Japan is known worldwide for its advanced technology and high-quality craftsmanship in shipbuilding and ship machinery, offering professionals the chance to work with cutting-edge designs and innovations.
The shipbuilding sector in Japan remains a key part of its economy, providing stable and long-term employment with opportunities for growth in both domestic and international markets.
Working in Japan’s shipbuilding industry means adhering to rigorous safety protocols and quality control processes, ensuring a professional and well-structured work environment.
Professionals gain hands-on experience with advanced engineering tools, automation systems, and precision manufacturing techniques, enhancing their technical expertise and career prospects.
Japan is renowned for its advanced shipbuilding industry, producing some of the most efficient and innovative vessels in the world. International candidates can contribute to projects that set global standards in quality, safety, and environmental performance.
From automation systems to eco-friendly propulsion, Japan leads in maritime engineering advancements. Professionals have the chance to work with state-of-the-art ship machinery and participate in groundbreaking R&D.
Japan excels in producing specialized ships such as LNG carriers, high-speed ferries, and research vessels. This opens diverse career paths for engineers, designers, project managers, and technicians from around the globe.
Close partnerships between shipyards, universities, and research institutes create an environment of continuous innovation. International experts can engage in joint projects that shape the future of shipbuilding.
Japan is a leader in eco-conscious ship design, incorporating renewable energy, emissions reduction, and sustainable materials — offering opportunities for professionals passionate about green technologies.
Working in Japan’s shipbuilding sector not only enhances technical expertise but also offers rich cultural experiences, networking with maritime professionals worldwide, and opportunities to advance in international maritime careers.
Design and develop ship structures, ensuring safety, stability, and compliance with international maritime standards.
Specialize in the mechanical and electrical systems on ships, including propulsion, power generation, and automation systems.
Work on the physical construction of the ship’s hull, using advanced welding and fabrication techniques.
Install interior and exterior components, such as piping, electrical wiring, safety equipment, and navigation systems.
Focus on building, installing, and maintaining engines, propellers, and related machinery for efficient vessel movement.
Oversee repair, servicing, and preventive maintenance of onboard machinery and equipment.
Ensure all ship components meet strict quality, safety, and performance standards before delivery.
Coordinate timelines, budgets, and teams to ensure shipbuilding projects are completed on schedule and within scope.
Job Profile |
Avg. Salary (JPY) |
Avg. Salary (USD) |
Avg. Salary (INR) |
|---|---|---|---|
|
Naval Architect |
¥9,500,000 |
$65,068 |
₹5,400,644 |
|
Marine Engineer |
¥8,800,000 |
$60,274 |
₹5,001,742 |
|
Ship Design Engineer |
¥8,500,000 |
$58,219 |
₹4,832,177 |
|
Project Manager (Shipbuilding) |
¥10,200,000 |
$69,863 |
₹5,799,569 |
|
Production Manager |
¥9,000,000 |
$61,644 |
₹5,116,452 |
|
Welding Engineer |
¥6,800,000 |
$46,575 |
₹3,866,036 |
|
Quality Assurance Manager |
¥8,900,000 |
$60,959 |
₹5,061,637 |
|
Dock Supervisor |
¥7,200,000 |
$49,315 |
₹4,092,152 |
|
Procurement Specialist (Marine) |
¥7,500,000 |
$51,370 |
₹4,262,721 |
|
Ship Maintenance Supervisor |
¥6,900,000 |
$47,260 |
₹3,918,579 |
|
R&D Engineer (Ship Machinery) |
¥9,200,000 |
$63,014 |
₹5,229,179 |
|
Electrical Engineer (Marine) |
¥7,800,000 |
$53,425 |
₹4,433,275 |
|
Hydraulic Systems Engineer |
¥7,400,000 |
$50,685 |
₹4,207,886 |
|
Safety & Compliance Officer |
¥7,600,000 |
$52,055 |
₹4,322,585 |
|
CNC Machinist (Ship Components) |
¥6,500,000 |
$44,521 |
₹3,696,347 |
|
Ship Fitter |
¥6,300,000 |
$43,151 |
₹3,581,537 |
|
Logistics Coordinator (Shipyard) |
¥6,900,000 |
$47,260 |
₹3,918,579 |
|
Marine Surveyor |
¥8,400,000 |
$57,534 |
₹4,777,372 |
|
Test & Trials Engineer |
¥8,000,000 |
$54,795 |
₹4,548,045 |
|
After-Sales Service Engineer (Marine) |
¥7,200,000 |
$49,315 |
₹4,092,152 |
Eligibility Criteria |
Details |
|---|---|
|
Relevant Qualifications |
Degree or diploma in naval architecture, marine engineering, mechanical engineering, or related technical field. |
|
Professional Experience |
Prior work experience in shipbuilding, ship machinery maintenance, or marine equipment manufacturing is highly valued. |
|
Specialized Skills |
Knowledge of CAD software, welding techniques, propulsion systems, engine maintenance, or ship design standards. |
|
Language Requirements |
Basic to intermediate Japanese language proficiency is often required (JLPT N4–N2), depending on employer; English may be sufficient for some technical roles. |
|
Work Visa |
Must obtain a Skilled Worker or Engineer/Specialist in Humanities/International Services visa from Japanese immigration authorities. |
|
Health & Safety Compliance |
Must meet health and safety standards required for working in shipyards and marine environments. |
|
Employer Sponsorship |
A job offer from a Japanese employer who can sponsor the visa application is mandatory. |
|
Adaptability |
Ability to work in multicultural teams and adapt to Japanese work culture, including safety protocols and quality standards. |
Job Profile |
General Roles & Responsibilities |
|---|---|
|
Naval Architect |
Design ship structures, ensure compliance with international maritime regulations, and optimize vessel performance. |
|
Marine Engineer |
Develop, maintain, and repair ship propulsion systems, engines, and onboard machinery. |
|
Hull Designer |
Create detailed hull designs for efficiency, safety, and stability in different sea conditions. |
|
Structural Engineer |
Analyze and ensure the strength and integrity of ship structures during construction and operation. |
|
Mechanical Fitter |
Assemble, install, and align mechanical ship components, including propulsion and steering systems. |
|
Electrical Engineer |
Design, install, and maintain shipboard electrical systems, including power distribution and automation. |
|
Welding Technician |
Perform high-precision welding for ship hulls, decks, and machinery parts following quality standards. |
|
Piping Engineer |
Design and install piping systems for fuel, water, and other fluids onboard ships. |
|
Shipyard Planner |
Schedule and coordinate shipbuilding processes to meet production deadlines. |
|
Quality Control Inspector |
Monitor production quality, perform inspections, and ensure adherence to classification society standards. |
|
Production Supervisor |
Oversee daily shipyard operations, manage teams, and ensure safe and efficient workflow. |
|
Safety Officer |
Enforce health and safety regulations, conduct risk assessments, and manage safety training. |
|
Outfitting Engineer |
Plan and install ship interiors, navigation systems, and specialized equipment. |
|
Marine Surveyor |
Inspect vessels during and after construction to ensure compliance with maritime safety standards. |
|
Project Manager |
Oversee shipbuilding projects from planning to delivery, managing budgets, timelines, and client communication. |
|
CNC Machinist |
Operate computer-controlled machines to manufacture precision ship components. |
|
Propulsion Specialist |
Install, maintain, and troubleshoot propulsion systems like diesel engines and propellers. |
|
Ship Painter |
Apply protective coatings and paint to ship surfaces to prevent corrosion and maintain aesthetics. |
|
Rigger |
Install rigging, hoisting, and lifting systems for ship assembly and equipment installation. |
|
Maintenance Technician |
Conduct routine inspections, troubleshoot issues, and perform preventive maintenance on ship machinery. |
No. |
Job Profile |
Primary Responsibilities |
|---|---|---|
|
1 |
Marine Engineer |
Design and maintain ship propulsion systems. |
|
2 |
Naval Architect |
Plan ship structure and hydrodynamics. |
|
3 |
Ship Welder |
Perform structural and pipe welding. |
|
4 |
Hull Fabricator |
Cut, assemble, and install hull components. |
|
5 |
Marine Electrician |
Install and repair ship electrical systems. |
|
6 |
Ship Fitter |
Align and fit ship components during construction. |
|
7 |
Pipefitter |
Install piping systems for fuel, water, and hydraulics. |
|
8 |
Mechanical Technician |
Maintain ship machinery and engines. |
|
9 |
CNC Machinist |
Operate precision machines for ship parts. |
|
10 |
Coating & Painting Specialist |
Apply protective coatings to ships. |
|
11 |
Quality Control Inspector |
Inspect ship components for defects. |
|
12 |
Project Engineer |
Manage shipbuilding timelines and resources. |
|
13 |
Ship Planner & Estimator |
Plan schedules and cost estimates. |
|
14 |
Dockyard Crane Operator |
Operate cranes for heavy ship parts. |
|
15 |
Propulsion System Technician |
Maintain propellers, shafts, and thrusters. |
|
16 |
Ship Safety Officer |
Oversee compliance with safety standards. |
|
17 |
HVAC Technician |
Install and maintain ship climate systems. |
|
18 |
Marine Equipment Assembler |
Assemble winches, anchors, and related machinery. |
|
19 |
CAD Designer (Shipbuilding) |
Create 2D/3D ship blueprints. |
|
20 |
Technical Documentation Specialist |
Prepare ship operation manuals and technical reports. |
Role / Position |
Experience Required |
Additional Skills / Qualifications |
|---|---|---|
|
Naval Architect |
3–5 years in ship design, hull form development, and stability analysis |
Proficiency in CAD/CAE tools, knowledge of IMO regulations, degree in Naval Architecture or Marine Engineering |
|
Marine Engineer |
3–7 years in propulsion systems, auxiliary machinery, and maintenance |
Experience with marine diesel engines, knowledge of SOLAS/MARPOL standards, engineering license preferred |
|
Welding / Fabrication Specialist |
2–4 years in heavy steel fabrication, welding procedures for shipbuilding |
AWS or equivalent welding certifications, familiarity with Japanese Industrial Standards (JIS) |
|
Project Manager (Shipbuilding) |
5–10 years managing ship construction projects |
Strong leadership, budgeting skills, Japanese or English proficiency for stakeholder communication |
|
Quality Control Inspector |
3–5 years in shipyard QA/QC, inspections, and testing |
Understanding of classification society rules (NK, ABS, DNV), inspection certifications |
|
Electrical / Electronic Engineer (Marine) |
3–6 years in ship electrical systems, navigation equipment, automation |
PLC programming, troubleshooting skills, marine electronics knowledge |
|
Procurement & Supply Chain Specialist |
2–5 years in marine industry supply chain or procurement |
Vendor negotiation skills, understanding of shipyard logistics, bilingual advantage |
|
Safety & Compliance Officer |
3–5 years in maritime safety management |
Knowledge of ISM Code, risk assessment, safety audit experience |
Company Name |
Specialization |
Headquarters |
Key Highlights for International Candidates |
|---|---|---|---|
|
Mitsubishi Heavy Industries (MHI) |
Shipbuilding, marine engines, offshore structures |
Tokyo, Japan |
Global projects, advanced ship technology, strong R&D focus |
|
Kawasaki Heavy Industries (KHI) |
Shipbuilding, LNG carriers, submarines |
Kobe, Japan |
Multinational workforce, cutting-edge engineering |
|
Japan Marine United Corporation (JMU) |
Commercial ships, naval vessels, ship repair |
Tokyo, Japan |
Opportunities in large-scale shipbuilding projects |
|
Tsuneishi Shipbuilding |
Bulk carriers, tankers, container ships |
Hiroshima, Japan |
Overseas shipyards, cross-border collaborations |
|
Imabari Shipbuilding |
Large-scale commercial ships |
Imabari, Japan |
Japan’s largest shipbuilder, strong global client base |
|
Namura Shipbuilding |
Bulk carriers, oil tankers, ship repair |
Osaka, Japan |
Diverse vessel portfolio, international business ties |
|
Oshima Shipbuilding |
Bulk carriers, special-purpose ships |
Nagasaki, Japan |
Joint ventures with global ship owners |
|
Sumitomo Heavy Industries Marine & Engineering |
Ship machinery, LNG/LPG tankers, marine equipment |
Tokyo, Japan |
Known for energy-efficient marine technology |
|
Shin Kurushima Dockyard |
Car carriers, bulk carriers |
Ehime, Japan |
Focus on eco-friendly ship design |
|
Sanoyas Shipbuilding |
Bulk carriers, tugboats, offshore vessels |
Osaka, Japan |
Specialized vessel production, steady export market |
Job Profile |
Average Monthly Salary (JPY) |
Job Requirements |
Top Hiring Companies |
General Roles & Responsibilities |
|---|---|---|---|---|
|
Naval Architect |
¥400,000 – ¥700,000 |
Bachelor’s in Naval Architecture or Marine Engineering, CAD skills, knowledge of ship design standards |
Mitsubishi Heavy Industries, Kawasaki Heavy Industries, Japan Marine United |
Designing ship structures, stability analysis, supervising construction |
|
Marine Engineer |
¥350,000 – ¥650,000 |
Marine Engineering degree, understanding of propulsion systems, IMO regulations knowledge |
Tsuneishi Shipbuilding, Imabari Shipbuilding, Mitsui E&S |
Installing and maintaining engines, machinery, and onboard systems |
|
Welding Technician |
¥250,000 – ¥450,000 |
Technical diploma, welding certification, blueprint reading skills |
Oshima Shipbuilding, Shin Kurushima Dockyard |
Welding steel components, ensuring structural integrity, following safety standards |
|
Quality Control Inspector |
¥300,000 – ¥500,000 |
Experience in QC, knowledge of ISO and ship classification rules |
Japan Marine United, Kawasaki Heavy Industries |
Inspecting materials and workmanship, conducting tests, maintaining compliance |
|
Ship Machinery Designer |
¥380,000 – ¥650,000 |
Mechanical or Marine Engineering degree, proficiency in CAD |
Mitsubishi Heavy Industries, Mitsui E&S |
Designing machinery layouts, selecting equipment, collaborating with engineers |
|
Hull Fabricator |
¥250,000 – ¥420,000 |
Technical training in metal fabrication, ability to read schematics |
Imabari Shipbuilding, Tsuneishi Shipbuilding |
Cutting, shaping, and assembling hull sections, ensuring dimensional accuracy |
|
Electrical Engineer (Marine) |
¥350,000 – ¥600,000 |
Electrical Engineering degree, marine electrical systems knowledge |
Kawasaki Heavy Industries, Mitsubishi Heavy Industries |
Installing electrical systems, troubleshooting, ensuring safety compliance |
|
Project Manager (Shipbuilding) |
¥500,000 – ¥900,000 |
Engineering degree, PMP certification preferred, experience in large-scale projects |
Japan Marine United, Tsuneishi Shipbuilding |
Managing timelines, budgets, resources, and client communication |
Visa Type |
Eligible Roles |
Key Requirements |
Initial Stay Duration |
Renewal Possibility |
|---|---|---|---|---|
|
Specified Skilled Worker (SSW) Type 1 |
Shipbuilding, ship machinery installation, welding, painting, quality inspection |
Japanese language ability (JLPT N4 or above), skills test in shipbuilding sector |
Up to 5 years |
No path to permanent residency; must return after term ends |
|
Specified Skilled Worker (SSW) Type 2 |
Advanced shipbuilding and ship machinery roles (supervisors, highly skilled technicians) |
Higher skill certification, work experience, and Japanese language proficiency |
Unlimited renewals |
Eligible for family sponsorship and permanent residency |
|
Engineer/Specialist in Humanities/International Services Visa |
Design engineers, naval architects, R&D specialists |
Relevant degree or 10+ years experience, employer sponsorship |
1–5 years |
Renewable; pathway to permanent residency |
|
Technical Intern Training Program |
Welding, assembly, installation in shipbuilding |
Approved sending organization, training plan, Japanese language basics |
1–5 years (progressive levels) |
No direct path to permanent residency |
|
Highly Skilled Professional Visa |
Senior engineers, project managers in ship machinery |
Points-based system (education, experience, salary, research achievements) |
5 years |
Fast-track to permanent residency in 1–3 years |