Engineering and Innovation for Ocean Technology
Oceanic LLC develops and deploys advanced engineering solutions for offshore and marine environments. From project execution and field systems integration to mechanical design and patent-pending hardware development, our work bridges real-world ocean operations with scalable technology innovation.
What We Do
Mechanical design engineering centered on subsea and high-load marine systems, including pressure housings, ROV tooling, and engineered fixtures for deepwater operations. Designs are developed from mechanism architecture through detailed CAD and production pathways with disciplined attention to sealing, structural integrity, corrosion resistance, and serviceability in extreme ocean environments.
Electrical and embedded systems design for demanding marine and subsea applications, including custom PCB development, integrated interface systems, sensor packages, and purpose-built test and diagnostic equipment. Work is executed with emphasis on environmental robustness, power integrity, signal reliability, and clean system architecture suited for offshore and deepwater deployment.
Proprietary technology development centered on novel mechanical architectures for marine and industrial applications. Current work includes a patent-pending magnetic actuation mechanism engineered to replace traditional spring-based systems, enabling improved reliability, simplified architecture, and cross-industry scalability through strategic licensing partnerships.
What is Mag-Tech?
Mag-Tech is a patent-pending magnetic actuation architecture designed to replace traditional spring-based biasing systems in mechanical assemblies. By substituting mechanical springs with controlled magnetic force, the system reduces wear-prone components, simplifies internal geometry, and enables more durable, corrosion-resistant designs suited for demanding marine and industrial environments. The architecture is adaptable across multiple product categories where reliability, service life, and environmental performance are critical.
