A guide to the FE exam for marine engineers and naval architects — which discipline to take, what’s on it, how to prepare, and why the EIT credential matters.

Digital engineering in shipbuilding, explained: MBSE, SysML v2, digital twins, and virtual construction — plus the skills early-career naval engineers need now.

A guide to naval architecture degree programs in the U.S. — ABET accreditation, curriculum, internships, scholarships, and how to pick the right school.

Oshen tested six C-Star robotic sailboats as a networked acoustic sensor line at REPMUS26, feeding data into NATO C2 systems. The demo points toward low-cost distributed sensing for concepts like Atlantic Bastion, though C-Star has not been selected by the UK MoD.

Ship stability explained for early-career engineers: buoyancy, metacentric height, GZ curves, free surface effect, and the Navy criteria that keep ships upright.

AI is moving from engineering copilot to governed agent, operating across authoritative product data, design, production, inspection, and sustainment. For naval shipbuilding, the priority is building the digital thread and controls that let AI work safely across the full lifecycle.

What is a Navy Engineering Duty Officer? A guide to the EDO community — what these 1440 officers do, how to qualify, career progression, and why it's one of the Navy's most demanding paths.

A practical guide to marine engineering internships at Navy commands, shipyards, and defense contractors — where to look, what employers want, and how ASNE opens doors.

A step-by-step guide on how to become a marine engineer in the U.S. — degrees, internships, USCG and PE licensing, the Navy transition path, and first jobs.

Artificial intelligence is most useful when it connects design, manufacturing, inspection, and maintenance into one reliable process. For naval shipbuilding, these tools could help identify design or construction problems before large ship sections reach the final assembly yard.