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Qatar set to boost space exploration programme
Sunday June 2, 2013

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Qatar is boosting its space exploration programme in a bid to discover more planets, setting up new observatories in Asia, Europe and America, the country’s leading astronomer Dr Khalid al-Subai has said.

About $5m will be pumped into the country’s Exoplanet Survey, a research program that searches for unidentified planets in other solar systems, while a further $1m will be spend on promoting astronomy within Qatar and the region, Gulf Times has reported.

The new observatories will be established in New Mexico, where Qatar already has a station, the Canary Islands and either India or Iraq, al-Subai, Qatar’s first professional astronomer, said.

Al-Subai was instrumental in the discovery of Qatar-1b, a giant Jupiter-like exoplanet, meaning it revolves around a star in a galaxy other than Earth.


The exoplanet is significantly larger than any planet within Earth’s solar system and has a temperature of more than 1000C.

At the time of the discovery, al-Subai, who is the director of research in the Research and Development division of Qatar Foundation, said it was a great achievement for Qatar’s space program and marked the beginning of a “new era of collaborative astrophysics research” between Qatar, the UK and the US, who also participated in the discovery of Qatar-1b.

Al-Subai said the new observatories would help speed up the discovery of new exoplanets.

The expansion also meant Qatar would hire more astronomers to boost its present team of three.

Qatar set to boost space exploration programme - Technology - ArabianBusiness.com
 
UAE leads the Middle East's race into space

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ABU DHABI // The UAE is positioning itself to lead the Middle East into space, lifted by investment in technology, expertise and facilities, experts say. At the focal point of the new push is the Dh2.9 billion (US$800 million) Gulf space centre and satellite programme based in Abu Dhabi, which will be the largest in the Middle East and North Africa region. And officials hope the end result will be increased collaboration and even a pan-Arab space agency.

Omar Emam, a space technology adviser at the Arab Science and Technology Foundation, said only a few countries in the region had even launched satellites. "The difficulty is that projects such as these are very expensive, and many countries in the Middle East and Africa do not have the money to fund these kind of things," Mr Emam said. "That is why a pan-Arab or Middle East and African space agency is so important. It would allow countries which take part to share the cost and the rewards.

"It is about pooling resources. If they do not get involved, they run the risk of being left behind." He added that the UAE was well positioned to become a focal point of space exploration because of its background in commercial satellite projects by companies such as Thuraya and Yahsat. Plans to build a spaceport in the capital - fuelled by a $280bn deal with Sir Richard Branson's Virgin Galactic - will also give the UAE's space aspirations a boost, experts say. The 32 per cent stake in the company means Abu Dhabi will have exclusive rights to offering space tourism flights.

With the UAE's first government-owned satellite, DubaiSat-1, scheduled for launch last night, the Emirates Institution for Advanced Science and Technology (EIAST), which oversaw its creation, is already working on building two more. "The launch of DubaiSat-1 will pave the way for further space projects that highlight the UAE's thought-leadership role in space technology research," said Mohammed al Ghanim, board chairman of EIAST, which was established by the Dubai Government in 2006.
DubaiSat-1 is a remote sensing satellite that will be used to create a three-dimensional map of the region with a host of applications from monitoring climate change to urban planning and disaster relief. All these efforts have attracted worldwide interest. The UAE will hold the second annual Global Space Technology Forum in December in Abu Dhabi, an event that organisers promise will attract representatives from more than 20 countries, including the US space agency, Nasa.

Virgin Galactic, whose Dubai facility is the only accredited space office outside of the company headquarters in New Mexico, signed a deal with Aabar Investments this week that set Abu Dhabi on course to create the world's second commercial spaceport. Similar plans by a rival space tourism firm, Space Adventures, for Ras al Khaimah were announced in 2006, but the project recently stalled. The DubaiSat-1 project also represents a commitment to building a knowledge base for further efforts, officials said.

Because UAE scientists had no experience in designing and building satellites, they agreed a deal with the South Korean firm Satrec to design and build DubaiSat-1 - but, more importantly, to teach Emirati scientists the skills needed to create future probes. "We are investing in our natural human resources in sectors that are the cutting edge of technology," Mr al Ghanim said. "We are committed to positioning the UAE as a science and technology hub and establishing international collaborations and joint projects with industry and research organisations," he said.

Although Emirati technicians were responsible for only 30 per cent of the work on DubaiSat-1, DubaiSat-2 and 3, slated to be finished by 2020, will be developed by Emiratis. This effort to train and harness the country's young minds marks a change in state strategy, experts say. "UAE organisations, like Etisalat and Thuraya, have had a limited space satellite exploration programme since the early 1990s," said Biju Saith of Streamline Marketing Group, which is organising the Global Space Technology Forum.

"Traditionally, this has relied on hiring foreign consultants, but now the focus is on projects that include the UAE sending up satellites that have been designed and built here," he said. "This is an example of the shift in momentum now turning the focus onto home-grown projects." One of the most ambitious of the new generation of home-grown space projects is the Gulf space centre, known as the 4C GEOC (Gulf Earth Observation Centre), which alone is expected to cost $30 million and fill 10,000 square metres.

Two more ground stations are in the works, one each in Africa and elsewhere in Asia, to monitor and interpret satellite images and data from across the region. Both military and civilian applications are foreseen. Initially the facility will receive and distribute data from satellites already in space that are managed by the Italian firm Telespazio and the Italian Space Agency. The 4C GEOC project will be able to produce its own images after it launches its first two satellites, each costing almost $200 million, by the end of 2012.

Two more will be launched in 2013. The images beamed back to 4C GEOC will be created by radar photography, allowing high-definition pictures to be produced day and night, in all weather. Construction of the centre will begin in September; it is expected to be operational within six months, said Anastasios Angeloglou, chief executive of 4C Controls, the US security firm that launched the venture with the Abu Dhabi investment company Hydra Trading.

The centre is also planning to create a space academy, with classrooms and laboratories providing education up to university level on telecommunications, electronics and space engineering. Mr Saith said the level of investment in the space technology sector would act as a catalyst and drive further projects. "The aim is to develop a core knowledge base in the UAE, which would act as a regional centre of expertise offering assistance to countries looking to develop a presence in the space technology field," he said.

Ahmed al Mansoori, the director general of EIAST, has already led calls for a central authority to unite government, private companies and academic institutions to develop space technology. "It's time to design and set up the mechanism for a nationwide programme for research in all fields, and the immediate aim is for such an authority to define a space policy," he said at last year's Global Space Technology Forum.

"We need a regulatory authority not just to put the policies there but to co-ordinate everything - a special monitoring body to follow progress." That government space programme may be the foundation of a pan-Arab space agency, said Salem al Marri, one of the architects of the DubaiSat-1 project. "A federal space agency representing the whole country is something that we are aiming for," he said.

"That would be the natural next step towards a pan-Arab programme and would allow the UAE to speak with one voice about its ambitions and plans for space research. "I think it is a feasible and worthwhile project, but for now, it is still some way off."

UAE leads the Middle East's race into space - The National
 
UAE Becomes Center of Middle East’s Space Effort

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The seven-state United Arab Emirates is quickly becoming the center of the Middle East’s space effort, with agreements with Virgin Galactic for a suborbital spaceport and Bigelow Aerospace to develop an orbital spaceflight program. In the process, it is riding the crest of a new commercial wave in how human spaceflight will be conducted.

UAE might have the first commercial suborbital spaceport outside of the United States should the American government allows Virgin Galactic to export its WhiteKnightTwo/SpaceShipTwo system.


“We have focused on launching and running safe commercial sub-orbital tourism flights from Spaceport America in New Mexico,” said Virgin Galactic Commercial Director Stephen Attenborough. “However, in the future we may seek regulatory approvals from the US authorities required to take the system and operation out of the US. If we do that and are successful then Abu Dhabi is likely to be a location of particular interest.”

In 2009, Aabar Investments purchased a 32 percent stake in Virgin Galactic for $280 million, with the understanding that a spaceport would be built in Abu Dhabi. The investment group is controlled by the Abu Dhabi government.

Abu Dhabi is the capital of the seven-state UAE federation, which also includes Ajman, Dubai, Fujairah, Ras al-Khaimah, Sharjah and Umm al-Quwain. UAE is a constitutional monarchy with a president and a series of interlocking governing bodies. It has the sixth-largest oil reserves in the world and is one of the most developed nations in the region.

Whether the U.S. government will allow the export of advanced space planes and rockets to UAE (or anywhere else) is an interesting question. XCOR Aerospace also has signed agreements with organizations in South Korea and Curacao in the Dutch Antilles to fly its Lynx suborbital vehicle from spaceports in those nations contingent upon U.S. export approval.

Attenborough gave no estimates on when Virgin Galactic would seek export approval or how soon operations might begin in Abu Dhabi. Company officials have said they hope to begin commercial flights out of Spaceport America in New Mexico sometime in 2012. Six UAE citizens have signed up for suborbital flights.

UAE’s space ambitions extend into orbit. On Monday, officials announced that the Emirates Institution for Advanced Science and Technology (EIAST) had signed a Memorandum of Understanding with Bigelow Aerospace

“to drive joint efforts to usher in a new era in human spaceflight based on innovative technologies, affordability, commercial sustainability, and strong international partnerships.

“As per the MoU, EIAST and Bigelow Aerospace will explore joint efforts to establish a next-generation commercial human spaceflight programme for Dubai and the UAE, leveraging recent advances in human spaceflight. They will work to create a world-class microgravity research and development programme with a potential focus on advanced biotechnology applications, and a variety of other commercial space-related activities.”

Bigelow Aerospace is developing a series of private space stations that it plans to launch beginning in 2014-15 on American expendable rockets. The Las Vegas-based company has signed similars MOUs with organizations in six other countries that want access to space stations.

Bigelow also has partnered with Boeing to develop the seven-seat CST-100 crew transport. That project received NASA funding as part of the space agency’s Commercial Crew Development (CCDEV) program last year. NASA will award the second round of grants in March.

The developments in UAE represent a sea change in how space will be accessed in the 21st century. Previously, human spaceflight was the domain of government, which spent billions to send their citizens into the cosmos.

Soon, governments and corporations will be able to order the space flight experience they want from private vendors. Without the massive investments required to develop capabilities and infrastructure, human spaceflight becomes more affordable and the potential market much wider. And it will free up more money for actually doing things in space rather than just getting there.

It’s likely that we will see a growing Arab role in space if the commercial sector develops as hoped. There is an enormous amount of oil money in the Middle East that is waiting for good investment opportunities, especially infrastructure projects.

UAE knows a thing or two about infrastructure. Dubai is home to the tallest building in the world and a set of artificial islands in the Persian Gulf. And what is space development and settlement but a giant infrastructure project in a harsh environment?

UAE Becomes Center of Middle East’s Space Effort | Parabolic Arc
 
Abu Dhabi aiming for the stars: Emirate wants to become regional space hub

The UAE is in talks with Virgin Galactic to start commercial space flights in 2013 with Abu Dhabi as a regional hub for the 21st Century spaceport, said Frank Rose, deputy assistant secretary (Space and Defense Affairs) at the US Department of State.

“The presence of a spaceport in the UAE will enhance tourism and foreign investment in the region,” said Rose, adding that “the new space economy will boost diversification of the economy for long-term prosperity.”

He added that Abu Dhabi is poised to make huge yields from the location of the company’s second spaceport in the capital of the UAE.

Rose, who is taking part in the two-day Global Space and Satellite Forum, the region’s premier space and satellite industry event, which is held in Abu Dhabi with the attendance of more than 400 experts, said that Abu Dhabi has the potentials to be a global and regional centre for the new commercial space industry and that commercial space has a large variety of applications that would help provide many job openings for high skilled personnel.

Rose added that satellites help boost economic growth, enhance space programmes, increase national security, improve businesses, and provide efficient services.

Yet, he pointed out that there are many challenges ahead for all countries with space activities.

“First, there is space operation, the launching, and the complicating satellite traffic congestion in the orbit as there are more than 1,100 active satellites. There is a need for addressing these issues to avoid collisions.”

Mohammad Al Ahbabi, CIO and ICT advisor at the Centre of Excellence at the UAE Armed Forces, said that there are currently 60 countries in the world with space activities.

“The global space market is $300 billion and has been witnessing steady growth. It has grown 12 per cent since 2011,” said Al Ahbabi.

He added that the Middle East and North Africa (Mena) region has a high interest in space programmes.

“The UAE believes that space programme is a key sector for national interest and security and for diversifying its economy. We have Yahsat for military and commercial services. Also, we have other services applications for broadband and internet services,” said Al Ahbabi.

Prince Turki Al Saud, vice president of King Abdul Aziz City for Science and Technolgy, told Gulf News that satellite activities depend on knowledge and technology.

“We in the GCC and particularly in the UAE and Saudi Arabia are moving ahead towards decreasing our dependence on oil which has helped us transform our countries in many ways. These huge developments are mainly in real estate and infrastructure and human capital will qualify us to cater to the new technologies of space,” explained Prince Al Saud.

Golden years ahead for Thuraya and Yahsat

Stephen O’neil, president of Boeing Satellite, said that the coming 5-10 years will witness a boom in satellite business.

“Last Sunday we were talking about Thuraya and Yahsat. The coming five to ten years will be significant for Thuraya. The same applies to Yahsat. They will be more powerful for people and organisations as they will bring them closer to each other.

Sami Boustani, chief strategy officer at Yahsat, said that Yahsat is at the core of collaboration between the government and private sector.

“We are looking for sustainable business and growth. Mubadala has already invested in these satellites to extend services, which include services for the UAE Armed Forces.”

The UAE is fast becoming a major aerospace hub boosted by investment in technology, expertise and facilities.

Salem Al Marri, assistant director general of Emirates Institution for Advanced Science and Technology (EIASAT), told Gulf News that

“Dubai Sat 1 was launched in 2009 and Dubai Sat 2 will be launched before the end of 2013 from Russia,” said Al Marri, adding that both satellites are Korean made.

“Dubai Sat 3 is expected to be shipped within two years from now to the UAE and applications will be added to it before launching it either in 2016 or 2017. EIAST is aiming to enhance the position of the UAE in the scientific and technology arena” said Al Marri.

Abu Dhabi aiming for the stars: Emirate wants to become regional space hub | Al Bawaba


A useful link:

http://www.defence.pk/forums/arab-defence/229361-uae-gcc-dubai-satellite-program.html

Dubai Sat-1

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Dubai Sat-2

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First pictures captured by Dubai Sat-1

Cape Town in South Africa, captured by Dubai Sat-1
May 12, 2011

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Mirny Mine in Russia, captured by Dubai Sat-1
September 13, 2011

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3D image of Al-Fujairah, captured by Dubai Sat-1
June 12, 2011

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Saudi Arabia Improves Space Program

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The announcement was made by Prince Turki bin Saud bin Mohammad, King Abdulaziz City of Science and Technology (KACST) vice president for research institutes, at the 2nd Saudi International Space Conference.

He reported that the satellites, dubbed SAUDISAT4 and SAUDI GEO1, had been formatted with new highly sensitive devices and cameras that would enable them to perform a multitude of scientific experiments.

KACST has already launched 12 satellites from the Baikonur space station in Kazakhstan, displaying the strength of the space program there.

Prince Turki said, “It aims to make Saudi Arabia a leading supplier of earth monitoring products from space, interactive maps and strengthen satellite capabilities.”

He added that his country sought partnerships with the world’s largest space agencies, including NASA, for collaboration on various projects.

During his speech, Turki emphasized Saudi Arabia’s desire to use space exploration for peaceful purposes and said that it would be a leading country in science and technology by 2020, turning itself into a knowledge-based economy.

KACST takes part in a wide variety of projects. Other than sending outstanding students to conduct research in the US, they develop aeronautic technology, radio frequencies, and EO sensors.

A KACST official noted that Saudi Arabia is strategically placed for the development of space and aeronautic technology in the MENA region. Its focus on university and government-funded research will allow it to become a leader in the industry.

While Saudi Arabia’s space industry is not one of its most well known attributes, the Kingdom is working to impress itself upon the field.

Saudi Arabia Improves Space Program
 
Arab Youth Venture Foundation invites two unique groups to join its space engineering training program
Thursday, June 13 - 2013

The GCC's Arab Youth Venture Foundation invites two unique groups to join its week-long dynamic space engineering training program in Florida this summer.

The hands-on, dynamic space school programs utilize a teamwork approach and team members' collective math, science, and creative problem solving skills are called upon to successfully complete engineering missions related to the space industry.

Offered for the first time in the GCC, the first group calls for youth ages 6 to 11 and an accompanying parent to participate in a week-long session that includes child/parent astronaut training, team based space and engineering projects, workshops, special astronaut sessions, tour of the Space Shuttle Atlantis mock-up facility, and an inside look at Disney 'imagineering' at the popular thrill theme park.

The second unique program, offered for the first time at Kennedy will comprise 15-18 year olds and entails engineering design and implementation challenges, talks and demonstrations by leading space scientists and experts, a full day of astronaut training, a full day of actual space mission work on site, and more.

Both exciting 7 day space academy programs are open to all nationalities and run August 16 to 24 and take place at Kennedy Space Center in North East Florida's Cape Canaveral, best known for the National Aeronautics & Space Administration's high-profile rocket launches.

According to Lisa LaBonte, CEO of the AYVF, "Our inventive programs endeavor to inspire greater career and workforce participation for up-and-coming generations in growth sectors of the GCC's diversified economies and we have found that kids truly excel in immersive, engaging environments such as those space schools provide."

Registration requires English fluency and a USA visa. Certificates will be awarded for both age levels.

Arab Youth Venture Foundation invites two unique groups to join its space engineering training program | Arab Youth Venture Foundation | AMEinfo.com
 
What about non GCC space programs ?

The epicenter of Arab space research is, by far, KSA.
Egypt has made satellites and is working on more.
I have heard Iraq is building satellites using Iran's help and to is supposed to be launched by Iran's SLV. I have just heard it, I have no source.
 
The epicenter of Arab space research is, by far, KSA.
Egypt has made satellites and is working on more.
I have heard Iraq is building satellites using Iran's help and to is supposed to be launched by Iran's SLV. I have just heard it, I have no source.

Egypt and GCC are the only ones operating satlellites if I am right, Egypt has a military satellite aswell.
It would be good to have something like the ISS in the future for research, but this technology is not in the hands of the ME nations yet.

Iraq is building satellites but not with Iran’s help.
Some experimental and water monitoring projects are currently being worked at.

article:

In a major step forward, the Iraqi Ministry of Science and Technology in collaboration with Italy's La Svanza university aims to launch the Iraqi experimental satellite before the end of 2013, Al-Shorfa reported.

Sameer al-Attar, senior undersecretary at the Ministry, reportedly said that the new satellite 'Dijlah' will be used for educational and research purposes.

According to the report, the Italian university has pledged financial support in addition to the scientific and technical training of 15 Iraqi engineers and help in building the satellite. Further the engineers are undergoing a Masters of Science education at the university as part of the collaboration launched in July.

Amer Abdul Ahad, General Director of the Ministry's Department of Space Technology and Telecommunications, told the publication that "the satellite will fly at a low space orbit at an altitude ranging between 600 to 800 kilometres, while its lifespan will last about two years."

Al Attar added that the launch "will represent the first step for Iraq on the path to build an integrated satellite with more advanced specifications in the future, using strictly national efforts."


+ http://www.al-monitor.com/pulse/originals/2013/04/iraq-plans-satellite-launch.html
 
First domestic Egyptian satellite (with Ukrainian help):

EgyptSat 1 is Egypt's first Earth remote-sounding satellite. This satellite was jointly built by Egypt's National Authority for Remote Sensing and Space Sciences together with the Yuzhnoye Design Bureau in Ukraine and was launched on board a Dnepr rocket on 17 April 2007 from the Baikonur Cosmodrome.

The effort was spearheaded by Dr. Aly Sadek, chairman of the Egyptian Council for Space Science and Technology Research. It in many ways was considered a huge step for the Egyptians since it marked the first time they opted for technology transfer during the manufacturing the satellite rather than simply purchasing one (as in case of the Nilesat satellites). On 23 October 2010, the National Authority for Remote Sensing and Space Sciences announced that control and communication with the satellite had been lost since July 2010.
Egyptsat 1 is considered a miniaturized satellite weighing 100 kg and is carrying two devices:

An infrared sensing device
A high resolution multispectral imager together with store and forward communications payload.

Based on specs it has some limited military and observation capability.


EgyptSat-1 (also referred to as Misrsat-1) is an international collaborative minisatellite project of NARSS (National Authority for Remote Sensing and Space Science) of Egypt and the Yuzhnoye State Design Office (YSDO), Dnepropetrosvk, Ukraine. In 2001, Yuzhnoye won the contract to design and develop the satellite, providing also technical expertise and on-the-job training to 60 Egyptian engineers and experts as well as technology transfer.

The industrial consortium consisted of Ukrainian companies with Yuzhnoye as as prime contractor responsible for the platform and the launch. SSRE “CONECS” was responsible for the development of the two optical payloads, the onboard payload command and data handling subsystem, as well as for the development of the data processing in the ground segment. Subcontractors to SSRE CONECS were “Arsenal” in Kiev for optics manufacturing, SRDI “Elvit” for the onboard data processing and XenICs nv for the SWIR array manufacturing. 1)

EgyptSat-1 is the first remote sensing satellite of Egypt funded by the government of Egypt. The objective is to fly two instruments: a multispectral imager and an infrared imager.

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Launch: EgyptSat-1 (primary payload) was launched on April 17, 2007 on a Dnepr-1 launch vehicle from the Cosmodrome in Baikonur, Kazakhstan. Launch provider: ISC (International Space Company) Kosmotras of Moscow, Russia.

Secondary payloads on this multi-spacecraft launch were: SaudiSat-3 (35 kg), SaudiComsat-3 (12 kg), SaudiComsat-4 (12 kg), SaudiComsat-5 (12 kg), SaudiComsat-6 (12 kg), SaudiComsat-7 (12 kg), AKS-1 (12 kg), AKS-2 (12 kg), and 7 CubeSats: PolySat-4 (1 kg, CalPoly), CAPE-1 (1 kg, University of Louisiana), PolySat-5 (1 kg), Libertad-1 (1 kg, University of Sergio Arboleda, Columbia), AeroCube-2 (1 kg, The Aerospace Corporation, El Segundo, CA), CSTB-1 (1 kg,CubeSat TestBed-1, Boeing Company), and MAST [3 kg, Multi-Application Survivable Tether, Stanford University, TUI (Tethers Unlimeted)]. 6)

The CubeSats were deployed after the primary spacecraft was deployed into a nearly circular polar orbit. Three P-PODs contained the 6 single CubeSats and 1 triple CubeSat for MAST.

Orbit: Sun-synchronous orbit, altitude = 668 km, inclination = 98.1º, period = 98.1 minutes. The local equator crossing time is at 10:30 hours, the revisiting time is ~ 13 days after 191 orbital periods.

RF communications: The S-band is used for TT&C support. The X-band is used to downlink the payload data (imagery). An on-board memory system stores the payload data when not in contact with a station.

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