Analysis Region: Gyeongsangnam-do
Key Areas: Geoje, Changwon, Tongyeong, Goseong Shipyards, Large Shipbuilders, Small and Medium-sized Shipyards, In-house & External Partners, Shipbuilding Equipment Companies
Agenda: Is the Gyeongnam shipbuilding industry actually transitioning from a labor-intensive construction structure to an AI, robot, and data-based production system during a boom period characterized by sustained high ship prices and long-term order backlogs?
Golden Time Type: Revenue Opportunity + Production AX Lock-in Risk
Reference Date: August 28, 2026
Version: Regional AX Golden Time Intelligence v3.2 Enhanced Criteria
In 2025, the South Korean shipbuilding industry recorded an eight-year high with $31.8 billion in exports, and its global order share rose 6.2 percentage points from the previous year to **20.2%**. In the first half of 2026, South Korean orders also increased by approximately 60% compared to the same period of the previous year, and as of the end of June, the order backlog stood at 38.81 million CGT , accounting for 19% of the global total. The phase in which both order volumes and ship prices stagnated simultaneously has ended. ( Ministry of Trade , Industry and Energy, Yonhap News )
However, as of the end of June 2026, China's order backlog stood at 134.03 million CGT , accounting for a 65% global share. South Korea's dominance in high-value-added vessels coexists with China's overwhelming shipbuilding scale. The current boom is assessed not as a result of the South Korean shipbuilding industry dominating the entire market, but rather as a consequence of securing high prices and technological capabilities in LNG carriers, high-specification vessels, and specialized ships. ( Yonhap News )
Gyeongnam is at the center of this structure. According to an analysis by the Bank of Korea, Gyeongnam accounted for 46.3% of domestic shipbuilding production in 2021, and as of 2019, the shipbuilding industry accounted for 21.1% of the province's total manufacturing value added. The concentration of Hanwha Ocean and Samsung Heavy Industries in Geoje, along with K-Ship and shipbuilding equipment clusters in Changwon and Jinhae, forms the regional transmission channels for the nationwide order market. At the same time, the risk of economic concentration remains, which previously dragged the province's economy into a long-term recession due to order cliffs and failures in the offshore plant sector. ( Bank of Korea )
Major shipbuilders have begun investing in AX. Hanwha Ocean is transforming its Geoje plant into a smart yard centered on big data and robots, and its disclosed investment plan includes 50 billion won in smart yard facility investments in 2025 and 150 billion won in 2026. Samsung Heavy Industries is also expanding digital technology and automation across the design, production, safety, and inspection processes at its Geoje shipyard. The transformation of large yards has moved beyond the planning stage. ( Hanwha Ocean , Korea Exchange Disclosure )
Gyeongsangnam-do has also launched 12 projects across five sectors to secure a significant lead in the shipbuilding industry by 2026. These include the 25 billion won Small and Medium-sized Shipyard Production Technology Innovation DX Center in Jangmok, Geoje ; the 18 billion won Smart Production Innovation for SMEs ( to be completed by 2027 ); the 19.5 billion won Liquid Hydrogen Equipment Demonstration Facility (to be completed by 2028 ) ; the 31.6 billion won Ammonia Co-firing Regulatory-Free Special Zone ; and the 39.8 billion won Future Innovation Talent Training Center . The foundations for AX, eco-friendliness, and talent are being established through multiple projects. ( Korea Institute of Shipbuilding & Marine Engineering , Report on Gyeongnam Shipbuilding Industry Promotion Plan )
The confirmed gap is not the existence of investment. The performance of smart yards at large shipyards and changes in productivity among small and medium-sized shipyards, external suppliers, and equipment companies are not disclosed using the same standards. The Gyeongnam Shipbuilding AX Runtime, which allows for the simultaneous verification of the number of robots introduced, the number of processes with AI application, process time reduction rates, rework rates, safety accident rates, on-time delivery rates, and supplier data connectivity rates, is also not being verified.
The period from 2026 to 2028 is when high order backlogs are converted into actual construction revenue and cash flow, as well as when the results of the DX Center, smart production innovation, and eco-friendly equipment demonstration projects are determined. If production methods are not changed during this period, current workloads will be exhausted by the existing labor-intensive structure, and gaps in manpower, costs, and delivery times will be exposed again during the next order adjustment period.
Therefore, the current Golden Time for Gyeongnam's shipbuilding industry is determined to be Revenue Opportunity + Production AX Lock-in Risk .
- Increase in order backlog ≠ Productivity superiority
- Large shipyard smart yard ≠ Gyeongnam shipbuilding ecosystem AX
- Increase in foreign workforce ≠ Resolution of structural labor crisis
- Establishment of a demonstration center ≠ Field expansion
- Winning orders for eco-friendly ships ≠ localization of equipment
- AI Technology Development ≠ Process Outcome
The shipbuilding industry in Gyeongnam features a multi-layered production structure connecting large shipyards in Geoje, medium-sized shipyards and equipment suppliers in Changwon and Jinhae, and block fabrication, ship repair, and subcontractors in Tongyeong and Goseong. Hanwha Ocean and Samsung Heavy Industries lead the design, construction, and ordering of large, high-value-added vessels, while small and medium-sized shipyards, internal and external partners, and equipment suppliers share the processes of block fabrication, welding, painting, piping, electrical work, and sea trials.
The Bank of Korea’s confirmation of a 46.3% share of domestic production and a 21.1% share of Gyeongnam’s manufacturing value-added demonstrate that the shipbuilding industry is more than just a key sector; it is an industry that determines the direction of the regional economy. The pathways through which increased orders spread to production, employment, and consumption, as well as the pathways through which decreased orders lead to the closure of partner companies, population outflow, and regional stagnation, exist within the same supply chain. ( Bank of Korea )
The current production structure is a combination of the long-term order backlog of large shipbuilders and multi-stage cooperative production . The technological competitiveness of high-value-added vessels is concentrated in large shipbuilders, while actual construction productivity is determined by the manpower, equipment, and process management levels of numerous subcontractors.
The shipbuilding industry in Gyeongnam is assessed to have order competitiveness centered on large companies, while delivery competitiveness depends on the entire regional ecosystem .
While global order volume in 2025 decreased by 27% compared to the previous year, South Korea recorded orders of 11.6 million CGT , accounting for a 21% global share. The market share, which had fallen to 17% in 2024, rebounded, and by the end of 2025, South Korea's order backlog stood at 35.12 million CGT, representing 20% of the global total. This is the result of securing work centered on high-value-added vessels even during a period of declining orders. ( Korea International Trade Association )
As of the end of June 2026, the newbuilding price index stood at 185.15 , approximately 33% higher than in June 2021. The structure is such that the profitability of major shipbuilders improves as orders secured at high prices are converted into construction revenue. In contrast, China accounted for 65% of the global order backlog at the same time. Korea holds an advantage in vessel type selection and technology pricing, while China holds the upper hand in scale and supply capacity. ( Yonhap News )
Public evidence that the order boom has spread to partner company AX is limited. While the order backlog and revenue of major shipbuilders are disclosed, automation rates, process times, operating profits, workforce composition, and capital investment by partner company are not linked into a single statistic.
The current level of spread of the boom is assessed as follows: sales recovery of large companies is confirmed, while productivity recovery of the SME cooperation ecosystem is determined by a Data GAP.
The first change is that the unit of competition has shifted from ships to construction systems . Even with identical design capabilities, costs and delivery times vary depending on the level of automation in ship block movement, curved welding, painting, piping, inspection, and sea trials. China's expansion of shipbuilding capacity creates production scale pressure that cannot be offset solely by Korea's advantage in high-value-added vessels.
The second change is that the value of a ship has shifted from hardware to a software-defined ship . Operational optimization, predictive maintenance, digital twins, remote control, and autonomous navigation generate data and services even after delivery. The scope of competition for shipbuilders has expanded from construction costs to ship lifecycle operational data.
The third change is that the competition for eco-friendly ships has shifted from fuel selection to lifecycle carbon verification . The IMO has presented a path to reduce total greenhouse gas emissions in international shipping by at least 20%, and preferably 30%, compared to 2008 levels by 2030, and to increase the share of zero- and low-carbon fuels to at least 5%, and preferably 10%. Ship fuel, engines, storage, supply, safety, and carbon data have become subject to a single regulatory framework. ( IMO )
The fourth change is that the unit of production workforce has shifted from the number of personnel to skill data . If the judgments of skilled welders, pipefitters, and inspectors cannot be converted into robot paths, work standards, and quality data, it is difficult to narrow the productivity gap solely through manpower supplementation.
The Gyeongnam shipbuilding industry is assessed to be in a recovery phase in terms of competition for ship orders and a transition phase in terms of competition for construction systems .
The Ministry of Trade, Industry and Energy invested 320 billion won in technology development for the shipbuilding and marine industry in 2026, an increase of approximately 23% from the previous year . The support pillars are eco-friendly vessels, AI-powered shipyards and vessels, and small and medium-sized shipbuilders, while new technology developments include unmanned block transfer, robotic autonomous welding, AI safety management, and autonomous tugboats. The focus of national R&D has shifted from individual equipment improvements to AI-based construction and operation systems. ( Ministry of Trade, Industry and Energy )
Hanwha Ocean is pursuing a "Smart Yard" initiative at its Geoje plant to transform production methods from a people- and experience-centric approach to a data and robot-centric one. The disclosed facility investment plan allocates 50 billion won for 2025 and 150 billion won for 2026. While the investment plan and the operation of the digital production center have been confirmed, figures on productivity improvements by process have been disclosed only to a limited extent. ( Hanwha Ocean , Korea Exchange Disclosure )
A total of 25 billion won is being invested in the Production Technology Innovation DX Center for Small and Medium-sized Shipyards in Jangmok, Geoje . Spanning a site of 6,381 square meters with a gross floor area of 4,240 square meters, the facility is designed to house a total of 22 types of equipment, including 14 types of welding, painting, and inspection demonstration equipment; 2 types of production technology innovation software; and 6 types of quality and performance evaluation equipment. The foundation for joint testing to automate processes at small and medium-sized shipyards is currently in the formation stage. ( Korea Institute of Shipbuilding & Marine Engineering , Detailed Data on Center Construction )
Gyeongnam Province is promoting data connectivity between shipyards and partner companies through smart production innovation for small and medium-sized shipbuilders, investing 18 billion won by 2027. In parallel, a 19.5 billion won liquid hydrogen equipment demonstration facility and a 31.6 billion won ammonia co-firing regulatory free zone are also being implemented by 2028. This structure facilitates the simultaneous pursuit of production DX and the transition to eco-friendly equipment. ( Report on Gyeongnam Shipbuilding Industry Promotion Plan )
The current level of response is assessed as confirmed in terms of large companies' own investment and public demonstration infrastructure, while the overall supply chain diffusion performance is unconfirmed.
As of the end of June 2026, China's share of the global order backlog was 65%, while South Korea's was 19%. With an average order size of 38,000 CGT for South Korea and 26,000 CGT for China, South Korea showed a higher concentration of high-value, large vessels. South Korea maintains its competitiveness not in total order volume, but in the technological value and price per vessel. ( Yonhap News )
However, China's order backlog increased by approximately 30.2 million CGT over the past year, while Korea's increased by approximately 3.69 million CGT. If China's large-scale shipyards, supply chains, domestic financing, and mass production capabilities for standard vessels extend to high-value-added ship types, Korea's technological and price advantage will directly clash with China's production scale advantage.
Gyeongnam is home to a concentration of nearly half of Korea's shipbuilding production and major global shipbuilders. On the other hand, there are no publicly available indicators comparing the region's overall smart yard maturity, AI adoption rates among equipment suppliers, and data connectivity rates with overseas competitors.
The current position is determined to be in the upper tier for High-value Ship Readiness and in the unmeasurable stage for Regional Production AX Readiness .
South Korea's shipbuilding exports in 2025 amounted to $31.8 billion .
The global order share in 2025 was **20.2%**.
Orders from Korea in the first half of 2026 increased by about 60% compared to the same period of the previous year .
As of the end of June 2026, South Korea's order backlog was 38.81 million CGT , 19% of the world's .
At the same time, China's order backlog was 134.03 million CGT , 65% of the world's .
The new shipbuilding price index stood at 185.15 , approximately 33% higher than in June 2021. ( Ministry of Trade , Industry and Energy , Yonhap News )
Gyeongnam is a region that accounts for **46.3%** of domestic shipbuilding production.
The Geoje DX Center is worth 25 billion won , the Smart Production Innovation for Small and Medium-sized Shipbuilding is worth 18 billion won , the Liquid Hydrogen Demonstration Facility is worth 19.5 billion won , the Ammonia Co-firing Regulatory Free Zone is worth 31.6 billion won , and the Shipbuilding and Marine Future Innovation Talent Training Center is worth 39.8 billion won .
Hanwha Ocean's 2026 smart yard facility investment plan is 150 billion won . The government's 2026 shipbuilding and marine R&D investment is 320 billion won .
While the scale of investment is confirmed, the process time shortened, reduced rework, replaced risk work, connected partners, and improved operating profit resulting from this investment are not confirmed within the same indicator framework.
The bottleneck revealed by the numbers is determined to be the Investment-to-Productivity Conversion GAP rather than a lack of funds.
The first gap lies between the orderbook and productivity . Long-term order backlogs guarantee work for several years, but they do not guarantee productivity improvement over the same period. If process bottlenecks persist, a portion of the high shipbuilding costs is consumed by labor, delays, and rework expenses.
The second gap lies between large shipbuilders and their subcontractors . While large companies can directly invest in digital production centers, robots, AI safety management, and smart yards, small and medium-sized subcontractors find it difficult to establish independent systems due to order fluctuations, labor shortages, and limited investment capacity. Even when building the same vessel together, data maturity varies by company.
The third gap lies between equipment introduction and process integration . Even if welding robots, painting equipment, and inspection sensors are applied to individual processes, overall yard optimization does not occur unless design changes, material receiving, block movement, work placement, quality inspection, and delivery information are connected.
The fourth gap lies between workforce replenishment and skill transition . The number of foreign industrial workers in Gyeongnam's manufacturing sector stood at 45,257 at the end of 2023, and the provincial government has set a target to expand this to 67,000 by 2024. While the workforce volume has increased, connecting data regarding multilingual work instructions, skill management, safety training, long-term settlement, and changes in productivity are limited. ( Yonhap News )
The largest Readiness GAP is determined to be a structure where the AX speed of large shipbuilders and the AX speed of regional supply chains are separated within the same vessel .
The 22 types of facilities and equipment at the Geoje DX Center and the Smart Production Innovation Project for SMEs provide a foundation for automation demonstration that is difficult for SMEs to secure independently. The Ministry of Trade, Industry and Energy's 320 billion won R&D budget and Gyeongnam's production innovation project are also being executed concurrently. Physical infrastructure and project funding are currently in the formation stage. ( Ministry of Trade , Industry and Energy, Korea Research Institute of Shipbuilding & Marine Engineering )
The Future Innovation Talent Training Center includes a plan to train 400 technical personnel and 250 on-site production personnel. On the other hand, no publicly available data has been found that links the number of skilled workers scheduled to retire in the entire Gyeongnam shipbuilding industry, personnel shortages by occupation, foreign worker proficiency, and demand for robot operators into a single forecast.
While large shipyards accumulate their own production data, there is a lack of public evidence regarding the ownership, standards, scope of sharing, and security classification of supplier data. Production facilities are being established, but regional data operating conditions remain unconfirmed.
The current conditions are Facility Readiness in Progress / Workforce·Data Interoperability Readiness as Data GAP.
Gyeongnam Province plans to invest 18 billion won in smart production innovation for small and medium-sized shipbuilders by 2027 and has specified data connectivity between shipyards and partner companies as the scope of the project. The Geoje DX Center is also structured to jointly utilize demonstration equipment for welding, painting, and inspection. The project targets and equipment for expansion have been confirmed. ( Press release on Gyeongnam Shipbuilding Industry Promotion Plan , detailed data on center construction )
On the other hand, the publicly available data does not reveal changes deeper than the number of supported companies. Information such as how much process time was shortened for supported companies, how many partner companies were connected to major shipbuilding companies' systems, whether self-investment followed the demonstration, and whether unit prices and operating profits improved is not disclosed in an integrated manner.
In the equipment sector as well, while liquid hydrogen and ammonia demonstration projects have been confirmed, the ratio of demonstration companies to type approval, classification society certification, actual orders, and export sales has not yet entered the measurement phase.
The current level of diffusion is determined to be Public Support Reach confirmed / Commercial Production Diffusion unconfirmed .
Geoje is a region where large-scale and smart yard investments by Hanwha Ocean and Samsung Heavy Industries are concentrated. Changwon and Jinhae are home to a cluster of K-shipbuilding companies as well as machinery, electrical, defense, and shipbuilding equipment firms. Tongyeong and Goseong are home to small and medium-sized shipbuilders, block manufacturers, repair companies, and subcontractors.
While major shipbuilders can rapidly implement digital investments within their Geoje facilities, there are disparities in facility scale, order stability, and data access for external partner companies located outside the region. Consequently, a speed gap emerges between the large Geoje yard AX and the partner companies AX in Tongyeong, Goseong, and Changwon within a single shipbuilding supply chain.
While the number of shipbuilding companies, employees, and the proportion of foreigners by region are partially confirmed, data comparing robot adoption rates, process digitalization rates, productivity, safety, wages, and profitability by city and county using the same criteria is not available.
Currently, the spatial gap is assessed as a structure where shipbuilding volume is distributed across a wide-area supply chain, but AX investment and data are concentrated in key yards .
South Korea's shipbuilding exports hit an eight-year high in 2025, and newbuilding prices in June 2026 remained approximately 33% higher than in 2021. The period from 2026 to 2028 marks the time when vessels ordered at high prices enter the production process. Currently, this is a time when investment capacity for a boom emerges, rather than survival funds for a recession. ( Ministry of Trade , Industry and Energy , Yonhap News )
The construction, support, and demonstration schedules for the Geoje DX Center, smart production innovation for small and medium-sized shipbuilders, liquid hydrogen equipment demonstration, and the ammonia co-firing regulatory special zone also overlap between 2026 and 2028. The period during which corporate order backlogs and public AX infrastructure exist simultaneously is confirmed.
China's 65% share of order backlog and Korea's 19% suggest that the next competition is likely to take place over production capacity, delivery times, costs, and eco-friendly technologies, rather than the recovery of orders itself. If the same transition is pursued after the current high-price period ends, both investment resources and on-site capacity will decrease simultaneously.
The period from 2026 to 2028 is determined to be a limited period where the cash flow of the order boom overlaps with the production AX investment cycle .
12-1. Golden Time Application Case in Basic Local Governments ① — Geoje City
Geoje is home to large shipyards belonging to Hanwha Ocean and Samsung Heavy Industries, as well as numerous internal and external partner companies. Hanwha Ocean has proposed a 150 billion won investment plan for smart yard facilities by 2026, and a 25 billion won DX Center for small and medium-sized shipyards is being constructed in Jangmok. Both large corporations' own investments and public support infrastructure for small and medium-sized shipbuilders are taking place in the same city.
The identified gap is that the extent to which process data from large yards and production data from local partner companies are connected is not disclosed. If the scope of connection is not determined within two to three years, a dual production system will become entrenched, where large companies optimize internally while partner companies remain stuck in a labor-intensive supply structure.
Geoje is assessed as Smart Yard Concentration Opportunity + Supplier Data Divide Risk .
12-2. Golden Time Application Cases in Basic Local Governments ② — Tongyeong and Goseong
Block, ship repair, small and medium-sized shipbuilding, and equipment companies that carry out work for large shipbuilders are distributed in Tongyeong and Goseong. While these companies benefit from the volume effect of the order boom, they have lower capacity for facility investment and less ability to secure specialized personnel compared to large shipyards.
While production innovation projects for small and medium-sized shipbuilders exist, the participation rates of companies in Tongyeong and Goseong, automation investment rates following demonstrations, and changes in productivity by process are not distinguished in the publicly available data. If facilities and data are not accumulated during the current boom, low cost competitiveness and labor shortages will be simultaneously exposed during the next period of order adjustment.
Tongyeong and Goseong are determined as Order Spillover confirmed / AX Capability Spillover as Data GAP .
The first time risk is the depletion of cash flow during a boom . If high-priced orders are processed using existing production methods, productivity assets are not accumulated even if revenue increases. Once orders are adjusted, the internal profitability of investments in automation and data decreases, and investment capacity also diminishes.
The second time risk is the irreversible obsolescence of skilled technology . If the experience regarding welding conditions, work procedures, quality judgment, and risk avoidance is not converted into data and work standards before an older skilled worker retires, it takes years to rebuild the same skills.
The third time risk is supply chain redundancy . If major shipbuilders move to smart yards while partner companies remain based on manual processes and manpower, data disconnection turns into bottlenecks in delivery, quality, and cost. Differences in production speed within the same vessel become bottlenecks for the entire yard rather than issues for individual companies.
The fourth time-related risk is the failure to secure a leading position in the eco-friendly equipment market . If liquid hydrogen and ammonia technologies fail to progress from demonstration to certification and ordering, Gyeongnam companies will be trapped in a structure where they transfer the added value of core equipment to external suppliers, even while constructing eco-friendly vessels.
Currently, irreversibility is determined not to be a decrease in order volume, but to the fact that work from the boom period is being consumed without leaving any future production assets .
From 2026 to 2028, the order backlogs of major shipbuilders, high ship prices, smart yard facility investments, the government's 320 billion won in R&D, the Geoje DX Center, and production innovation projects for small and medium-sized shipbuilders coexist. This is not a period where production sites, investment funds, and demonstration infrastructure are separated.
The measurable outcomes of this period are not order volume, but changes in process time, rework, hazardous work, delivery times, supplier connections, and equipment certification. As these figures accumulate, sales from a boom period are transformed into productive assets that remain even during the next recession.
Conversely, if only investment amounts and the number of equipment are recorded during the same period, it is difficult to reconstruct whether the projects have been successfully implemented on-site after their completion. This results in a separation where the centers and demonstration equipment remain, but the production methods of each company do not change.
The profit currently achievable is determined not by additional orders themselves, but by the structural productivity of Gyeongnam's shipbuilding industry, which is maintained even amidst fluctuations in orders .
Observation target | Apply AX | On-site judgment | Verification indicators |
| Order backlog | Orderbook-to-Capacity Twin | Pre-identification of process bottlenecks | Production capacity relative to balance |
| Design change | AI Engineering Change Control | Rework Risk Assessment | Change → On-site reflection time |
| Block production | Digital Block Passport | Linking process and quality history | Delivery and defect rates by block |
| Welding and painting | Robot Process Intelligence | Selection of Suitable Processes for Automation | Automation rate and process time |
| Materials and Equipment | Supply-chain Control Tower | Early warning of delivery risk | Material delay time |
| Partner companies | Supplier AX Registry | Distinguishing between supported and bottleneck companies | Data connection rate |
| foreign labor | Multilingual Work Intelligence | Skill and Safety GAP Assessment | Training time and accident rate |
| skilled technology | Skill-to-Data Capture | Knowledge assetization before retirement | Number of standardized processes |
| safety | AI Safety Runtime | Pre-detection of hazardous work | Accident · Near Miss |
| Eco-friendly equipment | Certification-to-Order Tracker | Demonstration project commercialization judgment | Demonstration → Certification → Order Rate |
| Support for small and medium-sized shipbuilders | Adoption Outcome Audit | Distinction between equipment supply and settlement | Self-investment rate after support |
| City/County Disparity | Shipbuilding AX Gap Map | Comparison of Geoje, Changwon, Tongyeong, and Goseong | AX Maturity by Region |
Gyeongnam Shipbuilding AX Runtime
Order → Design → Materials → Block → Welding & Painting → Assembly → Inspection → Commissioning → Delivery → Operational Data → Maintenance & Service
Supply-chain Outcome Chain
Public Support → Demonstration → Field Application → Process Time Reduction → Delivery & Quality Improvement → Cost Reduction → Partner Profitability → Reinvestment → Next AX
Revenue Opportunity + Production AX Lock-in Risk
The shipbuilding industry in Gyeongnam is not at the stage of a cliff in orders.
Major shipbuilders' AX investments are also not in the pre-planning stage.
Support infrastructure for small and medium-sized shipbuilders and demonstration projects for eco-friendly equipment are also not absent.
The current risk is that, despite the existence of a boom and investment, there is no data to determine whether productivity outcomes are connected throughout the entire supply chain .
If the smartification of large shipyards spreads to partner companies through automation, profitability, and skill transition, the current order backlog remains as a productive asset for the next competitive cycle. If it remains within large companies, the shipbuilding industry in Gyeongnam will become entrenched in a structure characterized by high order volumes and chronic bottlenecks in manpower and delivery times.
The Golden Time for Gyeongnam's shipbuilding industry is determined to be 2026–2028 .
- Gyeongnam shipbuilding order backlog and scheduled deliveries
- Order value, ship price, and operating profit by ship type
- Order backlog relative to the production capacity of major shipbuilders
- Planned and actual air time by vessel
- Bottleneck time by process
- Time for on-site implementation after design changes
- Delivery Compliance Rate by Block
- Automation rate of welding, painting, and inspection
- Process time reduction rate after robot introduction
- Rework rate and quality defect rate
- Number of processes applying AI safety management
- Industrial Accidents · Serious Accidents · Near Miss
- Major shipbuilding companies' smart yard investment execution rate
- Partner production data connection rate
- Number of participating companies in smart production innovation for small and medium-sized shipbuilding companies
- Self-financing investment rate after support ends
- Geoje DX Center Equipment Utilization Rate
- DX Center Repeat Usage Rate by Company
- Field adoption rate of demonstration technology
- Shipbuilding subcontractor revenue and operating profit
- Productivity gap between prime contractors and subcontractors
- Composition of domestic and foreign nationals by occupation
- Long-term retention rate of skilled foreign workers
- Multilingual work order application rate
- Data conversion rate of skilled retirees' work knowledge
- Number of demonstration cases for eco-friendly equipment
- Classification certification acquisition rate after demonstration
- Actual order and export rates after certification
- Localization rate of liquid hydrogen and ammonia equipment
- AX Maturity Differences in Geoje, Changwon, Tongyeong, and Goseong
- Changes in shipbuilding productivity compared to the nation and China
- AX investment ratio maintained after the end of the boom
Data GAP: Although data on orders, sales, and investments of large shipbuilding companies and data on support projects in Gyeongnam exist, public runtimes connecting company → yard → partner company → process → personnel → productivity → profitability → reinvestment with the same project ID are not confirmed.
Runtime Chain
Global Orders → Gyeongnam Orders → Yard Capacity → Partner Volume → Process AX → Productivity → Delivery/Quality → Profitability → Workforce Settlement → Reinvestment → Next Bidding Competition
There is only one structural insight into Gyeongnam's shipbuilding industry. The actual unit of competition for Shipbuilding AX is not large shipyards, but the entire production network that builds a single ship together.
A ship is not completed solely through the design and final assembly of a major shipyard. Hundreds of blocks, equipment, and tasks involving welding, painting, piping, electrical work, and inspection are combined across different companies and workshops. In this structure, data disconnection in the slowest collaborative processes determines the overall delivery time, rather than the AI level of the most advanced processes.
Therefore, as the smart yards of major shipbuilders become more advanced, the low AX levels of their subcontractors do not disappear but rather appear as a more distinct bottleneck. Even if the internal production speed of the major company increases, if delivery and quality data from external blocks and equipment are not connected, the productivity of the entire yard does not rise at the same rate.
Golden Time Thesis — The golden time for Gyeongnam's shipbuilding industry does not lie in how long the shipbuilding boom lasts. The next decade of Gyeongnam's shipbuilding industry will be determined by whether the high ship prices and order backlogs of 2026–2028 end up as profits for major shipbuilders, or whether they leave behind data, robots, and skilled assets across the entire cooperative production network of Geoje, Changwon, Tongyeong, and Goseong. Once the large yards are fully connected, Gyeongnam will remain a labor-intensive shipbuilding region possessing smart shipyards. When the entire production network is connected, the current boom will be recorded not as a temporary recovery in orders, but as a structural transformation in productivity.
Version | Reference Date/Revision Date | Major changes |
| v1.0 | 2026.08.28 | This report was initially compiled based on the enhanced criteria of Regional AX Golden Time Intelligence v3.2. It cross-verified the following: shipbuilding exports of $31.8 billion and a global order share of 20.2% by 2025; order backlogs of 38.81 million CGT in Korea and 134.03 million CGT in China by June 2026; a newbuilding price index of 185.15; Gyeongnam's share of domestic shipbuilding production at 46.3%; government shipbuilding R&D of 320 billion won; the Geoje DX Center of 25 billion won; smart production innovation for small and medium-sized shipbuilders of 18 billion won; and Hanwha Ocean's smart yard investment plan. The Golden Time was identified as Revenue Opportunity + Production AX Lock-in Risk, and the structural insight was condensed into a single unit: "The competitive unit of Shipbuilding AX is not large shipyards, but the entire production network that builds a single vessel together." |
