A Trimble Robotic Total Station is used as the primary survey device on this three-day course designed to introduce the novice to basic topographic survey procedures.

The course begins by introducing some basic survey principles and the Robotic Total Station. Stationing methods are practised, from which a number of exercises develop the topographic survey method. During the course coded data are downloaded and drafted for export to CAD or print, plus the generation of survey reports.

This course is perfect for those new to topographic land survey as an initial step into the workflows and theory involved.

A Trimble Robotic Total Station is used as the primary survey device on this three-day course designed to introduce the novice to basic topographic survey procedures.

The course begins by introducing some basic survey principles and the Robotic Total Station. Stationing methods are practised, from which a number of exercises develop the topographic survey method. During the course coded data are downloaded and drafted for export to CAD or print, plus the generation of survey reports.

This course is perfect for those new to topographic land survey as an initial step into the workflows and theory involved.

A Trimble Robotic Total Station is used as the primary survey device on this three-day course designed to introduce the novice to basic topographic survey procedures.

The course begins by introducing some basic survey principles and the Robotic Total Station. Stationing methods are practised, from which a number of exercises develop the topographic survey method. During the course coded data are downloaded and drafted for export to CAD or print, plus the generation of survey reports.

This course is perfect for those new to topographic land survey as an initial step into the workflows and theory involved.

A three-day course covering a typical topographic land survey data processing workflow within Trimble Business Center.

Those attending this course will learn how to bring a variety of survey data into TBC, check the raw data and process it. Bowditch and least-squares traverse adjustment is covered for the creation of control points. GNSS baseline processing for the creation of precise coordinates for Static GNSS observations.

Survey data are draughted and tidied up using the CAD and text editing functionality within TBC. Surfaces are created and volumes computed. Contours generated. Data is also extracted from CAD drawings for export to use for setting out on site. The completed survey drawings are placed onto a plot sheet and exported to CAD.

This course is suitable for anybody who wishes to take an initial entry level course to learn and practice a typical topographical land survey workflow from the field tasks to producing a survey drawing.

A three-day course covering a typical topographic land survey data processing workflow within Trimble Business Center.

Those attending this course will learn how to bring a variety of survey data into TBC, check the raw data and process it. Bowditch and least-squares traverse adjustment is covered for the creation of control points. GNSS baseline processing for the creation of precise coordinates for Static GNSS observations.

Survey data are draughted and tidied up using the CAD and text editing functionality within TBC. Surfaces are created and volumes computed. Contours generated. Data is also extracted from CAD drawings for export to use for setting out on site. The completed survey drawings are placed onto a plot sheet and exported to CAD.

This course is suitable for anybody who wishes to take an initial entry level course to learn and practice a typical topographical land survey workflow from the field tasks to producing a survey drawing.

A three-day course covering a typical topographic land survey data processing workflow within Trimble Business Center.

Those attending this course will learn how to bring a variety of survey data into TBC, check the raw data and process it. Bowditch and least-squares traverse adjustment is covered for the creation of control points. GNSS baseline processing for the creation of precise coordinates for Static GNSS observations.

Survey data are draughted and tidied up using the CAD and text editing functionality within TBC. Surfaces are created and volumes computed. Contours generated. Data is also extracted from CAD drawings for export to use for setting out on site. The completed survey drawings are placed onto a plot sheet and exported to CAD.

This course is suitable for anybody who wishes to take an initial entry level course to learn and practice a typical topographical land survey workflow from the field tasks to producing a survey drawing.

Overview

This training course uses Trimble Business Center software to teach the complete process of preparing Trimble machine control ready surfaces from rail design files.  The corridor functionality is used to take imported alignments and create Ballast and Formation surfaces through the insertion of template instructions to follow the information given on the General Arrangement drawings for a track renewal or similar works.  GEDO Office is used on the course to generate the rail strings from the alignment data to aid the template creation process, as this greatly reduces the time formerly required to account for Cant and minimises the chance of human error.

Objectives

Those completing this course will be able to:

• Import track design alignment data into Trimble Business Center
• Create Corridors to form the Ballast and Formation surfaces
• Determine which design information needs to be incorporated into the Corridor
• Check the resulting surfaces
• Export resulting surfaces, linework and chainage labels to Trimble machine control data files (GCS900, Earthworks)

Suitable For

Rail design and track engineers with a requirement to create surfaces for Trimble Machine Control systems from rail design data.

Overview

This training course uses Trimble Business Center software to teach the complete process of preparing Trimble machine control ready surfaces from rail design files.  The corridor functionality is used to take imported alignments and create Ballast and Formation surfaces through the insertion of template instructions to follow the information given on the General Arrangement drawings for a track renewal or similar works.  GEDO Office is used on the course to generate the rail strings from the alignment data to aid the template creation process, as this greatly reduces the time formerly required to account for Cant and minimises the chance of human error.

Objectives

Those completing this course will be able to:

• Import track design alignment data into Trimble Business Center
• Create Corridors to form the Ballast and Formation surfaces
• Determine which design information needs to be incorporated into the Corridor
• Check the resulting surfaces
• Export resulting surfaces, linework and chainage labels to Trimble machine control data files (GCS900, Earthworks)

Suitable For

Rail design and track engineers with a requirement to create surfaces for Trimble Machine Control systems from rail design data.