eMASCO

Naval Architect is responsible for designing, constructing, maintaining, and repairing marine vessels and structures, including ships, submarines, yachts, ferries, and offshore platforms. They apply engineering principles to ensure vessels are safe, efficient, stable, and environmentally sustainable, considering hull form, structure, stability, resistance, and propulsion. Their work integrates mechanical, electrical, and structural systems, often collaborating with marine engineers and other specialists throughout the vessel’s lifecycle.

Tasks

Develop detailed designs and plans for marine vessels and structures in compliance with technical, safety, and regulatory standards.

Conduct hydrostatic, hydrodynamic, and structural calculations to assess vessel stability, resistance, propulsion, and overall performance.

Simulate and evaluate vessel behaviour using Computer-Aided Design (CAD) and engineering software to support design validation.

Collaborate with construction teams and other specialists to ensure vessel designs are accurately implemented during construction.

Provide technical advice on vessel performance, safety, stability, and design efficiency throughout the vessel lifecycle.

Oversee vessel modifications and retrofits to ensure continued compliance, safety, and performance improvement.

Ensure vessel and marine structure designs comply with international maritime standards and classification requirements.

C309-001-5:2019

REMOTELY OPERATED VEHICLE (ROV) DESIGN AND CONSTRUCTION MANAGEMENT (LEVEL 5) (Level 5)

Skills

Basic

Active listening and sound decision-making to support engineering judgments.

Attention to detail and high accuracy to ensure design integrity and safety.

Good written and verbal communication skills for reporting and team collaboration.

Strong analytical and critical thinking skills to interpret technical data and solve engineering problems.

Teamwork and project management abilities for effective collaboration on large projects.

Specific

Ability to conduct hydrostatic, hydrodynamic, and structural calculations for vessel performance and stability assessment.

Competency in overseeing vessel modifications and retrofits to improve safety, compliance, and design performance.

Knowledge in international maritime regulations and classification society requirements.

Knowledge in naval architecture principles, including buoyancy, stability, resistance, propulsion, and structural integrity.

Proficiency in engineering and design software for vessel and marine structure design and analysis.

Proficiency in ship trial procedures, performance evaluation, and design verification throughout construction and dry-docking stages.

Additional Info

QUALIFICATION

Bachelor’s degree or equivalent

Related Courses

Claimable Course

e-Latih Online Course

Minor Unit Group

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