Surveying education has been ‘playing’ catch up with changes in the surveying/geomatics industry and some individuals are of the opinion that the lag is substantial and demands immediate attention. Not only has technology impacted the surveying industry but the modernisation brought on by information and computer technologies has considerably impacted educational methods used in surveying/geomatics programmes. This paper examines how selected surveying/geomatics programmes address the issue of making their courses relevant to industry needs, student characteristics and one particular trend within higher education. The discussion is based on empirical data from a research that involved fifteen surveying/geomatics programmes from thirteen countries. The study investigated curriculum architecture and pedagogical alternatives within the discipline and the impact these have on students’ preparedness for work.
What is LightSquared?
LightSquared Subsidiary LLC is a company that plans to provide a wholesale, nationwide 4G-LTE wireless broadband network integrated with satellite coverage. LightSquared will combine existing mobile satellite communications services (formerly known as SkyTerra) with a ground-based wireless communications network that uses the same L-band radio spectrum as the satellites.
How is Trimble getting ready with the multi-GNSS systems scenario?: Trimble understands that our customers want to purchase receivers today that will benefit from the GNSS signals planned for the future. To keep up with these ongoing changes Trimble’s integrated circuit design team is constantly developing custom chips to be used in our receivers. With many divisions of Trimble utilizing this same core technology the economics of creating a new chip at frequent intervals makes more sense. The latest generation of receiver technology tracks the current Compass navigation demonstration system open service signals and Galileo open service under a license of the European Union and the European Space Agency.
What is the mandate of National Coordination Office for Space-Based PNT?: The mandate for the National Coordination Office (NCO) is detailed in United States (U.S.) National Policy. Our primary role is to support the National Space-Based PNT Executive Committee which convenes at the Deputy Secretary level to advise and coordinate on Space-Based PNT issues affecting multiple departments and agencies. The NCO does not make decisions or create policy. Rather, we serve as the Executive Committee’s Secretariat and execute tasks as directed by them. Specific responsibilities include interagency coordination, consensus development and issue resolution for all matters presented to the Executive Committee. As Director, I represent the Executive Committee on space-based PNT matters within the Government, the public sector, and with representatives of foreign governments and international organizations.
September 2011:
Geospatial Defence & Intellegence Asia Pacific, 20 – 23 September, Kuala Lumpur, Malaysia
www.geospatialdefenceasia.com
Brussels Celebratory Launch Events: The launch of the two operational Galileo IOV (In-Orbit Validation) satellites on 20 October is a first in the history of the European Union. It is a moment to celebrate this unique and ambitious European collaboration.
UniStrong holds 40 pc GIS market share in China: Beijing UniStrong Science & Technology Co. Ltd. holds approximately 40 percent GIS market share in China, according to a report by Orient Securities Company Ltd. In next five years, the company is poised to do the business of approximately 100 billion yuan (USD 15.6 billion), China Daily reported.
50th Space Wing gains control of newest GPS Satellite: The 50th Space Wing’s 2nd Space Operations Squadron accepted command and control of the second Global Positioning System Block IIF satellite. The Space and Missile Systems Center’s GPS Directorate, located at Los Angeles Air Force Base, remained in control of the satellite during a 30-day on-orbit checkout period before the hand-off to 2 SOPS. The next-generation GPS IIF satellites built by Boeing will provide improved accuracy through advanced atomic clocks, a longer design life than legacy GPS satellites, and a new third civil signal, L5 that will eventually benefit commercial aviation and safety-of-life applications