The role involves undertaking activities related to Research & Development (R&D;), hydrodynamic analysis, technical review of engineering reports, and development of practical, industry-oriented engineering solutions in the field of Naval Architecture and Ocean Engineering.

Role & responsibilities

- Undertake hydrodynamic analysis of ships and offshore floating structures.
- Perform technical reviews and assessments of engineering reports.
- Participate in R&D; activities and contribute to the development of innovative engineering solutions.
- Develop, maintain and utilise numerical programs and computational tools for engineering analysis.
- Contribute to the automation and improvement of engineering workflows.
- Coordinate with clients and internal teams for the execution of technical assignments.

A. Core Technical Knowledge

- Strong understanding of the fundamental principles of Naval Architecture and Ocean Engineering.
- Knowledge of concepts and applications related to:
- Stability of ships and offshore floating platforms.
- Seakeeping performance of marine vessels.
- Computation of hydrodynamic loads for structural strength assessment.
- Station-keeping analysis of floating offshore structures.

B. Software and Programming Skills

- Familiarity with CAD tools such as Rhinoceros 3D and AutoCAD.
- Familiarity with basic Naval Architecture software tools such as MAXSURF.
- Familiarity with industry-standard hydrodynamic analysis software such as Ansys AQWA, OrcaFlex, MOSES and ARIANE is desirable.
- Proficiency in Python programming and the ability to automate engineering workflows are desirable.




- Ability to work with numerical programs and computational scripts for hydrodynamic analysis of ships and offshore structures.

C. Knowledge of Industry Standards, Rules and Guidelines (Desirable)

- Familiarity with Classification Society Rules and Guidelines relevant to Naval Architecture, Marine Hydrodynamics and Offshore Engineering.
- Knowledge of API Recommended Practice API RP 2SK (Design and Analysis of Station keeping Systems for Floating Structures), particularly in relation to mooring system design and analysis.
- Familiarity with OCIMF MEG4 (Mooring Equipment Guidelines, Fourth Edition), particularly with respect to the design, selection, inspection and maintenance of mooring equipment and systems.
- Familiarity with ITTC (International Towing Tank Conference) Recommended Procedures and Guidelines related to model testing, hydrodynamic analysis and performance assessment.
- Awareness of applicable IMO (International Maritime Organization) regulations and IACS (International Association of Classification Societies) Unified Requirements, Unified Interpretations and Recommendations.

D. Engineering Aptitude and Professional Competencies

- Innovative and practical mind set, with the ability to develop effective and technically sound engineering solutions.
- Strong analytical and problem-solving skills, with a systematic approach to addressing engineering challenges.
- High attention to detail, with a commitment to accuracy, quality and sound engineering judgement.
- Self-motivated, curious and willing to learn, explore recent technologies (AI) and work collaboratively in a multidisciplinary team.

Preferred candidate profile

- Qualification : B.E./B.Tech in Naval Architecture, M.E./M.Tech in Naval Architecture and/or Ocean Engineering.

📌 Marine Hydrodynamic Specialist (Mumbai)
🏢 Indian Register of Shipping
📍 Mumbai