become actual in electronics,medicine, space engineering and many other branches of production.
The participants were shown examples of activities carried out by the ESA Education Office in the area of small satellite technology that aim to motivate students to work in space engineering, technology and science and to provide university students with practical experience in real space projects.
Technical sessions were held on the following topics:( a) capacity-building in basic space technology development;( b) infrastructure for basic space technology development;( c) launch opportunities for small-satellite missions;( d) small-satellite platforms for Earth observations;( e) regulatory and legal issues;( f) space technology development activities in Western Asia; and(g) education curriculum on space engineering and the Basic Space Technology Initiative.