Houston, Texas, US (Hybrid)5 open jobs
Oceaneering International, Inc. builds and operates robotic, subsea, and spaceflight systems for offshore energy, defense, aerospace, and industrial markets worldwide.
Oceaneering International, Inc. is a global technology company, founded in 1964 and headquartered in Houston, Texas, that builds and operates engineered systems in places where downtime is expensive and consequences are physical. Its domains span subsea engineering, remotely operated vehicles, robotics and autonomous systems, intervention tooling, subsea connection systems, and deep submergence work for defense. The threat model here is not abstract: ROVs, unmanned undersea systems, and vessel-supported offshore operations are networked, remotely commanded machines, and the industrial logistics side adds automated guided vehicles, autonomous trailer loading systems, and supervisory logistics software running in manufacturing environments. Each of those is a control system with safety implications before it is an IT asset.
The company's reach widens the surface further. Oceaneering delivers submarine systems and deep submergence systems for defense markets, spaceflight solutions including thermal protection and life support systems, and asset integrity management and diving services tracing back to its origins as a Gulf of Mexico diving company. Oceaneering Mobile Robotics (OMR) handles autonomous material handling for industrial logistics. Renewables round out the portfolio: fixed and floating offshore wind, carbon capture and storage, hydrogen, and nuclear power. Operations run globally across the Americas, Europe, and Asia Pacific, with Gulf of Mexico roots dating to Morgan City, Louisiana.
What that means in practice is a mix of OT, embedded, and enterprise environments across six decades of accumulated systems - harsh-environment hardware, remote command-and-control links, and software that supervises physical movement of material. Securing it requires fluency with industrial control systems and autonomous platforms as much as with conventional network defense, and comfort with domains where the operator is offshore, underground, or in orbit.
