Junior Aerial Telecom Design Technician

TriTechne; Arkansas; On-site; USD 42,000 - 62,000; Full time

Benefits offered by this job

Health, Dental, and Vision insurance

401(k) retirement plan with company  +

Paid time off

Job summary

TriTechne is seeking an entry-level Telecom Design Technician I to assist in the design and development of aerial telecommunications infrastructure. The role supports engineers by reviewing field data, preparing deliverables, and ensuring designs meet client standards and timelines.

Familiarity with GIS and CAD tools will help in analysis and preparation of project materials. Under supervision, you will learn to apply NESC basics, work with pole data, and use client systems to support project

Qualifications

• Entry-level telecom design role under supervision and guidance.
• Ability to interpret technical data and translate field information into deliverables.
• Familiarity with GIS, CAD tools, and client systems is a plus.

Responsibilities

• Review field data such as pole photos, measurements, spans, attachments, and conditions.
• Use GIS platforms, CAD, and client portals to support design work.
• Assist in designing aerial fiber/telecom networks and perform basic pole loading analysis under supervision.
• Identify data gaps, clearances, and inconsistencies and raise issues to engineers.
• Prepare preliminary engineering deliverables and keep project documentation organized.

Skills

GIS familiarity

CAD proficiency

Data interpretation

Attention to detail

Communication with engineers

Tools

GIS platforms

CAD software

Project tracking systems

Job description

TriTechne is seeking an entry-level Telecom Design Technician I to assist in the design and development of aerial telecommunications infrastructure. The role supports engineers by reviewing field data, preparing deliverables, and ensuring designs meet client standards and timelines.

Familiarity with GIS and CAD tools will help in analysis and preparation of project materials. Under supervision, you will learn to apply NESC basics, work with pole data, and use client systems to support project