We are pleased to announce that a sister company to Civil Survey Solutions Pty Ltd has been formed called ‘Civil Survey Applications Pty Ltd’ to take the development and marketing of the Civil Site Design and Stringer Topo software to the next level.
The team at Civil Survey Solutions Pty Ltd will continue to provide Autodesk based infrastructure solution software, training and support services to Australian customers.
The formation of Civil Survey Applications Pty Ltd has been necessitated by the increase in sales of Civil Site Design and Stringer Topo internationally. Key personnel involved in the direction, development and support of the software, Dr Peter Bloomfield, Andrew Banson, Jonathan Taylor, Jack Haughton along with support staff have transitioned to the new company and look forward to continuing development of the applications on both Autodesk and Bricsys platforms.
Civil Survey Applications Pty Ltd will bring Civil Site Design and Stringer Topo to the Australian market through Civil Survey Solutions Pty Ltd and CADApps Australia.
For more information on Civil Survey Applications Pty Ltd, please visit www.civilsurveyapplications.com
We are pleased to announce the release of Stringer Topo V25.00. This version includes new features and improvements that aim to streamline your surveys within the CAD environment. Stringer Topo V25.00 is available on the following platforms: AutoCAD 2019 to AutoCAD 2025 BricsCAD V22 to BricsCAD V24 Civil 3D 2019 to Civil 3D 2025 Traverse […]
The Stringer Topo V25.00 release will enable access to a Network version. Our adoption of a new Licensing system (QLM) allows us to reintroduce our popular Network version, which has been temporarily unavailable. For Stringer Topo customers who currently have Network licenses on software maintenance, you will be issued new Stringer Topo V25.00 Network license(s) […]
Modern survey equipment now stores more identifiers for a point than just a single integer value. Users can opt to identify the point using an alpha-numeric input. An alpha-numeric point is made up of a combination of alpha characters (eg : A, B, C) and numeric values (1, 2, 3, Etc). A common application of […]
