Jobs at Oceaneering

Paid summer software engineering internship supporting underwater vehicle simulator development. Responsibilities include Unity and simulation development, 3D modeling, documentation, testing, requirements gathering, presentations, and collaboration with project teams and clients. Candidates will apply classroom knowledge while working with a mentor in a hybrid Austin-based environment.

Paid summer intern supporting the ROV group by developing and maintaining automated software tests using Qt Squish and Python. The role focuses on improving the quality, reliability, and performance of ROV software applications while working with a mentor and applying university coursework in a practical setting.

Paid summer software engineering internship supporting Oceaneering’s remote operated vehicle program. The intern will complete C++ development and documentation tasks under engineering and software management guidance, collaborate with project teams and clients, and gain practical experience through mentorship and team activities. The role requires daily onsite attendance in Austin, with no relocation or housing assistance.

Paid summer software engineering internship supporting autonomous underwater vehicle development. Responsibilities include software and algorithm development, documentation, presentations, requirements gathering, and testing in simulation and on designated vehicles. The intern will work with project and software development managers, mentors, team members, and clients while applying software engineering, C++, networking, multithreading, and vehicle control concepts.

Lead implementation of software safety programs for underwater robotic/autonomous vehicles per MIL-STD-882. Produce safety plans and assessments, perform hazard analyses, track coverage metrics, catalog safety artifacts, review software independently, and present findings at reviews and customer meetings. Coordinate across programs and support demanding schedules with occasional travel.

Perform RAM and FMECA/FMEA analyses, develop fault trees and reliability predictions, support maintainability and logistics analyses, produce reliability growth test plans, contribute to systems engineering documentation, advise design engineers on R&M shortfalls, and present results to management and clients.

Define, analyze, validate, and manage software requirements for DoD subsea robotic systems. Develop traceability, ICDs, data models, and verification plans using RM tools. Collaborate with multidisciplinary teams on architecture, interfaces, V&V, cybersecurity, and configuration management; support technical reviews and customer communication.

Design, develop, test, and analyze thermal protection systems, textiles, and mechanical/electromechanical hardware for launch and flight vehicles. Create CAD models, manufacturing drawings, test fixtures, and requirement/verification documentation. Perform stress/thermal/fluid analysis, tolerance/GD&T assessments, risk mitigation, and present designs to stakeholders while supporting cross-functional teams for NASA, military, and commercial aerospace programs.

Lead cyber systems engineering for underwater systems: evaluate and implement cybersecurity requirements, characterize attack surfaces, design system-level security architecture and countermeasures, advise on RMF/NIST compliance, support testing and audits, prepare reports, and coordinate cross-discipline cyber activities.