AddressJob Description / Responsibilities
Minimum requirements include:
- Ship Resistance & Propulsion computation using basic empirical methods and CFD tools
- Preparation of class drawings related to the propulsion system
- Strong knowledge and analytic skills of CFD using commercial CFD codes
- Carry out Fluid-Structure interaction analysis
- Ship Hydrodynamics, Seakeeping
- Ability to analyze and understand customer requirements
- Candidate must apply his/her computational, experimental, and analytical fluid dynamics and transfer knowledge to support the design activities at various stages of the project.
- Be able to understand the project requirements, and plan and execute the projects with quality and in agreed-upon timelines.
Compensation Offered
As per Industry standards
Qualification
MS/M.Tech Degree or greater in Ocean Engineering & Naval Architecture/Mechanical Or Degree in Naval Architecture from a reputed institute with an emphasis on CFD and modeling multi-phase flow combined with ship and propeller interaction
Keywords
CFD, Star-CCM+, CFX, ShipFlow, Ship Hydrodynamics, OrcaFlex, Naval, Analysis, FEM, MOSES
Desired profile of the candidate
- Candidates having experience in CFD analysis of ships and their components, working experience in a shipyard or design offices of consulting engineering companies will be preferred.
- Good knowledge of fluid mechanics, ship resistance & propulsion is desired.
- He/She will interact with different stakeholders, mentor less experienced engineers, and will be accountable for the quality and timeliness of the deliverables.
- Have effective communication, and align with the project requirements.
- Develop standard practices and suggest new analysis methodologies for improving the CFD predictions.
- Should be working with cross-functional and product teams on providing design solutions
