Headquartered in Ulsan, South Korea, Hyundai Heavy Industries Co Ltd operates as a premier entity within the global shipbuilding and offshore engineering sectors. The company’s history dates back to 1972, when it broke ground on a barren stretch of Mipo Bay. In a notable feat of industrial ambition, the shipyard completed its facility construction simultaneously with the building of its first two very large crude carriers, setting a precedent for rapid execution that defined its subsequent growth. Today, the facility in Ulsan is recognized as the world's largest shipyard, functioning as a massive integrated manufacturing complex that serves the diverse needs of international shipping lines and energy companies.
The organization’s primary business centers on the construction of commercial vessels. Its dry docks regularly accommodate the fabrication of ultra-large container ships, very large crude carriers, and product tankers. Over the decades, the company has cultivated specific expertise in high-value gas carriers, delivering numerous liquefied natural gas and liquefied petroleum gas vessels essential to global energy supply chains. This commercial shipbuilding prowess is complemented by a specialized Naval and Special Ship division, which constructs advanced surface combatants, submarines, and auxiliary support vessels for naval defense forces.
Vertical integration plays a critical role in the company's operational model. Through its Engine and Machinery Division, it manufactures colossal two-stroke and four-stroke marine engines, propellers, and crankshafts, supplying both its own projects and other shipbuilders. This internal capability allows for streamlined production processes and rigorous quality assurance. Furthermore, the company maintains a robust presence in the offshore sector, fabricating massive floating structures such as Floating Production Storage and Offloading units and fixed platforms used for deep-water resource extraction.
As the maritime industry faces increasing pressure to decarbonize, the company has adapted its engineering focus toward next-generation propulsion and digitalization. It is actively building vessels equipped with dual-fuel engines capable of running on methanol, ammonia, or hydrogen, alongside traditional bunkers. These efforts are supported by the development of autonomous navigation systems and digital ship management platforms, ensuring that the company remains a central architect of modern maritime infrastructure.
