Dozer & Heavy Equipment Operator

Staker Parson Materials & Construction; Eagle Mountain (UT); On-site; USD 45,000 - 65,000; Full time

Benefits offered by this job

Highly competitive base pay

Comprehensive benefits

Retirement savings program

Health and wellness programs

Growth opportunities

Job summary

Staker Parson Companies, a CRH company, seeks an experienced equipment operator in Utah to operate loaders, backhoes, track hoes, haul trucks and more. Training may be available; safety and efficiency are essential across all tasks.

The role requires reading and following instructions, maintaining records, and meeting physical demands. A valid driver’s license and MSHA certification are preferred, with a flexible travel component between sites as needed.

Qualifications

• High school diploma or GED required; 1–2 years related experience preferred.
• Ability to read and comprehend simple instructions and memos.

Responsibilities

• Operate equipment safely and efficiently.
• Responsible for safe slopes on excavations and proper barricading.
• Locate utilities and other buried lines prior to digging.
• Perform minor servicing and maintenance or refer major problems to the supervisor.
• Knowledge of trenching and shoring standards.
• Keep time and material records.
• Knowledge of aggregate sizes and classifications.
• Knowledge of weight requirements of loads leaving the pit.
• Travel between interstate highway to rural dirt roads from various locations.
• May assist Laborer at various job sites as needed.

Skills

Reading and writing

Education

High school diploma or GED

Tools

Valid driver's license

MSHA Certification

Job description

Staker Parson Companies, a CRH company, seeks an experienced equipment operator in Utah to operate loaders, backhoes, track hoes, haul trucks and more. Training may be available; safety and efficiency are essential across all tasks.

The role requires reading and following instructions, maintaining records, and meeting physical demands. A valid driver’s license and MSHA certification are preferred, with a flexible travel component between sites as needed.