Junior Overseas Field Engineer

Company Introduction

At Black Sea Technologies, we don't just innovate; we revolutionize. We are a close‑knit team of creative and innovative thinkers specializing in full lifecycle development of cutting‑edge maritime technology. At Black Sea, you’ll find a community of experts who aspire to solve diverse and complex challenges. Be part of a company where your ideas matter, your expertise is valued, and your contributions make a real impact.

Together, we are not just sailing; we are charting a course to push the boundaries of what’s possible.

Field Engineer (Junior)

Primarily overseas (up to 75% OCONUS); CONUS periods in San Diego, CA or Baltimore, MD

Full‑time, hourly, non‑exempt

$32–$53 an hour

As a Junior Field Engineer, you will support the readiness, integration, and technical performance of GARC systems and associated platforms operating in fleet environments. This role involves hands‑on engineering support, system troubleshooting, configuration validation, technical documentation, and field operations during sustained overseas deployments of 90–120 days, followed by approximately 30 days in CONUS before the next deployment cycle.

You will operate in industrial, austere, maritime, and on‑water environments—often OCONUS—supporting technical operations, system integration, RDTE events, and fleet exercises. OCONUS assignments may include remote or hazardous overseas locations requiring signed consent to deploy. While not typically customer‑facing, you may occasionally work directly with fleet stakeholders, operators, or supporting organizations during deployments, testing events, or training evolutions.

• Provide engineering support for GARC systems to sustain fleet readiness, availability, and mission performance.
• Support system integration, validation, and technical evaluations during harbor, shoreline, and on‑water operations.
• Assist in identifying system anomalies, isolating root causes, and supporting corrective actions under engineering supervision.
• Implement and verify approved engineering change proposals (ECPs), upgrades, and configuration changes while maintaining configuration control.
• Deploy globally (up to 75%) to support fleet operations, exercises, technical assistance engagements, and fielding events.
• Document technical observations, system behavior, and test results, coordinating findings with engineering, logistics, and operations teams.
• Assist with on‑water launch, recovery, and mission‑execution operations in dynamic maritime conditions.
• Maintain accurate records of system configurations, updates, components, and field modifications.

• 1–3 years of experience in engineering support, system testing, field service, or related technical operations.
• Associate degree or equivalent technical training in engineering technology, electrical engineering, mechanical engineering, mechatronics, or related field.
• Foundational understanding of electrical, mechanical, or control‑system principles.
• Familiarity with interpreting engineering drawings, schematics, and technical documentation.
• Ability to support system testing, data collection, troubleshooting, and hardware/software diagnostics.
• Demonstrated ability to operate effectively in high‑tempo, dynamic, and austere field environments.
• Strong communication and teamwork skills for working alongside engineers, operators, and field teams.
• Ability and willingness to deploy overseas for 90–120 days at a time, followed by approximately 30 days in CONUS.
• Must be a U.S. Citizen and able to obtain and maintain a Secret clearance.
• Position includes a six‑month probationary period requiring at least one full deployment.

• Experience with unmanned systems, autonomous platforms, robotics, maritime systems, or embedded electronics.
• Exposure to system integration labs (SILs), hardware‑in‑the‑loop testing, or prototype development environments.
• Experience working in industrial, maritime, or austere conditions, including naval facilities or test ranges.
• Familiarity with structured safety practices, configuration control, or engineering change processes.
• Basic understanding of data acquisition tools, sensors, networks, or test equipment.