Gregory Poole Equipment Company partnered with Wake Tech and other industry leaders to address the shortage of qualified equipment operators that plagues the industry.
HEO instructor McDonough operates the Caterpillar small wheel loader simulation with motion platform next to the large wheel loader.
Any person seriously involved with construction equipment ownership or operation will readily tell you that there is a lot more to consider in equipment operation than simply pushing dirt from point A to point B or digging a hole x feet long by y feet wide by z feet deep. The safety concerns alone warrant the need to have operators receive significant training before they even are allowed on the construction site. On-the-job training is not a particularly viable option in most cases.
In 2013 Gregory Poole Equipment Company partnered with Wake Tech, North Carolina's largest community college, and other industry leaders to address this growing customer issue. It is one example of how the Caterpillar dealership is helping customers address the shortage of qualified equipment operators that plagues the industry.
“Gregory Poole doesn't have any operators that work for us, but we felt that this was a growing need for our customers to be able to continue meeting project deadlines and growth potential while supporting our local school,” said John Adamof, technical service manager of Gregory Poole.
Adamof, along with area customers, helped establish the advisory board for the Wake Tech program, with the goal of addressing industry demands for properly trained operators.
While Gregory Poole is an equipment company, the goal of this collaborative program is not to fill the company's own need, but rather to help its customers and industry.
“With the continuing need for infrastructure improvements, road building, housing and commercial project, there is a high demand for operators,” Adamof said.
The program attempts to engage college students to meet that current and growing demand.
Beginning in January 2018, the college began offering a Heavy Equipment Operator (HEO) Associate Applied Science degree, along with two certificate programs.
“We've had great support from the construction and agriculture industries,” said Ronnie Lowe, administrative department head of Wake Tech's Applied Engineering and Technologies Department. “They are all in desperate need of trained equipment operators. They told us, through the advisory board, what their needs are, and we designed the curriculum specifically to meet those needs.”
The collaboration between Gregory Poole and Wake Tech in the development of the operator training program involves the use of digital simulators to supplement the time students spend in an actual machine.
“The simulators allow the student to get the understanding of the controls and functions of real machines safely without the cost of fuel, maintenance or machine damage, in a controlled environment, before allowing them to get on the real machines,” Adamof explained.
“We currently have a dozen simulators for the students to gain training experience at an entry level,” Lowe added.
The program also utilizes actual machines for the on-the-iron training portion of the programs, with several of the live machines that match the simulators.
“The students get about 200 hours of simulator use and 30 hours of actual machine operation per semester,” Lowe said. “Using simulators is what makes the program feasible.”
Lowe acknowledges that the program is in its infancy. The plan is to expand to 16 simulators quickly and add virtual reality to the existing simulators, enhancing the reality of the training even more.
“That would give us a capacity of handling 56 students a semester spread over morning, afternoon and evening classes,” Lowe said.
Adamof and Lowe agree that by using the digital world, Gregory Poole and Wake Tech can help provide the industry with the equipment operators it needs, as well as providing young men and women in the county with the opportunity for a fulfilling career — and it all starts with learning how to safely and efficiently push digital dirt.
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