Chief Electrical Systems Engineer — Subsea Habitat Leader

DEEP; Miami (FL); On-site; USD 180,000 - 240,000; Full time

Benefits offered by this job

Employer paid Health insurance

Job summary

DEEP is seeking a world-class Chief Engineer, Electrical Systems to lead the design, development, integration and lifecycle support of all electrical systems for our next generation underwater habitats.

The role requires strategic technical leadership across electrical, power, control and instrumentation domains, with collaboration across internal teams and external partners to ensure safety, reliability and performance in extreme subsea environments.

Qualifications

• BS/BE in Electrical Engineering or related field.
• 12+ years of experience in electrical systems engineering for high-reliability marine/subsea platforms.
• Proven leadership of complex engineering efforts with internal teams and external partners.

Responsibilities

• Define and maintain the overall electrical systems architecture across DEEP habitat platforms.
• Lead lifecycle engineering of electrical systems including power, cabling, sensors, and control electronics.
• Oversee design development, reviews, and integration with mechanical, software, and operations teams.
• Ensure electrical systems are robust, maintainable, and suited for extreme subsea environments.
• Define and supervise electrical system test and verification activities across development and deployment.

Skills

Subsea electrical systems

Systems thinking

Architectural design

Leadership

Cross-functional collaboration

Education

BS/BE in Electrical Engineering

Job description

DEEP is seeking a world-class Chief Engineer, Electrical Systems to lead the design, development, integration and lifecycle support of all electrical systems for our next generation underwater habitats.

The role requires strategic technical leadership across electrical, power, control and instrumentation domains, with collaboration across internal teams and external partners to ensure safety, reliability and performance in extreme subsea environments.