Subsurface Scanning Specialist (GPR/NDT) – Travel‑Heavy

Penhall Company and Penhall Technologies; Abilene (TX); On-site; USD 70,000 - 95,000; Full time

Benefits offered by this job

Medical

Dental

Vision

Life/AD&D/LTD insurance

Paid sick leave

Paid vacation

401(k)

Employee Assistance Program

Growth and promotion opportunities

Job summary

Penhall Company is seeking a Subsurface Analyst to join a team of field specialists responsible for identifying and designating critical subsurface utilities and structural embeds within concrete structures. The role supports safe excavation and construction by providing precise non-destructive investigations.

You will work with advanced scanning tools (GPR, EM locators) and document findings to create a digital representation of subsurface infrastructure.

Qualifications

• High school diploma or equivalent required.
• Technical training in GPR/NDT or construction scanning preferred.
• Experience with GPR, X-ray, utility locating is a plus.

Responsibilities

• Perform investigative scanning on commercial, industrial, and infrastructure sites.
• Mark scanned areas according to Penhall’s marking protocol.
• Travel as required for training and service support.
• Complete field documentation including reports and sketches.
• Communicate findings and recommendations to clients.

Skills

Data interpretation

Problem solving

Customer service

Documentation

Field safety

Independent work

Team collaboration

Digital tools

Safety practices

Education

High school diploma or equivalent

GPR/NDT training

Tools

GPR equipment

X-ray scanning

Utility locating

Concrete scanning

Job description

Penhall Company is seeking a Subsurface Analyst to join a team of field specialists responsible for identifying and designating critical subsurface utilities and structural embeds within concrete structures. The role supports safe excavation and construction by providing precise non-destructive investigations.

You will work with advanced scanning tools (GPR, EM locators) and document findings to create a digital representation of subsurface infrastructure.