
Laborer, Telecom Construction
TAK Broadband
Missoula, Montana

TAK Broadband
Employer: TAK Broadband. Laborer, Telecom Construction Missoula, MT (http://maps.google.com/maps?q=Missoula+MT+USA) •Construction Job Type Full-time Description TAK Broadband is a leading end-to-end U.S. fiber broadband network construction contractor operating in 42 states. It builds more than just networks; it connects communities to new valuable digital opportunities. TAK offers comprehensive service solutions, from construction to drops to fulfillment. TAK’s ecosystem of partners allows it to successfully complete every project starting from the first point of conception. This includes engineering teams, distributors, and more than 100 qualified construction crews with extensive experience across all ISP types and markets; over 300 experienced bury drop crews; and more than 700 professional technicians. We are seeking entry-level and experienced/CDL **Underground Laborers** to join our team in **Missoula, MT** . In this role you will assist our underground drill teams to complete assigned projects working around both standard and high-risk areas with live utilities. **Why TAK?** + Full Time + Paid Weekly + **Compensation: $20 - $27 per hour, DOE** + Full Benefits Package (Medical, Dental & Vision) + Paid Time Off + 401(k) with Company Match! + 25K Company Paid Life Insurance + Independent Work & Team Collaboration + Career Development & Advancement Opportunities! **The Role** + Assist drill operators and locators with equipment to complete assigned projects + Will work in and around both standard and high-risk areas with live utilities + Will learn about utility depths and placements + Ensure vehicles, equipment and tools are properly maintained, in good repair and secured in a safe manner + Review field designs and work with drill team to communicate discrepancies to supervisor for change orders + Properly document all work completed to include pothole and bore logs + Will learn and assist with conduit splicing, vault/pedestal placement and fiber/coax placement