Telecom Electrical Engineer

Job Title: Telecom Electrical Engineer

Department: Critical Facilities & Wireless Network Engineering

Location: USVI

Reports to: Director of Wireless & Critical Facilities

Grade: 22

Type of position: Full-time, Part-time

Hours: 40 / week

Exempt status: Exempt / Non-exempt

Telecom Electrical Engineer designs, installs, and maintains the electrical and electronic infrastructure supporting voice, data, and video networks. The incumbent bridges electrical engineering principles with telecommunications, managing power distribution, signal routing, and equipment reliability to ensure continuous, high-speed connectivity. The role liaises the optimization and future‑proofing of the electrical and communication infrastructure that drives next‑generation networks.

• Infrastructure Design: develop electrical schematics, power distribution plans, and structural layouts for cell towers, data centers, switching stations, and fiber optic networks.
• Power Systems Management: drive the installation, management, and maintenance of critical power equipment, including DC power systems, uninterruptible power supplies (UPS), all generator types, and precision air conditioning.
• Lead battery lifecycle management—wet cell, VRLA, and lithium systems; oversee replacement programs and procurement.
• Power & Energy Systems: engineer resilient power distribution systems, DC plants, UPS configurations, and backup generation; integrate renewable energy sources (solar, micro‑wind, advanced battery storage) into remote cell sites.
• Forward‑Thinking R&D: research, evaluate, and prototype emerging technologies; spearhead initiatives in edge computing power distribution, network automation, and software‑defined network (SDN) hardware alignment.
• Network Testing: run diagnostic tests on signal strength, latency, and bandwidth using equipment such as oscilloscopes and digital meters to minimize lag and prevent outages.
• Compliance & Safety: ensure all broadcasting equipment, cable layouts, and structural rigging conform to federal telecommunications and electrical safety regulations.
• Troubleshooting & Upgrades: identify root causes of electrical or signal faults, repair system hardware, and implement infrastructure upgrades to meet growing data demands.

• Design and assess electrical systems for telecom infrastructure (cell sites, central offices)
• Perform load calculations, load balancing, and rebalancing
• Lead generator maintenance and reliability programs
• Monitor and optimize power consumption and energy costs
• Ensure compliance with electrical safety standards and regulatory requirements
• Support infrastructure upgrades, expansions, and capital projects

• Experience with transformers, generators, and circuit breakers.
• Excellent problem‑solving and analytical skills.
• Strong communication and interpersonal skills.
• Ability to interpret complex data and diagnostic tools to optimize network performance.
• Proven ability to evaluate and adopt emerging technologies, challenge conventional methodologies, and identify new opportunities for infrastructure optimization.
• Attention to detail and strong organizational skills.
• Knowledge of industry standards and regulations.
• Experience with project management and budgeting.
• Ability to conduct feasibility studies and cost‑benefit analyses.
• Proficiency in technical report writing.
• Experience with system simulations and modeling.
• Ability to perform site inspections and assessments.
• Commitment to safety and reliability.
• Experience with renewable energy systems is a plus.
• Strong computer skills, including MS Office.

• 3‑5+ years in Electrical Engineering or other related field.
• Associate's or Bachelor's degree in Telecommunications Engineering, Electrical Engineering, or a closely related discipline.

• Proficiency in power system analysis software.
• Strong knowledge of power generation, transmission, and distribution.
• Strong understanding of electronic schematics, fiber optics, radio systems, and electrical components.
• Medium voltage (MV) systems—cable installation, splicing & terminating (5kV–35kV).
• Low…