The Trimble Earthworks machine control course offers in-depth training on both 2D and 3D systems, using the advanced Tensar Simulator to provide a safe and environmentally friendly learning environment. Trainees will master the conversion and management of design data, creation of 3D surface models, and setup of machine control systems. On completion of this course, trainees will receive a CITB certificate of achievement and enjoy 3-months free SOFC community membership.
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Description
This comprehensive Trimble Earthworks machine control course is designed for professionals seeking to learn about both 2D and 3D machine control systems. Leveraging the cutting-edge Tensar Simulator, the course offers a unique, risk-free environment that allows participants to focus on mastering the software and hardware components crucial to modern construction projects.
The simulator not only enhances learning efficiency but also supports sustainable practices by reducing the need for fuel and materials associated with traditional training methods.
Participants will learn the intricacies of Trimble Earthworks, from the basics of GNSS principles to the advanced configuration of machine control systems. The course emphasises the practical application of these technologies in real-world scenarios, ensuring that trainees are equipped to handle the complexities of modern construction with confidence and precision.
Throughout the course, trainees will explore various methods for managing design data, including converting files to compatible formats, isolating critical information for operators, and creating detailed 3D surface models. Additionally, they will learn how to set up and configure essential equipment, such as grade lasers and robotic total stations, to achieve the highest levels of accuracy in construction activities.
One of the key focuses of the course is on the effective use of Trimble’s cab display functionalities, where participants will practice importing data, setting construction tolerances, and using visual guidance indicators. This hands-on experience ensures that trainees can effectively communicate and apply critical information in the field, optimising both the safety and productivity of construction operations.
The course addresses the strategic aspects of machine control, teaching participants how to conduct cost-benefit analyses, assess the commercial advantages of these systems, and understand the broader impact on project efficiency and safety.
Upon successful completion, participants will not only have gained a CITB certification but also the confidence to implement Trimble Earthworks solutions in their own projects, driving improvements in accuracy, efficiency, and sustainability. Additionally, they will receive a 3-month free SOFC membership, providing ongoing access to resources and support as they continue to develop their skills.
Prerequisites
This course is aimed at people who;
- Are confident using total stations and/or GNSS to establish control points
- Have experience using a survey software (such as Civil 3D/TBC/LSS/n4ce)
Have a look at our other courses if you do not have one or more of the above to get you started.
Learning Objectives
Course content
By the end of the course, delegates will be able to:
- List the file types which are compatible with the cab display unit
- Convert design data into a compatible file type
- Isolate the critical information the driver needs
- Create offsets from design linework—horizontal, vertical and perpendicular
- Create a 3D surface model
- Identify erroneous linework and edit accordingly
- List the pros and cons of using Robotic total station/Base and Rover/Network RTK and select the appropriate equipment for a job
- Set up grade lasers with 2D automatic grade control systems
- State the accuracies required for various construction activities
- Describe different methods of establishing coordinates and levels of control points
- Set avoidance zones
- Define extents of a 3D model
- List the steps in configuring the radios
- Create active surfaces
- Explain the difference between well distributed and poorly distributed control points and explain how poorly distributed control points affect the results
- Import the data into the cab display unit via USB or remotely
- Enter the machine and bucket dimensions into the machine calibration file
- Check and set units
- Turn layers and surfaces on and off
- Edit layer and line colour
- Show/hide TIN mesh, boundaries, break-lines and contours
- Select the active surface
- Select a line and create a ‘steer to’ reference.
- Set the required intervals for automatic as-built survey points
- Select the reference point on the bucket
- Select different views on the display unit
- Set the construction tolerances and set alerts
- Use the visual guidance indicators on the display unit
- Confirm the position of the tip of the blade is correct in relation to the survey control
- Measure and record as-built information
- Carry out checks to validate that the control points are sufficiently accurate
- Effectively communicate the critical information to the machine driver
- List the capabilities and limitations of machine control
- List the commercial benefits of machine control
- Carry out a basic cost vs savings analysis
- Describe the health and safety risks and benefits of machine control
