Training Course and Workshop Calendar and Bookings

Requirements

This is a course for users who have attended the LSS Introduction Course. 

What will I learn?

• Session 1 – Creating New Surveys and Converting XYZ (CSV), DXFs and DWGs. 
• Session 2 – Tidying the Survey, Removing and Amending Features, Sorting Overlays, the CAD-Pro commands, Designing Circles and Arcs.
• Session 3 – Simple Design Procedures, Parallel and Variable Offsets, Digitising, Copying Data between DTMs, Computing Areas and Volumes.
• Session 4 – Generating Sections, Plotting Plans and Sections, Sending Sections to a Load File and looking at 3-D View.

Requirements

This is a course for users who have attended the LSS Intermediate and have some experience in using LSS.

What will I learn?

• Session 1 – Designing simple and Benched Slopes, Adding Surfaces by Slopes and Reporting Volumes, and Advanced Volumes Options.
• Session 2 – Merging Design Models into the Surrounding Terrain, Designing a Longitudinal Gradient and Access Ramp.
• Session 3 – Designing Simple Slopes up/down, Isopachyte Analysis, Designing Pre and Post-Restoration Contours, Adjusting for Required Volume.
• Session 4 – Designing a Platform at a Balanced Cut/Fill, Side Slopes and Gradients by Template Files, Finding the Cut/Fill Boundary, and Computing Volumes with Surface Depths.

Requirements:

This is a course for users who have attended the LSS Introduction Course and have some knowledge of processing total station surveys.

What will I learn?

• Session 1 – Copying the Code List onto a Survey Instrument, Configuring LSS for Survey Instruments,Inputting and Processing Total Station Survey Data.

• Session 2 – LSS Coding and the Reserved Codes, Creating a new survey for GPS transformed data, Processing a Building Elevation Survey.

• Session 3 – Survey Query and Report commands, Control commands for Station Observations, Traverse Adjustment and Amending Observations.  

• Session 4 – Tidying Crossing Links, the Terrain and Non-terrain Overlays, CAD-Pro Commands, and Survey Transformation. 

Requirements

This is a course for users who have attended the LSS Intermediate and ideally have some experience in using LSS.

What will I learn?

• Session 1 – Configuring LSS for Survey Instruments, Converting Survey Data for Processing, Resection and Multiple Target Examples.
• Session 2 – Converting Third Party Data (XYZ/CSV, LandXML and 2D DXF), Converting 2D DXF data to a 3D Survey. 
• Session 3 – Changing the 2D Observations to the 3D levels, Changing Levels to Required Values, Finding the Balance Cut/Fill Level, Adding Surface Depths.
• Session 4 – Computing Areas and Volumes without and with Surface Depths, Designing a Formation Model, Exporting for Setting Out and Machien Control. 

Requirements

This is a course for users who have attended the LSS Introduction Course, or have LSS experience and need to work from Point Cloud data. 

What will I learn?

• Session 1 – Navigating in LSS 3D Vision, the General Programme Layout and Tool Commands, Importing Point Cloud Data in e57 Format.
• Session 2 – Making use of the Filter Box, Searchphere and Blend Options, Connecting LSS 3D Vision with LSS and Digitising Survey Data.
• Session 3 – Adjusting Digitised Data and Adding New Observations with LSS CAD-Pro, using the Slice and Section commands. 
• Session 4 – Using the Multi-Link Feature command and Terrain Extraction Methods, and using the Slice Mode for Floor Plans and Elevations.

Requirements

This is a course for users who have attended the LSS Introduction Course. 

What will I learn?

• Session 1 – Creating new surveys and converting XYZ and DXF data files; introduction to 2-D DXF to 3-D conversion.
• Session 2 – Tidying the survey; removing and amending features; sorting Overlays; CAD-Pro part 3; designing arcs and circles.
• Session 3 – Simple design procedures; parallel and variable offsets; copying data between models; computing areas and volumes.
• Session 4 – Generating sections and viewing; plotting plans and sections; looking at 3-D View.

Requirements

This is a course for users who have ttended the LSS Intermediate and have some experience in using LSS.

What will I learn?

• Session 1 – Designing simple and benched slopes; adding surfaces by slopes and reporting volumes; advanced volumes options.
• Session 2 – Merging design models into surrounding terrain, designing a longitudinal gradient and access ramp using LSS templates. 
• Session 3 – Designing simple slopes up / down; isopachyte analysis; designing pre and post-restoration contours; adjusting for required volume.
• Session 4 – Designing a platform at balanced cut / fill; side slopes and gradients by template files; finding the cut / fill boundary; computing volumes with depths.

Requirements

This is a course for users who have attended the LSS Introduction Course and have some knowledge of processing total station surveys.

What will I learn?

• Session 1 – Copying the LSS code list onto a datalogger; configuring LSS for survey dataloggers, downloading and processing total station survey data.
• Session 2 – Creating a new survey for GPS transformed data; LSS coding and the reserved codes; processing a building elevation survey.
• Session 3 – Survey Query and Report commands; Control commands for station observations; traverse adjustment and amending observations.  
• Session 4 – Tidying crossing links – Terrain and Non-terrain Overlays, amending observations and CAD-Pro part 2; survey transformation. 

Requirements

This is a course for users who have attended the LSS Intermediate and ideally have some experience in using LSS.

What will I learn?

• Session 1 – Configuring LSS for dataloggers; downloading / converting survey data for processing; resection and multiple target examples.
• Session 2 – Converting third party data – Genio and / or XYZ; converting 2-D DXF data to 3-D LSS load format. 
• Session 3 – Changing the 2-D observations to the 3-D levels; changing levels to required values; finding the balance cut / fill level; adding surface depths.
• Session 4 – Computing volumes without and with depths; using surfaces to find balance cut / fill level; designing the formation model; exporting for setting out.