41. Chris Corrigan - Open Space Technology Clients And Projects Home Biography. Open space technology. Clients and projects. Consultation.Facilitation. Other Services. Papers and publications. Weblog. Music. http://www.chriscorrigan.com/openspace/osclients.html

Chris Corrigan Consulting in organizational and community development Home Biography Open Space Technology Clients and projects ... Music Chris Corrigan RR#1 E-3 Bowen Island, BC, Canada chris@chriscorrigan.com Clients and Projects in Open Space I have been using Open Space Technology since 1996, after being first exposed to it at the annual conference of the International Association of Public Participation Practitioners in 1995. Since that time I have trained in Open Space Technology with Harrison Owen and Birgit Williams. I am active in the Open Space Institute of Canada, and in the international community of Open Space Technology practitioners. In 2001 I co-hosted the ninth annual Open Space on Open Space in Vancouver. As an Open Space Technology trainer, I have developed and offered practice workshops with Birgitt Williams, Michael Herman, Judi Richardson and Harrison Owen. This is a selected list of organizations and communities for whom I have facilitated Open Space Technology meetings and trainings. Cariboo Tribal Council Sliammon First Nation First Nations and Inuit Health Branch, Health Canada

42. The Christian Science Monitor | Csmonitor.com US Linking Up With China in space projects. slowly toward that goal despite remainingconflicts in the area of space and missiles Investigating technology leaks. http://search.csmonitor.com/durable/1998/04/10/p6s1.htm

WORLD USA COMMENTARY LEARNING ... Text Edition Search: Archive Packages Collections of articles on specific topics. Most-viewed stories: (for 06/10/04) A remake without a cause Reading, writing, and ... war? Then and now: how Reagan's stature rose Bush team and the limits on torture ... For Bush, a good week INTERNATIONAL from the April 10, 1998 edition Editor's note The Christian Science Monitor archive includes stories dating back to 1980. Some early articles lack sufficient formatting, and will appear as one long column without paragraph breaks. We apologize for the aesthetics and hope that the information will still be of value to you. US Linking Up With China in Space Projects Kevin Platt, Staff writer of The Christian Science Monitor BEIJING - A space partnership between the US, the world's biggest maker of satellites, and China, which provides the lowest-priced launches, would seem to be a match made in heaven. If China continues to become a more responsible player on the world stage by reducing arms sales to belligerent regimes and by relaxing domestic political controls, say Western officials and experts, its space ties with the US are likely to be broadened. "For now, there are only minimal government-to-government links in the area of space," says a Western official in Beijing who asked not to be identified. "But there has been tremendous growth in commercial space ties between the two countries." "Presidents Clinton and Jiang Zemin agreed to deepen space cooperation during their summit in Washington" last October, says a diplomat in Beijing. "And the US is likely to move slowly toward that goal despite remaining conflicts in the area of space and missiles."

43. ESA Portal - European Space Research And Technology Centre (ESTEC) ESTEC also houses a large pool of people with highly specialised technical knowledge,who are assigned to space projects when their expertise is needed for http://www.esa.int/esaCP/SEMOMQ374OD_index_2.html

European Space Research and Technology Centre (ESTEC) Aerial view of ESTEC’s facilities The European Space Agency (ESA) and its 15 Member States work together to pursue a wide range of ambitious and exciting goals in space. Together, they create fascinating projects that would not be feasible for the individual Member States. These projects generate new scientific knowledge and new practical applications in space exploration, and contribute to a vigorous European aerospace industry ESA has sites in several European countries. The European Space Research and Technology Centre (ESTEC), the largest site and the technical heart of ESA—the incubator of the European space effort—is in Noordwijk, in the Netherlands. Most ESA projects are born here, and this is where they are guided through the various phases of development. More than 2000 specialists work here on dozens of space projects. Rosetta Flight Model thermal vacuum tests Except for launchers, nearly all ESA projects are managed from ESTEC. In Noordwijk, people work on science missions, on human spaceflight, telecom, satellite navigation, and Earth observation. ESTEC also houses a large pool of people with highly specialised technical knowledge, who are assigned to space projects when their expertise is needed for missions. If you want to know more about ESTEC, please have a look at the ESTEC Tour! Contact information ESTEC is located in Noordwijk, The Netherlands. Our postal address is:

44. The à ngström Space Technology Center Homepage At the space technology center, many different projects is ongoing,all related to miniaturised spacecraft! à STC LoggoAn idea for http://www.astc.material.uu.se/Projects/

At the space technology center, many different projects is ongoing, all related to miniaturised spacecraft! An idea for a future mission to the moon. The mission depends heavily on miniturazied systems. A low weight gives lower mission costs and MST (Micro System Technology) gives the same mission results as larger and bigger spacecraft. The spheres in the picture are plans for small sperical rovers Micromachining is one of the enabling technologies! Extreme miniaturisation of system can be achieved using microsystem technology MST. Some of the enabling technologies are silicon micromachining, 3D packing and lithography. The example to the the right is micromachined silicon functioning as thermal switches. A micromachined proportional valve In the micropropulsion project one key element is a small proportional valve. Its overall dimensions are about ~10mm. The valves operates with active ceramic material that changes lenght with applied voltage.

45. Total Concept Projects - Masterminding Technology to create a very unique and exciting space. Mr. Guest comments “Total ConceptProjects has launched AV Mr Guest explains “ Complex technology which has http://www.infolink.com.au/articles/96/0c01f096.asp

australian: architecture - building - construction - design Home Companies Product News Industry News ... Tenders Search Site Directory Building Services Interior Finishes Kitchens, Bathrooms and Laundries News June 12, 2004 Masterminding Technology As a company that have more than doubled their turnover in the past five years, Total Concept Projects are continuing their expansion with a rollout of cutting edge technology for sophisticated residential living, transforming home environments of the 21st century with a series of amazingly intelligent solutions, so much so that the company has formed a new division specialising in this area and branded AV Lounge. They reflect what most Australians find important in their lifestyles, a home geared technologically to be secure, comfortable, welcoming and entertaining. Total Concept Projects is Australia’s leading supplier of premium audio-visual and security fit-outs for corporate, business and entertainment markets. AV lounge specializes in technology customisation for the residential market. Total Concept Project’s Design Consultant Peter Guest comments: “Intelligent home control is the way of the future. It helps co-ordinate all aspects of the home from a touch pad anywhere in the world. It is changing the way we live and what we can look forward to. “

46. Teaching Through Technology Program 29: Grades 6-8 Projects Randall takes advantage of several technology tools for the most exciting part ofthe project, students actually of our planet taken from the space Shuttle and http://www.ecb.org/ttt/program29.htm

TTT Home Elementary Middle High ... Forum TEACHING THROUGH TECHNOLOGY Program 29: Grades 9-12 Projects Language Arts Iditarod Web Quest Space WebCam A Language Arts Response to September 11 Teacher Char Harteau's middle school students at the Wisconsin Conservatory of Lifelong Learning in Milwaukee created Web searches with the topic of "Helping All of Us to Cope with the Events of September 11." Each student was asked to search the Internet for information that would help themselves, their families and friends discuss and cope with the events of September 11, 2001. Char says that many of the projects she does with the Internet are inquiry based. One of the most important roles she sees for the teacher is to make sure that the Web sites students choose to use are factual and relevant. For more information: Contact Char Harteau via e-mail or at Wisconsin Conservatory of Lifelong Learning Milwaukee, Wisconsin Teacher: Char Harteau Grade: Subject area: language arts Tech tools: See it in action: Check the broadcast schedule for Program 29 Standards TTT Home Elementary Middle High ... Forum Iditarod Web Quest Randall Paske's 6th graders depart on a WebQuest to Alaska as they pick a dog sled team, learn about mushers and their dogs, track weather changes and follow the Iditarod dogsled race day by day.

47. SPACEandTECH Projects a number of completed and ongoing projects for both System (ACES) is a propulsionsystem technology that could the cost of Earth-to-Orbit space transportation http://www.spaceandtech.com/company/projects.shtml

Andrews Technical Services has a number of completed and on-going projects for both commercial and government customers. Please use one of the links below to learn more about what we are doing. "Alchemist" ACES: The "Alchemist" Air Collection and Enrichment System (ACES) is a propulsion system technology that could significantly decrease the cost of Earth-to-Orbit space transportation. ACES is used by horizontal take-off and landing reusable launch vehicles (RLV's) to generate liquid oxygen rocket propellant from the atmosphere. ( more details NASA NRA8-27 (Future Space Transportation Study): more details NASA Alternate Access to Station: more details Over the past eighteen months, Andrews Space & Technology has developed a Two-Stage to Orbit (TSTO) reusable launch vehicle architecture, using internal funds, built around its "Alchemist" Air Collection and Enrichment System (ACES) technology. AS&T is currently conducting a feasibility assessment of its "Alchemist" ACES under NASA's NRA8-30.

48. SPACEandTECH Projects - FSTS Andrews space technology has completed the first phase of a contract by theNational Aeronautics and space Administration to conduct a Future space http://www.spaceandtech.com/company/projects_fsts.shtml

Future Space Transportation Study Download the FSTS Executive Summary and Final Report: FSTS Executive Summary (PDF - 1.3 Mb) FSTS Final Report (PDF - 5.3 Mb) Along with performing technical market analysis in the study, Andrews Space & Technology developed an animated "trailer" characterizing future commercial space activities and conducting business in orbit. View Animated "Trailer" View Press Release Over the past eighteen months, Andrews Space & Technology has developed a Two-Stage to Orbit (TSTO) reusable launch vehicle architecture, using internal funds, built around its "Alchemist" Air Collection and Enrichment System (ACES) technology. AS&T is currently conducting a feasibility assessment of its "Alchemist" ACES under NASA's NRA8-30.

49. Space Applications Services s. Access to Scientific space Heritage ASH, ( 52K). ROverBased Utilization of Science and technology ROBUST, ( 80 K).......Project. http://www.spaceapplications.com/projects-ist.html

INFORMATION SYSTEMS TECHNOLOGY (IST) PROJECTS Project Descriptions Columbus Utilisation Information System CUIS 40 K) Knowledge Based Experiment Payload Interface Design Handbook KEEP-ID 40 K) Space Environment Information System SPENVIS 196 K) Web Based Standard Educational Tools WebSET 180 K) Access to Scientific Space Heritage COLTRAIN 196 K) Access to Scientific Space Heritage ASH 52 K) Advanced Simulation Interoperable Architecture ASIA 40 K) Payload Support for Planetary Exploration PSPE 44 K) Flexible Automation Monitoring and Operation User Station FAMOUS 184 K) Joint European Robotics Interactive and Calibrated Operations JERICO 52 K) vision and Interactive Autonomy Bi-lateral Experiments (on ETS-VII) VIABLE 44 K) TRACE 44 K) Storage Interoperability Technologies STORit 52 K) ROver-Based Utilization of Science and Technology ROBUST 80 K) Advanced Technology Operations System Concept and System Architecture ATOS-1 40 K) Computer Assisted Operations Module ATOS-4 40 K) Automated Mission Planning ATOS-3 36 K) Payload Operations System Technology POST 44 K) Advanced Crew Terminal ACT 56 K) User Work Station UWS 40 K) Telescience Test Bed TTB 36 K) Space Data Network Uplink Data Control SDN UDC 36 K) End-to-End Communications Emulator EECE 36 K) SMM SIVQ 40 K) Operations Development Support Environment ODSE 40 K) Comprehensive Large-scale Engineering Methodologies and technology Transfer COMPLEMENT 32 K) Future ATC, New Systems and Technologies Impacts on Cockpit

50. Kingston University Students Space Projects Here are some examples of past Group and Individual projects related to spaceat Kingston University. Hover on the titles for more details. . http://technology.kingston.ac.uk/space/projects/projects.html

Home News Courses Research ... Contacts The importance of projects is emphasised throughout the courses with the Individual and Group projects. These provide some hands-on experience to student in space activities. Here are some examples of past Group and Individual projects related to space at Kingston University. For Research projects , go to the Research zone Group Projects - Venus Sample Return Mission Venus Sample Return The VSR Project has been investigating the architecture and the specific requirements for a Venus sample mission within a tight budget from orbit mechanics to lander and payload design. After a soft landing, the samples are extracted, a ballon lift a rocket high in the atmosphere before being sent beck to earth via an orbiter.

51. Naval Technology - CVF - RN Future Aircraft Carrier to Industry projects IndexReturn to Industry projects Index, for the carrier andexamining the key enabling technologies. space will be made in the design for http://www.naval-technology.com/projects/cvf/

Return to Industry Projects Index CVF ROYAL NAVY FUTURE AIRCRAFT CARRIER, UNITED KINGDOM The new UK CVF Royal Navy aircraft carriers, HMS Queen Elizabeth and HMS Prince of Wales, are expected to enter service in 2012 and 2015. The design continues to evolve but CVF is expected to displace 55,000t to 65,000t, a size between the USA's 100,000t Nimitz class and France's 43,000t Charles de Gaulle class aircraft carriers, and three times larger than the 20,000t UK Invincible class carriers. The carrier will have a maximum speed of 25 knots. At 15 knots the range is 10,000 nautical miles and the ship carries food, fuel and stores for an endurance of seven days between replenishments. The steel cutting for the first of class ship will be in 2006 and assembly will begin in 2009 at the Rosyth shipyard. Sea trials will begin in 2010 for commissioning in 2011. The Royal Navy will undertake the first of class operational sea trials prior to the in service date of October 2012. The second of class CVF-02 has an in service date of October 2015. Each ship will have a complement of typically 1,200, including 600 air crew.

52. Untitled Document Telescope, successor to the Hubble space Telescope; the UK ATC focuses its work aroundtechnologies for use concentrating its efforts on projects where these http://www.roe.ac.uk/atc/

53. United Kingdom Astronomy Technology Centre Search. United Kingdom Astronomy technology Centre. UK ATC Engineering Optics spacetele.html. Print. space Telescope projects. http://www.roe.ac.uk/ukatc/engineering/optics/spacetele.html

ROE UK ATC IfA Visitor Centre Search UK ATC Engineering Optics spacetele.html ... Print Space Telescope Projects The links below will take you to the relevant Space Telescope project pages. Infrared Space Observatory ( ISO ISOCAM ISOPHOT The James Webb Space Telescope NGST The Herschel Space Observatory SPIRE UK ATC Projects Research ... Search The Royal Observatory Edinburgh comprises the UK Astronomy Technology Centre of the Particle Physics and Astronomy Research Council , the Institute for Astronomy of the University of Edinburgh and the ROE Visitor Centre

54. HUT Space Lab Research Activities Laboratory of space technology. Research projects. Current projects New methodsin forest remotesensing; Improving the imaging radiometer (in finnish); http://avasun.hut.fi/Projects/projects.html

Laboratory of Space Technology Research projects Current projects: New methods in forest remote-sensing Improving the imaging radiometer (in finnish) Water monitoring Recent projects Millimeterwave Radiometer for Atmospheric Ozone Research (updated 14 May 1995) ESA (European Space Agency) European Multisensor Airborne Campaign 1994/95 Remote-sensing of sea-ice Remote-sensing of snow Small satellite technology Flight activity Short Skyvan, a remote-sensing research aircraft (a very good overview!) On-board instruments Back Home Updated September 9 1996 webmaster@avasun.hut.fi

55. HobbySpace - Stairway To Space $50M TGV Rockets (1000kg to 100km); ~$250M - Andrews space technology (6360kgs to 100km); See the RLV Table for a survey of projects and their costs and http://www.hobbyspace.com/AAdmin/archive/SpecialTopics/toSpaceTimeLine.html

HobbySpace Home Space Log RLV News Investing ... RLV Countdown Climbing a Commercial Stairway to Space: A Plausible Timeline? by Clark S. Lindsey Feedback Section Can we go from this level of technology currently in development at small private companies - Armadillo XCOR and unmanned orbital TSTO (here the Kistler K-1) to this level free flying space station (e.g. MirCorp Mini-station) and a commercial module (e.g. Spacehab Enterprise) with a pilot and 2-3 passenger capability within 10-15 years using primarily I believe the answer is Yes! Can we really get to space with private investment? By we , I mean that space becomes accessible to a much wider range of people than the current elite of astronauts and cosmonauts (and eventually taiknonauts.) Also, this implies public oriented development such as the construction of space hotels. Can a believable scenario be laid out in which small, independent companies rely primarily on commercial markets rather than government contracts to develop low cost space transport and habitats in orbit?

56. Wash U: Project Aria: About through the analysis, design, manufacture, launch, and operations of variousspacerelated projects including spacecraft and space technology projects. http://aria.seas.wustl.edu/descrip.htm

About Project Aria About People Sponsors, Partners, and Participants Projects ... Links Logon Contact Latest Program Overview (PDF Format) Latest Program Presentation The goals of Project Aria are: Promote Technical Education: Promote Science, Engineering, and Technology in K-12 Grade Encourage Local Students to Enter Technical Fields Encourage Women and Minorities to Enter Technical Fields Expand the Base of Technical Workers Research and Develop Low-Cost Space Engineering and Science Technology AREAS OF EMPHASIS Outreach At the core of Project Aria is our K-12 outreach commitment. As stated in the goals above, encouraging K-12 students in engineering, science, and technology are critical for the future. To this end, Project Aria has worked with K-12 schools in the St. Louis area, Washington DC, California, and Australia Specific participation varies with the project. For example, the Shuttle-based projects allow students to select and fly their own experiments within the guidelines set by the university team. To support this, university project members typically meet with directly with the students to brief the project, teach about specific scientific and engineering challenges of the project, and discuss with the student possible experiment ideas.

57. Projects Within Space Science And Technology Department projects within space Science and technology Department.CLRC Home. Alphabetical list of projects. http://www.sstd.rl.ac.uk/ssd/Projects.html

Overview News Projects Space physics Earth observation science Space ... People Projects within Space Science and Technology Department Alphabetical list of projects Atmospheric science Earth observation Solar system science Astronomy, astrophysics and fundamental physics Nautical Almanac HMNAO - Her Majesty's Nautical Almanac Office Radio Starlink - Computing service for UK Astronomers. Infra-red Darwin - Life on extra-solar planets Interferometer study. FMOS Fibre Multi Object Spectrograph IRAS - Infra-Red Astronomical Satellite. ISO - Infrared Space Observatory, ( guided tour Planck - Mapping of cosmic microwave background. SPIRE - Spectral and Photometric Imaging Receiver, part of the Herschel Space Observatory. Starlink - Computing service for UK Astronomers. UK Gemini Support Group Visible Starlink - Computing service for UK Astronomers. UK Gemini Support Group Ultra-violet IUE - International Ultraviolet Explorer. Starlink - Computing service for UK Astronomers.

58. Projects Within Space Science And Technology Department projects within space Science and technology Department. CLRC Home.The space Science and technology Department (SSTD) is part of http://www.sstd.rl.ac.uk/ssd/projectssort.html

Overview News Projects Astrophysics Atmospheric science Solar terrestrial ... People Projects within Space Science and Technology Department The Space Science and Technology Department ( SSTD ) is part of Rutherford Appleton Laboratory ( RAL Space projects AMPTE - Active Magnetospheric Particle Tracer Explorer. ASPERA-3 - energetic neutral atom imaging to study the loss of oxygen and water from the martian atmosphere. ATSR/AATSR - Along-Track Scanning Radiometer (ERS-1, ERS-2, ENVISAT). Badr-B - Cloud studies. Cassini/Huygens - Remote sensing probe to Saturn. CDHF - Cluster Coordinated Data Handling Facility. CDS - Coronal Diagnostic Spectrometer (SOHO). Cluster II - Spatial structure of solar wind. CRRES - Chemical Release and Radiation Effects Satellite. Darwin - Life on extra-solar planets Interferometer study. D-CIXS - Demonstration Compact Imaging X-ray Spectrometer. Double Star - Spatial structure of solar wind EARTHSHINE - Earth-Sun-Heliosphere Interactions Experiment EOS - Earth Observing System EPOS - Double Star European Science Operations Service GERB - Geostationary Early Radiation Budget (MSG-1).

59. BNSC - Homepage Applications technology Support Programme. BNSC technology working group. EarthObservation. About EO. space Exploration. space Science. space projects. Industry. http://www.bnsc.gov.uk/

About BNSC Earth Observation Education Technology ... Industry Home ABOUT BNSC Size and Health of the UK Space Industry 2003 update study is now available on the website EARTH OBSERVATION ... EDUCATION Check this out - Visit the Learning Zone and learn more about how space will affect our lives... Take me there NEWS Last updated: 10/6/2004 10 Jun 2004 European agreement on James Webb Space Telescope’s Mid-Infrared Instrument (MIRI) signed Agreement signed between ESA and seven member countries to build a major part of the MIRI instrument for the James Webb Space Telescope. Read on... 8 Jun 2004 UK Science has Key role in Ground-Breaking NASA Mission UK scientists will play a key role in a new NASA mission to provide the most detailed examination yet of the Earth’s atmosphere and ozone layer. Read on... 4 Jun 2004 Cassini-Huygens prepares for its final stage of its epic journey to Saturn. Cassin-Huygens prepares to enter Saturn's orbit Read on... 28 May 2004 Rosetta completes first task Rosetta, Europe's comet-chasing spacecraft, has successfully completed its first scientific task. Read on...

60. Technology Sandbox the technology dialog on campus. As joint projects are identified, at some pointlocating the hardware for these projects becomes an issue. Physical space is http://www.sandbox.ucla.edu/space.cfm

Physical Home of the Technology Sandbox - 4328A Math Sciences The Technology Sandbox enables: Cross Department/Discipline technology evaluation and investigation Point of focus for vendor interactions with the campus Mechanism for disseminating results of evaluations and best practices These key goals of the technology sandbox are not necessarily space dependent. But having physical space attached to the sandbox, is critical to the core concept of enhancing the technology dialog on campus. As joint projects are identified, at some point locating the hardware for these projects becomes an issue. Physical space is required to house equipment and to provide a working environment where campus technologists can have direct access to the equipment. Physical space encourages the technology dialog between groups by providing a common area to meet, brainstorm, interact, work on problems together. It also gives vendors visibility and a broader relationship with the UCLA community. The sandbox will occupy approx. 1300 square feet on the fourth floor of the Math Sciences building ( see the detailed directions ). It is directly adjacent to the existing machine room space (approx. 7000 square feet, shared with AIS). Larger systems being tested in the sandbox may require the enhanced environmental capabilities of the machine room. These systems can be located there, with easy access from the sandbox.

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