1/2 Day Trimble Earthworks, Machine Control For Plant Operators

The Trimble Earthworks machine control course for plant operators provides hands-on training with advanced machine control systems, using the state-of-the-art Tensar Simulator to create a realistic and safe learning environment. This simulator allows operators to practice and refine their skills without the risks associated with real-world machinery, ensuring they gain confidence and competence in using Trimble Earthworks technology.

Description

This Trimble Earthworks machine control course is specifically tailored for plant operators, offering an immersive and comprehensive learning experience through the advanced Tensar Simulator. The simulator is a key feature of this course, providing a realistic, yet controlled environment where operators can develop and refine their skills without the risks associated with operating actual machinery. This cutting-edge technology allows participants to focus on mastering the functionalities of Trimble Earthworks, ensuring they are fully prepared to implement these systems in the field.

The course covers the essential elements of machine control, starting with an in-depth understanding of how to work with surfaces and linework provided by others. Operators will learn to create in-field designs, adjust settings and create offsets from design linework—whether horizontal, vertical, or perpendicular—all within the Tensar Simulator. This hands-on approach ensures that participants can translate theoretical knowledge into practical skills that are directly applicable to their daily operations.

A significant portion of the course is dedicated to the setup and calibration of equipment. Participants will be trained to input and edit machine and bucket dimensions, manage layers and surfaces, and configure the cab display unit to select active surfaces and navigate linework. The Tensar Simulator enables operators to experiment with these settings in real time, providing immediate feedback and allowing them to see the impact of their adjustments on virtual projects.

The course also emphasises the importance of accuracy and precision in construction activities. Operators will learn how to measure and record as-built information, set intervals for automatic survey points, and use visual guidance indicators on the display unit to ensure that all work aligns with design specifications. These tasks are practiced extensively in the simulator, which replicates the challenges of a live construction site, enabling operators to build confidence in their abilities.

In addition to technical skills, the course provides a thorough understanding of the broader context of machine control. Participants will explore the differences between standard machine control systems and automatics, learn to carry out fault-finding checks, and understand the health and safety implications of using machine control technology. The Tensar Simulator’s detailed scenarios help reinforce this knowledge, showing operators how to navigate real-world challenges safely and effectively.

Upon completing the course, operators will not only be proficient in using Trimble Earthworks but also capable of effectively communicating critical information to engineers and other team members. They will understand the capabilities and limitations of machine control systems and be able to perform essential checks and adjustments as required by project specifications. The practical experience gained through the Tensar Simulator ensures that they are ready to apply these skills immediately on the job, leading to more efficient, accurate, and safe project implementation.

Graduates of the course will leave with a CITB certification, equipped with the skills and confidence to excel in their roles as plant operators using advanced machine control technology.

Learning Objectives

Course content

By the end of the course, delegates will be able to:

  • Use machine control for effective project implementation
  • Work to surfaces and linework provided by others
  • Understand and create offsets from design linework – horizontal, vertical and perpendicular
  • Set avoidance zones
  • Add/edit machine and bucket dimensions into the machine calibration file
  • Check and set units
  • Turn layers and surfaces on and off
  • 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
  • Use the visual guidance indicators on the display unit
  • Measure and record as-built information
  • Take measurements using the blade or bucket
  • Effectively communicate the critical information to the Engineer
  • Explain the difference between manual/ indicate/automatic/intelligent
  • List the capabilities and limitations of machine control
  • Describe the health and safety risks and benefits of machine control
  • Edit display colour
  • Carry out position checks and set as required by engineer
  • Name the file types compatible with machine control equipment
  • Carry out fault finding checks.