Oregon's $41.99 million Broadband Equity, Access, and Deployment (BEAD) program award to Douglas Fast Net (DFN) will generate significant new fiber infrastructure construction work across rural Douglas, Coos, and Lane counties starting in late 2026, creating demand for skilled telecom and construction crews.
Significant Investment in Rural Broadband
Douglas Fast Net (DFN), an Oregon-owned internet provider, recently confirmed a substantial contract through Oregon's BEAD Program. This initiative, administered by the Oregon Broadband Office, is a federal effort to expand reliable, high-speed internet access to communities historically lacking adequate infrastructure. DFN's award totals $31.576 million in federal funds, complemented by an additional $10.418 million in matching funds from DFN itself, bringing the total project investment to over $41.99 million.
This significant capital will be used to extend DFN's fiber network, providing high-speed internet access to 4,490 additional homes across various rural communities. The project areas span across Douglas, Coos, and Lane counties, encompassing towns such as Bandon, Bethel, Coquille, Creswell, Crow-Applegate-Lorane, Days Creek, Elkton, Eugene, Fern Ridge, Glendale, Glide, Junction City, Lowell, Marcola, North Douglas, Oakland, Pleasant Hill, Reedsport, Riddle, Roseburg, South Lane, Springfield, Winston-Dillard, and Yoncalla. The goal is to bridge the digital divide, ensuring residents have the connectivity needed for modern households, businesses, schools, and telehealth services.
What This Means for Field Crews and Workload
The confirmed BEAD award signals a substantial increase in workload for construction and telecom crews in the affected regions of Oregon. With projects expected to begin in late 2026, this expansion translates directly into a demand for skilled labor in various capacities, including:
- Fiber Optic Installation: Laying new fiber optic cables, whether underground through trenching or aerially on utility poles.
- Equipment Deployment: Installing new network equipment, enclosures, and connection points.
- Civil Construction: Preparing sites, digging trenches, boring, and restoring disturbed areas.
- Splicing and Testing: Connecting fiber strands and ensuring network integrity.
This influx of work presents opportunities for individuals and companies within the telecom and general construction sectors. However, it also underscores the critical importance of maintaining rigorous safety standards amidst increased activity.
Key Safety Considerations for Fiber Deployment
As new fiber optic lines are laid and connected, careful planning and adherence to safety protocols become paramount to protect every worker on site. Crew leads and safety managers must prioritize comprehensive training and strict enforcement of safety practices to prevent incidents.
As new fiber optic lines are laid and connected, careful planning and adherence to safety protocols become paramount to protect every worker on site.
Excavation Safety
Many fiber deployments involve extensive trenching and excavation to bury cables. This work carries inherent risks that require strict adherence to OSHA's excavation standards (1926 Subpart P). Key considerations include:
- Utility Locating: Always call 811 before digging to identify and mark existing underground utilities (gas, electric, water, sewer, communications). Striking a utility can have catastrophic consequences.
- Trench Protection: Ensuring trenches 5 feet or deeper have protective systems (sloping, shoring, shielding) to prevent cave-ins. Even shallower trenches can pose a risk in unstable soil.
- Safe Access and Egress: Providing safe means for workers to enter and exit trenches.
- Spoil Pile Management: Keeping excavated material at least 2 feet from the edge of the trench to prevent it from falling back in.
- Competent Person: Designating a competent person on site to identify and mitigate excavation hazards.
Recommended certification
Fall Protection Training
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Also read: New $29.9 Million Investment Fuels Telecom Apprenticeship Growth · Preventing Trench Fatalities: Key Takeaways from NUCA's Safety Month
Aerial Work and Fall Protection
While the source doesn't specify aerial deployment, rural fiber projects often utilize existing utility poles or install new ones. Work at heights introduces significant fall hazards, making robust fall protection a non-negotiable requirement, aligned with OSHA standard 1926.501.
- 100% Tie-Off: Ensuring workers maintain 100% tie-off when working at heights, using personal fall arrest systems (PFAS) correctly.
- Ladder Safety: Proper inspection, setup, and use of ladders for access.
- Aerial Lift Operations: Only qualified and trained operators should use aerial lifts, following manufacturer guidelines and safety protocols (e.g., inspecting controls, maintaining safe distances from power lines, wearing a body harness with a lanyard attached to the boom or basket).
- Pole Climbing: Proper training, equipment inspection, and safe climbing techniques for those working directly on poles.
Electrical Safety
Fiber optic cables do not carry electrical current in the same way power lines do, but fiber crews frequently work in proximity to existing electrical infrastructure, especially during aerial deployments or when dealing with shared utility poles. Preventing accidental contact with energized lines is crucial.
- Minimum Approach Distances: Maintaining safe clearance from power lines as specified by OSHA and utility owners.
- Insulated Tools and Equipment: Using properly rated insulating tools and protective equipment when working near electrical hazards.
- Lockout/Tagout: When working on or near electrical sources that can be de-energized, implementing proper lockout/tagout procedures.
- RF Awareness: For crews working on existing telecom towers or near broadcast antennas, RF (Radiofrequency) awareness training is essential to understand and mitigate exposure risks.
Traffic Control and Site Management
Many fiber deployments occur along roadsides or in public rights-of-way, necessitating effective traffic control and site management to protect both workers and the public.
- Traffic Control Plans: Implementing clear traffic control plans, including appropriate signage, cones, flaggers, and barriers.
- High-Visibility PPE: Ensuring all workers wear high-visibility personal protective equipment (PPE) at all times.
- Clear Work Zones: Establishing clearly defined and secured work zones to prevent unauthorized access.
The Role of Crew Leads and Safety Managers
With the significant increase in fiber deployment projects, the responsibilities of crew leads and safety managers become even more pronounced. They are instrumental in fostering a culture of safety and ensuring that every project is executed without incident. Their roles include:
- Pre-Job Planning: Conducting thorough job hazard analyses (JHAs) and developing site-specific safety plans for each task.
- Training and Competency: Ensuring all crew members receive required training for their tasks, including fall protection, excavation safety, electrical hazard awareness, and equipment operation.
- Equipment Inspection: Verifying that all tools, equipment, and PPE are inspected regularly, in good working order, and used correctly.
- Supervision and Enforcement: Actively supervising work activities to ensure compliance with safety protocols and addressing unsafe acts or conditions immediately.
- Emergency Preparedness: Developing and communicating clear emergency response plans.
This fiber expansion represents a positive development for rural connectivity in Oregon, but its success hinges not only on efficient deployment but also on an unwavering commitment to worker safety. Proactive safety measures and continuous training will be key to managing the increased workload safely and effectively.
