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7137 Career Guide

Navy

7137: Engineering Duty Officer (Surface)

Career transition guide for Navy Engineering Duty Officer (Surface) (7137)

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Civilian Career Pathways

Top civilian roles for 7137 veterans, with average salary and market demand data.

Stationary Engineer

$82K
High matchStable demand

Skills to develop:

Boiler Operator LicenseHVAC Certification

Electrical Engineer

$105K
Good matchGrowing demand

Skills to develop:

PE License (Professional Engineer)AutoCADPLC Programming

Facilities Manager

$95K
Good matchHigh demand

Skills to develop:

Project Management Professional (PMP)Budget ManagementOSHA Safety Standards

Wind Turbine Technician

$65K
Moderate matchVery high demand

Skills to develop:

Wind Turbine Technician CertificationClimbing and Rescue TrainingHydraulic Systems

Marine Engineer

$98K
High matchGrowing demand

Skills to develop:

Merchant Mariner CredentialUSCG Engineering License

Salary estimates from VWC career data

Hidden Strengths

Cognitive skills your 7137 training built — and where they transfer.

System Modeling

Naval officers analyze complex shipboard systems (propulsion, electrical, etc.) to understand their interdependencies and predict behavior under various conditions, ensuring optimal performance and identifying potential failures.

This ability to understand and predict system behavior translates to designing, troubleshooting, and optimizing complex systems in various civilian industries.

Rapid Prioritization

When responding to shipboard equipment malfunctions or emergencies, officers must quickly assess the situation, prioritize actions based on safety and operational impact, and allocate resources effectively to resolve the issue.

The capability to quickly evaluate situations, prioritize tasks, and allocate resources is valuable in dynamic environments where timely decision-making is crucial.

Degraded-Mode Operations

Shipboard engineers are trained to maintain critical systems and functionality even when primary systems fail or are damaged. This requires creative problem-solving, improvisation, and a deep understanding of system redundancies and alternative operating procedures.

Your ability to maintain operations under duress translates directly to industries where system uptime and resilience are critical, such as emergency management, disaster recovery, and infrastructure maintenance.

Situational Awareness

These officers maintain a constant awareness of the status of all engineering systems, potential threats, and the overall operational environment to anticipate problems and make informed decisions that contribute to mission success.

This heightened awareness and proactive decision-making is critical in fields requiring vigilance, risk assessment, and proactive management.

Non-Obvious Career Matches

Building Automation Systems (BAS) Engineer

SOC 17-2199.00

You've been managing complex shipboard systems with interdependencies; BAS Engineering requires similar skills in controlling and optimizing building environments, energy usage, and security systems.

Reliability Engineer

SOC 17-2112.00

You've been responsible for maintaining the reliability of critical shipboard systems. This directly translates to a Reliability Engineer role where you’ll analyze system performance, identify potential failure points, and implement preventative measures to ensure uptime and efficiency in industrial or manufacturing settings.

Power Systems Dispatcher

SOC 51-8013.00

You've been managing and maintaining shipboard electrical power systems. As a Power Systems Dispatcher, you will use your expertise to monitor and control the flow of electricity across a grid, ensuring stable and reliable power delivery to homes and businesses.

Training & Education Equivalencies

Surface Warfare Officer School (SWOS) Engineering Common Core, Naval Station Newport, RI

480 training hours12 weeksUp to 6 semester hours in engineering principles recommended

Topics Covered

  • Thermodynamics and Heat Transfer
  • Fluid Mechanics
  • Electrical Power Generation and Distribution
  • Naval Engineering Systems Operation & Maintenance
  • Damage Control
  • Shipboard Electrical Safety
  • Interior Communications Systems

Certification Pathways

Partial Coverage

Certified Maintenance and Reliability Professional (CMRP)70% covered

Requires study of reliability engineering principles, asset management strategies, and specific maintenance planning and scheduling techniques used in civilian industrial settings.

Certified Plant Engineer (CPE)60% covered

Requires additional knowledge of environmental regulations, safety standards, and project management specific to plant engineering in civilian industries.

Electrical Project Management Professional (specific to electrical contracting)50% covered

Requires further training in electrical project bidding, contract negotiation, and managing projects according to NEC and local building codes. Also, learning project management software specific to electrical contracting.

Recommended Next Certifications

Project Management Professional (PMP)Certified Energy Manager (CEM)Six Sigma Green Belt

Technical Systems Translation

Military systems you've used and their civilian equivalents for your resume.

Military SystemCivilian Equivalent
Main Propulsion Control System (MPCS)Industrial process control systems (e.g., Siemens SIMATIC PCS 7, ABB Ability System 800xA)
Naval Electrical Power Distribution System (NEPDS)SCADA (Supervisory Control and Data Acquisition) systems for power grids
Interior Communications (IC) System (e.g., sound-powered phones, shipboard announcing systems)Public Address and General Alarm (PAGA) systems, industrial intercom systems
Gyrocompass Systems (e.g., Sperry Marine)Commercial marine navigation systems (e.g., Raymarine, Garmin) and inertial measurement units (IMUs)
Shipboard Refrigeration Systems (e.g., York, Carrier)Industrial refrigeration and HVAC systems (e.g., Trane, Johnson Controls)
Automated Fuel Oil Management System (AFOMS)Tank level monitoring and fuel management software (e.g., FuelMaster, OPW Fuel Management Systems)
Programmable Logic Controllers (PLCs) for auxiliary machinery controlIndustrial automation using PLCs (e.g., Allen-Bradley, Siemens)

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