The Australian Space Policy Unit has set up a wonderful set of fact sheets about each of the Australian Space Research Program projects, which can be found here.
Great work guys - they're very informative, and interesting.
My only complaint - they're a little buried on the website, and didn't even make the "News and Features" section on the front page. Perhaps they could be promoted a little more?
Happy reading everyone.
Showing posts with label Australian Space Research Program. Show all posts
Showing posts with label Australian Space Research Program. Show all posts
Sunday, September 25, 2011
Sunday, June 26, 2011
Australian Space Research Program Analysis
With Round 4 of the Australian Space Research Program announced, I thought I would take a look at the global picture of what the four rounds and $40 Million of Government funding looks like.
For a start, in total, there were 14 ASRP grants awarded across the four selection rounds. Of these, there were 4 grants awarded under Stream A (Education) and 10 awarded under Stream B (Space Science and Innovation).
Looking at the funding total, excluding GST, I add up a total of $40,322,000 funding awarded (very slightly above the $40 Million allocated). Of that total, $3,071,158 went to the 4 Stream A Grants, and $37,250,842 went to the 10 Stream B Grants as below.
That also means that the average award for Stream A grants was $767,790, whereas the average award for Stream B grants was a much higher $3,725,084.
Taking a look at which states did well out of the ASRP, ACT and SA did the best with 4 grants allocated, with NSW on 3, Victoria on 2, and Queensland on 1 (taking into account only the lead recipient) as below.
In looking at the states and international involvement, we may also start to see some interesting things for the future of Space in Australia. Clearly, the Space Industry is focussed primarily around 4 states - ACT, SA, NSW and Victoria. This would not come as a surprise to many. We can also see that internationally, Australia is forming links primarily with the USA and Europe. These are also the most likely international partners for future space cooperation.
In my view, the ASRP has already been a great success, and forms an interesting model for continued space activities in Australia. Whilst a fully sector proposed model is unlikely to form the basis for an Australian national Space Policy, propositions from Industry and Academia should continue to be part of that future. I'm sure the lessons from the success of the ASRP are being fully taken into account by the Space Policy Unit, and I look forward to the national Space Policy release shortly.
For a start, in total, there were 14 ASRP grants awarded across the four selection rounds. Of these, there were 4 grants awarded under Stream A (Education) and 10 awarded under Stream B (Space Science and Innovation).
Looking at the funding total, excluding GST, I add up a total of $40,322,000 funding awarded (very slightly above the $40 Million allocated). Of that total, $3,071,158 went to the 4 Stream A Grants, and $37,250,842 went to the 10 Stream B Grants as below.
Taking a look at which states did well out of the ASRP, ACT and SA did the best with 4 grants allocated, with NSW on 3, Victoria on 2, and Queensland on 1 (taking into account only the lead recipient) as below.
There were a total of 61 different organisations who are part of ASRP Grant Consortiums, with the most involved organisations being the Australian National University who is involved in 6 different ASRP grants, followed by the University of NSW with 5. DSTO and EOS Space Systems are involved in 3 each, and Curtin University of Technology, the Bureau of Meteorology, University of South Australia, CSIRO and Vipac Engineers and Scientists involved in 2 grants each.
19 International organisations are involved in the ASRP grants, demonstrating that the ASRP is highly successful in developing international cooperation and links. The USA led the way with involvement in 4 programs, with France coming in second with involvement in 3 programs.
So what can we learn from all of this? Well, firstly, the ASRP grant money was clearly spread across a large range of organisations in Australia, and has enabled strong international links with many of the worlds leading Space nations.
In looking at the states and international involvement, we may also start to see some interesting things for the future of Space in Australia. Clearly, the Space Industry is focussed primarily around 4 states - ACT, SA, NSW and Victoria. This would not come as a surprise to many. We can also see that internationally, Australia is forming links primarily with the USA and Europe. These are also the most likely international partners for future space cooperation.
In my view, the ASRP has already been a great success, and forms an interesting model for continued space activities in Australia. Whilst a fully sector proposed model is unlikely to form the basis for an Australian national Space Policy, propositions from Industry and Academia should continue to be part of that future. I'm sure the lessons from the success of the ASRP are being fully taken into account by the Space Policy Unit, and I look forward to the national Space Policy release shortly.
Tuesday, June 21, 2011
Australian Space Research Program Round 4 Winners Announced
The Australian Space Research Program round 4 winners have been announced on the 17th of June 2010 by the Minister for Space Kim Carr. Round 4 sees 3 different grants awarded, totalling $6.1 Million in funding. The announcement can be found here.
The first project entitled "A Comprehensive Tertiary Education Program in Satellite Systems Engineering" sees the University of NSW team up with Thales Alenia Space France, Optus and the French Institut Superieur de l’Aeronautique et de l’Espace.
Their project was awarded $675,173 as part of Stream A of the ASRP, and includes the following description:
The project will develop and deliver a comprehensive, sustainable tertiary education program in satellite systems engineering comprising a two-year master’s qualification. The project is led by the University of New South Wales in collaboration with a world class consortium which includes Australia’s only satellite owner and operator, Optus, the multinational Thales Group, and France’s Institut Superieur de l’Aeronautique et de l’Espace.
The developed program will be optimised for Australia’s strategic and commercial interests and deliver a ‘systems-wide’ understanding of satellite systems and their applications, from the space segment, to the ground operations, and the end users. International and local industry internships and student exchanges will be incorporated into the program to enhance the skills of graduates.
"Space science is no longer about a race to the moon. Rather, it has the power and potential to help us address major issues that affect our quality of life like health care, food production and climate change," Senator Carr said at the announcement.
"Australia's space and engineering research is among the best in the world - Excellence in Research for Australia showed 85 per cent or more of the units assessed in the space sciences and related areas of engineering are world standard or above - and our space-related industries are growing."
Another great step forward for Australian space in my view - this time, with some interest coming out of the two main European Prime contractors in Astrium and Thales Alenia Space, as well as some funding going towards space hardware and components that could end up being part of an international program or global supply chain.
Well done to all who are winners this round, and commiserations to all of those who have been trying hard for the last 4 rounds to get involved. It is also worth congratulating the Space Policy Unit in Canberra who have been working hard to keep making the ASRP such a success.
It is with some hesitation that we see the round 4 announcement, as it is currently the last round of the ASRP funding, with no future funding or replacement program yet announced. Hopefully the upcoming National Space Policy will include a future for the ASRP, or something similar, to build upon the great gains already made by the ASRP.
The first project entitled "A Comprehensive Tertiary Education Program in Satellite Systems Engineering" sees the University of NSW team up with Thales Alenia Space France, Optus and the French Institut Superieur de l’Aeronautique et de l’Espace.
Their project was awarded $675,173 as part of Stream A of the ASRP, and includes the following description:
The project will develop and deliver a comprehensive, sustainable tertiary education program in satellite systems engineering comprising a two-year master’s qualification. The project is led by the University of New South Wales in collaboration with a world class consortium which includes Australia’s only satellite owner and operator, Optus, the multinational Thales Group, and France’s Institut Superieur de l’Aeronautique et de l’Espace.
The developed program will be optimised for Australia’s strategic and commercial interests and deliver a ‘systems-wide’ understanding of satellite systems and their applications, from the space segment, to the ground operations, and the end users. International and local industry internships and student exchanges will be incorporated into the program to enhance the skills of graduates.
The second project entitled " The Australian Plasma Thruster Project" sees ANU, teaming up the University of Surrey (UK), Astrium France, and local company Vipac. This project capitalises on the significant existing capability within the Plasma Research Laboratory at ANU.
Their project was awarded $3,117,172 as part of Stream B of the ASRP, and includes the following description:
The Australian Plasma Thruster project will aim to develop a spaceflight ready Australian plasma thruster design based on the helicon double layer technology invented and developed at the Australian National University. If successful it will find a market in satellite propulsion systems, including for station-keeping, end-of-life satellite insertion into graveyard orbit, and ultimately for deep space missions.
Their project was awarded $3,117,172 as part of Stream B of the ASRP, and includes the following description:
The Australian Plasma Thruster project will aim to develop a spaceflight ready Australian plasma thruster design based on the helicon double layer technology invented and developed at the Australian National University. If successful it will find a market in satellite propulsion systems, including for station-keeping, end-of-life satellite insertion into graveyard orbit, and ultimately for deep space missions.
The project will also develop and build a large Space
Simulation Facility (S2F) at the ANU’s Advanced
Instrumentation and Technology Centre at Mt Stromlo in the ACT. The S2F will incorporate a thermal/vacuum
test capability that will allow the final stage of development and testing of the plasma thruster
technology. The facility will also be
available for use by other Australian researchers and industry for testing
purposes.
The third project entitled " Greenhouse
Gas Monitor" once again sees Vipac (who have done very well in
Round 4), teaming up the University of Wollongong, Rosebank Engineering, ANU, the
University of Melbourne and the Bureau of Meteorology. Could this be the start
of the capability Australia needs to develop instruments and be part of a
future international Remote Sensing or Meteorology program? I hope so!
Their project was awarded $2,346,928 as
part of Stream B of the ASRP, and includes the following description:
The Greenhouse Gas Monitor project will
develop an innovative sensor to measure greenhouse gases nationally and
globally. The project will tie the
measurements to observations by satellites in order to provide global coverage. Additionally it will develop modelling and
analysis tools to interpret the data, thereby advancing scientific
understanding of the carbon cycle and providing policy relevant information of
sources and sinks of greenhouse gases.
The improved information on the
distribution of carbon dioxide (CO2) in the atmosphere resulting from the
project will mean better monitoring and management of the roles of agriculture,
forestation and deforestation as CO2 sources and sinks, more reliable weather forecasts
and more sensitive detection of climate change.
The project will also increase Australian capability in the design,
build and test of advanced remote sensing instruments.
"Australia's space and engineering research is among the best in the world - Excellence in Research for Australia showed 85 per cent or more of the units assessed in the space sciences and related areas of engineering are world standard or above - and our space-related industries are growing."
Another great step forward for Australian space in my view - this time, with some interest coming out of the two main European Prime contractors in Astrium and Thales Alenia Space, as well as some funding going towards space hardware and components that could end up being part of an international program or global supply chain.
Well done to all who are winners this round, and commiserations to all of those who have been trying hard for the last 4 rounds to get involved. It is also worth congratulating the Space Policy Unit in Canberra who have been working hard to keep making the ASRP such a success.
It is with some hesitation that we see the round 4 announcement, as it is currently the last round of the ASRP funding, with no future funding or replacement program yet announced. Hopefully the upcoming National Space Policy will include a future for the ASRP, or something similar, to build upon the great gains already made by the ASRP.
Wednesday, April 27, 2011
2011 Australian Research Infrastructure Roadmap hints at future Australian Space Research
The recently released "2011 Strategic Roadmap for Australian Research Infrastructure" Discussion Paper has hinted that the upcoming Australian National Space Policy will include a research program, and identifies early achievements of the ASRP.
The Discussion paper, which can be found here, outlines the following:
Geospatial and space technologies
The Space Policy Unit (SPU), formed in 2009, is developing a national space policy, an element of which will almost certainly be a research component. Early indications are that the Australian Space Research Program, coordinated by the SPU, has already fostered very useful collaborations between a number of Australian and international research organisations, agencies and companies. Australia sits in what is known as the Global Navigation Satellite Systems (GNSS) ‘hotspot’ where all of the current and proposed GNSS systems are visible and this unique geography provides opportunities for Australian researchers.
It is expected that the upcoming release of the Australian National Space Policy will incorporate a follow on program from the highly successful Australia Space Research Program that recently closed submissions for its fourth and final round. It also shows the increasingly importance that Space is beginning to play within the Australian Research landscape.
The Discussion paper, which can be found here, outlines the following:
Geospatial and space technologies
The Space Policy Unit (SPU), formed in 2009, is developing a national space policy, an element of which will almost certainly be a research component. Early indications are that the Australian Space Research Program, coordinated by the SPU, has already fostered very useful collaborations between a number of Australian and international research organisations, agencies and companies. Australia sits in what is known as the Global Navigation Satellite Systems (GNSS) ‘hotspot’ where all of the current and proposed GNSS systems are visible and this unique geography provides opportunities for Australian researchers.
It is expected that the upcoming release of the Australian National Space Policy will incorporate a follow on program from the highly successful Australia Space Research Program that recently closed submissions for its fourth and final round. It also shows the increasingly importance that Space is beginning to play within the Australian Research landscape.
Thursday, March 31, 2011
Australian Space Research Program Round 4 Closes
March 31st saw the closure of the fourth and final round of the Australian Space Research Program. The Australian Space Research Program is an Australian government program providing $40 Million over four years to encourage both Space Education development as well as Space Science and Innovation projects.
In what is widely seen as a highly successful program, the Australian Space Research Program will wind up after the fourth round, with no current replacement announced. So far, the project has supported 11 projects - across a wide range of ideas and organisations, and has allowed Australian institutions to form many linkages with international partners. It is also understood that many good proposals have had to be turned down due to the high quality and high demand for the program.
Over the next few months, the Australian government through its Space Policy Unit will be releasing an Australian National Space Policy, which is expected to include some form of replacement for the Australian Space Research Program. I'll be watching the upcoming Federal government budget announcement very closely.
In what is widely seen as a highly successful program, the Australian Space Research Program will wind up after the fourth round, with no current replacement announced. So far, the project has supported 11 projects - across a wide range of ideas and organisations, and has allowed Australian institutions to form many linkages with international partners. It is also understood that many good proposals have had to be turned down due to the high quality and high demand for the program.
Over the next few months, the Australian government through its Space Policy Unit will be releasing an Australian National Space Policy, which is expected to include some form of replacement for the Australian Space Research Program. I'll be watching the upcoming Federal government budget announcement very closely.
Thursday, February 17, 2011
Round 4 of the Australian Space Research Program Open
Round 4 of the Australian Space Research Program is now open for applications, closing at 3pm AEST, Thursday 31st March.
Whilst widely viewed as a highly successful program that has delivered very good value for the small investment made, it may be the last round of the ASRP, dependant on what is announced this year in the upcoming Australian National Space Policy. Hopefully the Space Policy includes at least a program to follow the ASRP, but may build upon the success of the ASRP with a broader Space Research Program, focussing on the key Space priority areas that have been identified.
In the Media Release from the Minister for Space Kim Carr, it also highlights just how successful the ASRP has been so far, particularly through the development of international partnerships:
“Eight of the 11 projects funded so far under the program have international partnerships, including organisations in Germany, Japan Italy, the United States, the United Kingdom, Canada, New Zealand and France. I hope to see even more collaborations with the next round of funding.”
For Round 4 there will be two applicant information sessions as follows:
For further information on Round 4 of the ASRP - head here.
Whilst widely viewed as a highly successful program that has delivered very good value for the small investment made, it may be the last round of the ASRP, dependant on what is announced this year in the upcoming Australian National Space Policy. Hopefully the Space Policy includes at least a program to follow the ASRP, but may build upon the success of the ASRP with a broader Space Research Program, focussing on the key Space priority areas that have been identified.
In the Media Release from the Minister for Space Kim Carr, it also highlights just how successful the ASRP has been so far, particularly through the development of international partnerships:
“Eight of the 11 projects funded so far under the program have international partnerships, including organisations in Germany, Japan Italy, the United States, the United Kingdom, Canada, New Zealand and France. I hope to see even more collaborations with the next round of funding.”
For Round 4 there will be two applicant information sessions as follows:
- Sydney - Wednesday 23 February, 10.30 - 11.30am
Biomed Lecture Theatre E
Ground Floor, Biological Sciences Building
University of New South Wales
Kensington
- Brisbane - Thursday 24 February, 2.00 - 3.00pm
Room 50-N201
Hawken Building (Building 50)
St Lucia campus
University of Queensland
For further information on Round 4 of the ASRP - head here.
Thursday, November 25, 2010
Australian Space Research Program Round 3 Winners Announced
Round 3 winners for the Australian Space Research Program have been announced on the 25th of November 2010. This rounds grants have seen 3 winners, one in Stream A - Space Education Development, and two in Space Science and Innovation, sharing $9 Million in funding.
For Stream A, a consortium led by Flinders University that includes the South Australian Department of Education and Children’s Services, the South Australian Museum, the Northern Advanced Manufacturing Industry Group, and Education Services Australia, will undertake a project called "Place and Space: Perspective in Earth Observations". The project, which will receive $950,753, will train 40 teachers in earth observation sciences, and assist over 400 secondary students undertake research projects in space-related topics.
The Second project, which will be led by Lockheed Martin Australia, and includes ANU National Computation Infrastructure, Geoscience Australia, Victoria Partnership for Advanced Computing Ltd, and the CRC for Spatial Information, is titled "Unlocking the LANDSAT Archive for Future Challenges". With funding of $3,472,965, the project will enhance Earth Observation ground based infrastructure, to enable ongoing processing of the national LANDSAT archive. It also hopes to make satellite imagery based environment data in a form usable by researchers, policy makers and private sector.
The Final Project will be led by the University of South Australia, and includes EMS Satcom Pacivfic Pty Ltd, COM DEV International Ltd, DSTO, Sage Automation, CSIRO and the Australian Institute of Marine Science. The project, which will receive $4,998,996 funding, will allow the transmission of data from field instruments to researchers live via satellite, by developing and demonstrating a space-ready comunications payload and complete ground system for use in marine monitoring, defence sensor monitoring and industrial automation scenarios.
For further information, head over to the space.gov.au website or direct to the detail here. This takes the total awarded under the ASRP to $34,222,727 with 11 projects funded so far.
Congratulations to all involved!
For Stream A, a consortium led by Flinders University that includes the South Australian Department of Education and Children’s Services, the South Australian Museum, the Northern Advanced Manufacturing Industry Group, and Education Services Australia, will undertake a project called "Place and Space: Perspective in Earth Observations". The project, which will receive $950,753, will train 40 teachers in earth observation sciences, and assist over 400 secondary students undertake research projects in space-related topics.
The Second project, which will be led by Lockheed Martin Australia, and includes ANU National Computation Infrastructure, Geoscience Australia, Victoria Partnership for Advanced Computing Ltd, and the CRC for Spatial Information, is titled "Unlocking the LANDSAT Archive for Future Challenges". With funding of $3,472,965, the project will enhance Earth Observation ground based infrastructure, to enable ongoing processing of the national LANDSAT archive. It also hopes to make satellite imagery based environment data in a form usable by researchers, policy makers and private sector.
The Final Project will be led by the University of South Australia, and includes EMS Satcom Pacivfic Pty Ltd, COM DEV International Ltd, DSTO, Sage Automation, CSIRO and the Australian Institute of Marine Science. The project, which will receive $4,998,996 funding, will allow the transmission of data from field instruments to researchers live via satellite, by developing and demonstrating a space-ready comunications payload and complete ground system for use in marine monitoring, defence sensor monitoring and industrial automation scenarios.
For further information, head over to the space.gov.au website or direct to the detail here. This takes the total awarded under the ASRP to $34,222,727 with 11 projects funded so far.
Congratulations to all involved!
Saturday, July 17, 2010
Australian Space Research Program Round 2 Winners!
On the 14th of July, The Minister for Space (well, that's how I see him), Kim Carr, announced the Round 2 winners of the Australian Space Research Program.
Those winners are:
Stream A: Space Education and Development Grants
Project: Southern Hemisphere Summer Space Program
Consortium: University of South Australia, International Space University
Grant: $475,658
Project Description: The project will develop an intensive five week summer program
conducted by the University of South Australia and the International Space
University. The program will provide inter-disciplinary knowledge and skills to
professionals, graduate researchers and senior undergraduate students, leading to
a graduate qualification or credit towards undergraduate programs. The program
will be available to Australian and international students over three summers and
will teach the key concepts and latest developments in:
- space science and technology
- space applications
- space business
- international and national space policy
- legal and regulatory issues
- space life sciences.
Stream B: Space Science and Innovation Projects
Project: GRACE Follow-on Mission
Consortium: The Australian National University, CSIRO, EOS Space Systems Pty Ltd, Jet Propulsion Laboratory,Californian Institute of Technology, Max Planck Institute for Gravitational Physics(Albert Einstein Institute), National Measurement Institute
Grant: $4,673,001
Project description: The project will develop prototype hardware for a laser ranging system suitable to be flown on NASA’s GRACE Follow-on mission, scheduled for launch in 2016. The current GRACE mission (Gravity Recover and Climate Experiment) is an incredibly successful satellite mission that has provided new and unexpected insights into the natural process of the Earth, including for example, the ability to understand and predict the water balance across Australian catchments.
Along with the prototype hardware, the project will develop analysis capability in Australia to process raw observations from the mission. Importantly, it will develop new links between Australian institutions and international partners at the forefront of space-based instruments.
Project: Automated Laser Tracking of Space Debris
Consortium : EOS Space Systems Pty Ltd, Australian National University, Defence Science and Technology Organisation, Near Space Systems Inc.
Grant: $4,040,355
Project description: Current space surveillance and tracking systems have relatively high levels of uncertainty in orbit predictions which can result in collisions between satellites and space debris. This project will demonstrate automated precision tracking of space debris to provide improved space situational awareness. The consortium will demonstrate fully remote and automated operation of a high performance laser tracking station, and provide an authoritative assessment of its ability to contribute to improved orbit determination of present and future surveillance of space systems. This project aims to develop an internationally competitive, commercially-viable, space surveillance industry built upon indigenous Australian technology.
Project: SAR Formation Flying
Consortium: University of New South Wales, BAE Systems Australia, Curtin University of Technology,
Delft University of Technology, General Dynamics, Astrium Limited
Grant: $4,664,583
Project description: This project will investigate synthetic aperture radar (SAR)satellites flying in small formations to significantly enhance real-time environmental monitoring. SAR satellites are unaffected by smoke, cloud, dust or volcanic ash which hamper optical earth observation). By simulating various formations of SAR satellites, this project will identify optimum orbits for monitoring over Australia and the region. The project will also develop the precision Global Navigation Satellite Systems relative positioning required to operate satellites in formation. Through this, the project will enable SAR to be used for a range of new applications such as timecritical disaster monitoring, environmental monitoring, climate change science and national security.
My Comments:
Firstly, a big congratulations to all. I hear that the grants process is very competitive, and clearly the high calibre of projects selected reflects that.
The Southern Hemispher Summer Space Program is a great step forward for the Australian Space Scene. The ISU is seen as the leading Space educational institution worldwide, and to have an annual program in Australia for the next 3 years at least is a massive boost. This will lead to many Australians educated in Space, as well as many space experts coming to Australia each year. I hear that the Uni of SA also plans a graduate certificate in Space Studies on the back of this as well. And they are doing it on such a small grant? What a great investment by the government.
The GRACE follow on mission - clearly the plan here is to position the team to actually build the flight hardware for the GRACE follow on mission. Mark this one down as something with a big future, and potentially real flight hardware on a NASA spacecraft. Some great international linkages here too.
The Automated Laser Tracking of Space Debris project, essentially gives some seed money to the boys at EOS to do what the do best. This is a great example of a niche area of technology in space that Australia is good at. I'd suggest in 5 years, we'll be exporting this one around the world.
The SAR Formation Flying project - this one was a bit of a surprise to me, from the standpoint that this technology is right at the cutting edge of things. Now I think SAR satellites and technologies have strong future in Australia, particularly in the defence arena, but SAR formation flying seems like the step that comes after we can handle the basic SAR capabilities. Regardless, I'm sure the team will develop those capabilities within this project. Some good linkages here too - I see with Astrium involved, I'm sure the European companies will take more interest in what's happening in Australia.
Overall, another great step for Australian Space. Four high class projects selected, and for only a small amount of government money! I must say, I can't believe how quickly things are happening in Australia now, and I hope this pace can keep getting quicker and quicker!
Those winners are:
Stream A: Space Education and Development Grants
Project: Southern Hemisphere Summer Space Program
Consortium: University of South Australia, International Space University
Grant: $475,658
Project Description: The project will develop an intensive five week summer program
conducted by the University of South Australia and the International Space
University. The program will provide inter-disciplinary knowledge and skills to
professionals, graduate researchers and senior undergraduate students, leading to
a graduate qualification or credit towards undergraduate programs. The program
will be available to Australian and international students over three summers and
will teach the key concepts and latest developments in:
- space science and technology
- space applications
- space business
- international and national space policy
- legal and regulatory issues
- space life sciences.
Stream B: Space Science and Innovation Projects
Project: GRACE Follow-on Mission
Consortium: The Australian National University, CSIRO, EOS Space Systems Pty Ltd, Jet Propulsion Laboratory,Californian Institute of Technology, Max Planck Institute for Gravitational Physics(Albert Einstein Institute), National Measurement Institute
Grant: $4,673,001
Project description: The project will develop prototype hardware for a laser ranging system suitable to be flown on NASA’s GRACE Follow-on mission, scheduled for launch in 2016. The current GRACE mission (Gravity Recover and Climate Experiment) is an incredibly successful satellite mission that has provided new and unexpected insights into the natural process of the Earth, including for example, the ability to understand and predict the water balance across Australian catchments.
Along with the prototype hardware, the project will develop analysis capability in Australia to process raw observations from the mission. Importantly, it will develop new links between Australian institutions and international partners at the forefront of space-based instruments.
Project: Automated Laser Tracking of Space Debris
Consortium : EOS Space Systems Pty Ltd, Australian National University, Defence Science and Technology Organisation, Near Space Systems Inc.
Grant: $4,040,355
Project description: Current space surveillance and tracking systems have relatively high levels of uncertainty in orbit predictions which can result in collisions between satellites and space debris. This project will demonstrate automated precision tracking of space debris to provide improved space situational awareness. The consortium will demonstrate fully remote and automated operation of a high performance laser tracking station, and provide an authoritative assessment of its ability to contribute to improved orbit determination of present and future surveillance of space systems. This project aims to develop an internationally competitive, commercially-viable, space surveillance industry built upon indigenous Australian technology.
Project: SAR Formation Flying
Consortium: University of New South Wales, BAE Systems Australia, Curtin University of Technology,
Delft University of Technology, General Dynamics, Astrium Limited
Grant: $4,664,583
Project description: This project will investigate synthetic aperture radar (SAR)satellites flying in small formations to significantly enhance real-time environmental monitoring. SAR satellites are unaffected by smoke, cloud, dust or volcanic ash which hamper optical earth observation). By simulating various formations of SAR satellites, this project will identify optimum orbits for monitoring over Australia and the region. The project will also develop the precision Global Navigation Satellite Systems relative positioning required to operate satellites in formation. Through this, the project will enable SAR to be used for a range of new applications such as timecritical disaster monitoring, environmental monitoring, climate change science and national security.
My Comments:
Firstly, a big congratulations to all. I hear that the grants process is very competitive, and clearly the high calibre of projects selected reflects that.
The Southern Hemispher Summer Space Program is a great step forward for the Australian Space Scene. The ISU is seen as the leading Space educational institution worldwide, and to have an annual program in Australia for the next 3 years at least is a massive boost. This will lead to many Australians educated in Space, as well as many space experts coming to Australia each year. I hear that the Uni of SA also plans a graduate certificate in Space Studies on the back of this as well. And they are doing it on such a small grant? What a great investment by the government.
The GRACE follow on mission - clearly the plan here is to position the team to actually build the flight hardware for the GRACE follow on mission. Mark this one down as something with a big future, and potentially real flight hardware on a NASA spacecraft. Some great international linkages here too.
The Automated Laser Tracking of Space Debris project, essentially gives some seed money to the boys at EOS to do what the do best. This is a great example of a niche area of technology in space that Australia is good at. I'd suggest in 5 years, we'll be exporting this one around the world.
The SAR Formation Flying project - this one was a bit of a surprise to me, from the standpoint that this technology is right at the cutting edge of things. Now I think SAR satellites and technologies have strong future in Australia, particularly in the defence arena, but SAR formation flying seems like the step that comes after we can handle the basic SAR capabilities. Regardless, I'm sure the team will develop those capabilities within this project. Some good linkages here too - I see with Astrium involved, I'm sure the European companies will take more interest in what's happening in Australia.
Overall, another great step for Australian Space. Four high class projects selected, and for only a small amount of government money! I must say, I can't believe how quickly things are happening in Australia now, and I hope this pace can keep getting quicker and quicker!
Thursday, June 10, 2010
Uni of Queensland's Scramjet consortium comes together
The University of Queensland has been working hard with law firm McCullough Robertson to bring together the multinational agreement for their recently awarded Australian Space Research Program Grant.
The agreement involves organisations from Australia, the United States, Japan, Germany and Italy, bringing together more than $9 Million of funding from the consortium to match the $5 Million grant already won as part of the Australian Space Research Program.
The consortium will be working hard to develop scramjet technologies - seen by many as one of the most promising technologies for the future of both Space Launch and Air travel.
This project is already starting to place Australia at the front of the pack for scramjet technology, and is a great example of how Space funding in Australia is vital.
The agreement involves organisations from Australia, the United States, Japan, Germany and Italy, bringing together more than $9 Million of funding from the consortium to match the $5 Million grant already won as part of the Australian Space Research Program.
The consortium will be working hard to develop scramjet technologies - seen by many as one of the most promising technologies for the future of both Space Launch and Air travel.
This project is already starting to place Australia at the front of the pack for scramjet technology, and is a great example of how Space funding in Australia is vital.
Wednesday, May 12, 2010
Recent Australian Government contracts in the Space domain
The Australian government has recently spent over $800,000 in a diverse range of Space contracts to Australian industry.
Whilst several contracts related to the current Space Policy Unit’s review of Australia’s Space capabilities, they are all very welcome as they will directly support Australian Space expertise, and enhance our overall industry direction.
At a quick glace, the recently awarded contracts include:
$474,743.50 to EOS Space Systems Pty Ltd to “Delivery of Satellite Laser Ranging Services at Mt Stromlo.”
$109,230 to Symbios Communications to “Review of Australia's Domestic Space Capabilities – Element”
$88,000 to Asia Pacific Aerospace Consultants to “Review of Australia's Domestic Space Capabilities – Element”
$77,930 to Sinclair Knight Merz Pty Ltd to “Review on Domestic Space Capabilities - Element 1”
$45,858 to Mallesons Stephen Jaques for Advice on Australian Space Research Program
$18,200 to Waterfield Consulting to “facilitate the Space Industry Innovation Council Meetings”
Whilst several contracts related to the current Space Policy Unit’s review of Australia’s Space capabilities, they are all very welcome as they will directly support Australian Space expertise, and enhance our overall industry direction.
At a quick glace, the recently awarded contracts include:
$474,743.50 to EOS Space Systems Pty Ltd to “Delivery of Satellite Laser Ranging Services at Mt Stromlo.”
$109,230 to Symbios Communications to “Review of Australia's Domestic Space Capabilities – Element”
$88,000 to Asia Pacific Aerospace Consultants to “Review of Australia's Domestic Space Capabilities – Element”
$77,930 to Sinclair Knight Merz Pty Ltd to “Review on Domestic Space Capabilities - Element 1”
$45,858 to Mallesons Stephen Jaques for Advice on Australian Space Research Program
$18,200 to Waterfield Consulting to “facilitate the Space Industry Innovation Council Meetings”
Monday, May 10, 2010
Round 2 Applications for the Australian Space Research Program has closed
The Space Policy Unit has officially closed applications for round 2 of the Australian Space Research program. If it was as successful as Round 1, we should see some good competition, and even better projects funded for the Australian Space sector. No doubt many of those who missed out on grant money in round 1 will have re-entered in round 2. Round 2 is expected to be announced in July 2010, with Round 3 applications open from Aug/Sept 2010.
The Space Policy Unit has also released some guidance to applicants for the Australian Space Research Program which can be found here. In this presentation the Space Policy Unit highlights that 32 applications were received as part of Round 1, 12 within Stream A, and 20 within Stream B. Given only 1 Stream A and 3 Stream B projects were funded, this highlights just how competitive Round 1 was.
The Space Policy Unit has also identified that the Australian National Space Policy will be read by the end of 2010, perhaps a little behind expectations, but given they’re starting from the ground up, they’ll have a lot of work to do.
I also note that they’ve put 2013 as the end date for the Australian Space Research Program Funding. Lets hope this is because it will be replaced as part of an overall Australian National Space Policy, rather than just scrapped, without any thought, and destroying the gains made so far.
For further information on the Australian Space Research Program, head here.
The Space Policy Unit has also released some guidance to applicants for the Australian Space Research Program which can be found here. In this presentation the Space Policy Unit highlights that 32 applications were received as part of Round 1, 12 within Stream A, and 20 within Stream B. Given only 1 Stream A and 3 Stream B projects were funded, this highlights just how competitive Round 1 was.
The Space Policy Unit has also identified that the Australian National Space Policy will be read by the end of 2010, perhaps a little behind expectations, but given they’re starting from the ground up, they’ll have a lot of work to do.
I also note that they’ve put 2013 as the end date for the Australian Space Research Program Funding. Lets hope this is because it will be replaced as part of an overall Australian National Space Policy, rather than just scrapped, without any thought, and destroying the gains made so far.
For further information on the Australian Space Research Program, head here.
Wednesday, April 14, 2010
A Capability Index for the Australian Space Research Program
The Space Policy Unit is getting together a “Capability Index”, that will basically be used as a networking tool for potentially interested candidates for the Australian Space Research program.
The index comes with the usual government caveats that they don’t endorse any of the capabilities.
Perhaps the Capability Index can grow in the future to be used as more of a survey of Australian Space capabilities? I would suggest that the Space Policy Unit could also migrate the data that they have from similar previous databases that they held. I also hope that they make an effort to contact many relevant companies and organisations to fill in the index, otherwise it will end up providing a non-representative overview of the Australian Space industry.
Full details can be found at:
http://www.innovation.gov.au/Industry/Space/Pages/AustralianSpaceResearchProgram-CapabilityIndex.aspx
The index comes with the usual government caveats that they don’t endorse any of the capabilities.
Perhaps the Capability Index can grow in the future to be used as more of a survey of Australian Space capabilities? I would suggest that the Space Policy Unit could also migrate the data that they have from similar previous databases that they held. I also hope that they make an effort to contact many relevant companies and organisations to fill in the index, otherwise it will end up providing a non-representative overview of the Australian Space industry.
Full details can be found at:
http://www.innovation.gov.au/Industry/Space/Pages/AustralianSpaceResearchProgram-CapabilityIndex.aspx
Saturday, March 20, 2010
Australian Space Research Program Round 2 Open
The Australian Government Space portal has announced that Round 2 of the Australian Space Research Program is Open. Applications are due by the 6th of May 2010, with hard copies due a week later.
Interestingly, they are holding 2 information sessions on the Program including:
* Canberra - 2pm, Monday 29 March 2010
* Adelaide - 2pm, Wednesday 31 March 2010
This seems to be a good step, to get some broader understanding and support within both Academia and Industry of how to apply for this funding.
So, for those of you who missed out on round one, here's your next shot at it. For more information, head to:
http://www.innovation.gov.au/Industry/Space/Pages/AustralianSpaceResearchProgram.aspx
Sunday, February 28, 2010
Australian Space Research Program - Round 1
Friday saw Innovation Minister Kim Carr announce the four successful projects for round 1 funding under the new Australia Space Research Program.
The round 1 winners include:
Pathways to Space: empowering the internet generation
which includes Uni of NSW, Uni of Sydney, Powerhouse Museum and Cisco Systems Australia, who have received a total funding of just under $1 Million.
The project is intended to promote space related science and engineering careers to year 10 to 12 students, through the setup of a "living laboratory" at the Powerhouse museum. It also includes links to be established with both the Australia Centre for Field Robotics and the Australian Centre for Astrobiology.
Scramjet-based access-to-space systems
which includes a whole host of players such as the University of Queensland, the University of Adelaide, AIMTEK, the Australian Youth Aerospace Forum, BAE Systems Australia, Boeing Research and Technology Australia, Centro Italiano Ricerche Aerospaziali, Defence Science and Technology Organisation, Deutschese Zentrum fuer Luft –und Raumfahrt, Japanese Aerospace Exploration Agency, Teakle Composites Pty Ltd, University of Minnesota, University of New South Wales, University of Southern Queensland. They have received a total grant of $5 Million.
The project is intended to be the first phase of a roadmap to develop a scramjet-based access-to-space industry. It's interesting to see the sheer number of parties involved in this one. The University of Queensland has already got some great runs on the board in this area, and it is fantastic to see further government support for this cutting edge work.
Antarctic Broadband – Definition and Capability Development
which includes: Aerospace Research Pty Ltd, the Australian National University, EM Solutions Pty Ltd, Environmental Systems and Services Pty Ltd, Joseph Mark Pty Ltd, The Tauri Group LLC, the University of Toronto. A grant total of $2.1 Million.
The project, as its title suggests is aimed at the definition and early development of a broadband satellite communications for the Antarctic. The announcement also includes the phrase "The project includes activities to build capacity and expertise in design, implementation and support of small-satellite communications systems in Australia", which perhaps suggests some broader future ideas for their work.
and last but not least:
Platform Technologies for Space, Atmosphere and Climate
which includes RMIT University, the Bureau of Meteorology, Curtin University of Technology, Electro Optic Systems Space System, GPSat Systems Australia Pty Ltd, National Space Organisation Taiwan, NOAA’s World Data Centre for Metrology, the University of New South Wales. They were awarded funds of just over $2.8Million.
The announcement includes the following project description "Advanced platform technologies will be developed for space-related research, including in-space tracking and navigation, precise positioning, space weather, atmospheric modelling and climate monitoring. New algorithms and enhanced atmospheric models will be developed in the context of new generation navigation and geo-environmental satellite programs to enhance Australia’s capability in space research."
Perhaps this one is a little less specific in exactly what will be achieved, but nevertheless, a highly qualified group, who will no doubt come up with some great results.
So, the overall verdict....
Spot On!
It has spread the funding amongst some highly qualified consortiums in Australia, with links overseas. It is also spreading funds amongst some great niche capabilities, whilst also providing funds for some new ideas and real Australian specific programs, which are just not provided when you leave it to the market.
A big congratulations to all winners of Round 1, and I look forward to the next few rounds.
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