Senior Architect

Roles and Responsibilities

• Lead a multidiscipline engineering team for basic or detail design scope for marine and offshore projects.
• Take leadership in developing detailed technical specifications based on client specifications by liaising with multidiscipline engineers.
• Participate in design reviews and take necessary follow-up actions.
• Liaise with Classification Societies.
• Define project objectives by reviewing project contractual documents and execution sequences of each engineering activity.
• Manage engineering/procurement interface by incorporating vendor data in the design.
• Incorporate safety in design and participate in HAZID/HAZOP reviews.
• Assist in submission of engineering status reports for weekly and monthly progress meetings.
• Ensure that engineering deliverables are issued according to the Project Plan and within allocated man-hours budget.
• Ensure timely receipt of client engineering details to prevent delays in engineering deliverables and highlight the requirement of critical documents in advance.
• Liaise with the Client to assure that all technical/engineering requirements are met.
• Ensure that Safety, Quality & Environment requirements of the yard are strictly followed.
• Perform other job-related duties as assigned by the section head.
• Liaise with Classification Societies and obtain class approvals as required.
• Ensure that engineering work is undertaken in accordance with Departmental Work Instructions, Procedures, and Standards.

Required Skills

• Fully trained and knowledgeable with relevant Safety and Occupational Health & Safety standards.
• Broad knowledge of both hull and vessel operational systems in a shipyard.
• Strong background in resolving technical issues during project planning and execution phases.
• Demonstrated ability to handle multiple projects concurrently and meet deadlines.
• Ability to organize, prioritize, and execute tasks in accordance with departmental/project objectives.
• Project management skills are an added advantage.

Experience

• 12 - 15 years relevant experience in shipyard, offshore/Oil & Gas industry in a design office.
• Minimum 10 years of experience as Lead Engineer/design lead in an Engineering Company/shipyard with New Building and Conversion facilities.
• Working experience in a major shipyard.
• Experience in FPSO FEED and basic design.

Desired Candidate Profile

Technical Skills

1. Naval Architecture Design: Expertise in designing the structure of ships and marine vessels, including the hull, deck, superstructure, and internal arrangements.
2. Hydrodynamics: Understanding of fluid dynamics and how water flows around and interacts with the ship's hull, optimizing the vessel’s performance, stability, and fuel efficiency.
3. Stability and Seaworthiness: Assessing and ensuring the stability, buoyancy, and seaworthiness of vessels under different conditions, including intact and damaged stability calculations.
4. Ship Structural Design: Proficiency in structural analysis of ship components, ensuring that the design is safe, robust, and compliant with industry standards (e.g., ABS, Lloyd’s Register, DNV GL).
5. Material Selection: Expertise in selecting appropriate materials (steel, composites, aluminum, etc.) based on environmental conditions, weight, strength, and durability requirements for vessels.
6. Hull Form and Propulsion Design: Knowledge of hull form design principles and integration with propulsion systems to enhance the vessel’s efficiency and minimize drag.
7. Marine Safety Systems: Understanding of safety systems and requirements for marine vessels, including lifeboats, fire suppression, navigation aids, and emergency response features.

Software and Tools Proficiency

1. CAD and 3D Modeling: Proficiency with computer-aided design (CAD) software, such as AutoCAD, Rhino, or SolidWorks, to create 3D models and drawings of ship designs.
2. Finite Element Analysis (FEA): Using software like ANSYS or Abaqus for structural analysis, stress testing, and performance simulation of ship structures.
3. Hydrodynamic Analysis Software: Experience with specialized software tools like SHIPFLOW, Orca3D, or WAMIT for hydrodynamic modeling and simulation of ship performance in various sea conditions.
4. Stability and Seakeeping Software: Familiarity with software like Maxsurf, GHS (General HydroStatics), or NAPA for calculating ship stability, trim, and seakeeping performance.
5. Ship Design Software: Proficiency in ship design software like AVEVA Marine, Tribon, or AutoShip for creating detailed hull designs and structural components.

Project Management

1. Project Leadership: Leading and coordinating multidisciplinary teams of engineers, designers, and technicians to ensure the successful design and construction of vessels.
2. Timeline and Budget Management: Planning and managing project timelines, ensuring that all design, construction, and testing phases are completed on schedule and within budget.
3. Risk Management: Identifying potential risks in the design or construction process and developing mitigation strategies to address them effectively.
4. Client Liaison: Communicating with clients, shipowners, and other stakeholders to understand project requirements and provide updates on design progress, risks, and challenges.
5. Quality Control and Assurance: Ensuring that all designs, materials, and construction processes meet industry standards, regulations, and client specifications.

Regulations and Standards

1. Maritime Regulations: In-depth knowledge of international maritime regulations such as SOLAS (Safety of Life at Sea), MARPOL (Marine Pollution), and ISO standards for ship construction and operation.
2. Classification Society Standards: Familiarity with the requirements and certification processes of major classification societies, such as Lloyd’s Register, DNV GL, ABS, and Bureau Veritas.
3. Environmental and Sustainability Regulations: Understanding of environmental regulations, including emission control, ballast water treatment, and sustainable vessel design principles.
4. Health, Safety, and Environmental (HSE) Compliance: Ensuring that all designs and construction processes comply with HSE guidelines to safeguard the crew, vessel, and environment.

Design and Innovation

1. Conceptual Design: Leading the conceptual design phase of new ships, considering customer requirements, budget constraints, and technical feasibility.
2. Innovation in Ship Design: Incorporating innovative technologies into vessel designs, such as hybrid propulsion, energy-efficient hulls, or alternative materials to improve performance and reduce environmental impact.
3. Sustainable Ship Design: Designing ships with energy efficiency and sustainability in mind, considering carbon emissions, fuel efficiency, and the use of renewable energy sources.
4. Retrofit and Modifications: Overseeing the modification or retrofitting of existing ships to meet new regulations, enhance performance, or adapt to new operational requirements.