Marine & Naval Training Courses

The Online Hydroelasticity of Ship and Offshore Structure Training Course focuses on the study of ship hydroelasticity for large vessels, emphasizing the importance of predicting wave-induced loads and vessel responses for designing and calculating structures. The course is designed for engineers, scientists, and personnel involved in ship design, ship management, oil companies, classification societies, and shipbuilders. It covers topics such as basic hydrodynamics, seakeeping, hydroelasticity, and numerical methods for addressing hydroelasticity theory. The course is structured to provide a balance of theory and practice over a 2-day duration.

The Online Subsea Structures Training Course provides a comprehensive understanding of subsea systems, covering design, installation, and operation aspects. Led by expert Mr. Duncan Warwick, the course delves into topics such as subsea structure design, analysis tools, and example designs like manifolds and protection structures. Participants gain insights into the engineering behind flow line installations and various subsea installation methods. The course aims to equip attendees with technical knowledge on subsea structures and their functionalities within subsea development concepts.

The Online Naval Architecture Training Course aims to provide conversion or refresher training for science and engineering graduates, experienced draughtsmen, and professionals involved in ship design and shipbuilding. Led by Dr. P. Krishnankutty, the course covers ship behavior under various conditions, including stability, resistance, propulsion, seakeeping, and maneuvering. Participants will gain a broad understanding of ship design concepts and practical applications. This innovative course balances theory and practice, benefiting engineers, scientists, and personnel from ship management, oil companies, classification societies, and shipbuilders.

The Online Submarine Structures Training course focuses on the structural design of submarines, emphasizing the selection of materials, toughness, and strength formulations. It covers topics such as elastic stability of pressure hulls, collapse of pressure hull structures, and structural reliability analysis. The course is designed for Engineers, Operations managers, Fabricators, Applied Scientists, and Technologists interested in submarine design. Led by experts like Dr. Piero Caridis and Professor Purnendu Das, the program spans 2.5 days and includes lectures on finite element analysis, submarine fatigue, and corrosion.

This course on Online Distortion Control in Ship Building is designed for engineers and scientists involved in ship design and construction. It covers topics such as welding techniques, residual stresses, and accuracy control in ship construction. The course aims to provide a balance of theory and practice for attendees from ship management companies, oil companies, classification societies, and ship builders.

The Online Design Ship Structures Training Course focuses on ship structure design principles and rules, including load determination, scantling determination, and design verification techniques. The course targets engineers and scientists involved in ship design, ship management, oil companies, classification societies, and shipbuilders.

The Online Advanced Design of Ship Structures course focuses on the first principle design of ship structures, including advanced analysis procedures for beams and plates. It covers the ultimate strength of hull girders, progressive collapse analysis, and common structural rules. The course is designed for engineers, scientists, and personnel from ship-related industries, offering a balance of theory and practice. Lectures cover topics such as deterministic and probabilistic design, hull girder strength, and reliability-based design. The course is led by Professor Purnendu Das and spans two days.

The Online Hydroelasticity of Ship and Offshore Structure Training course focuses on the study of ship hydroelasticity for large vessels, emphasizing the importance of predicting wave-induced loads and vessel responses for designing and calculating large vessels' structures. The course targets engineers, scientists, ship management personnel, oil companies, classification societies, and shipbuilders. It covers topics such as basic hydrodynamics, seakeeping, and various methods for addressing hydroelasticity theory over a 2-day duration. Led by Dr. Ranadev Datta, the course offers a balance of theory and practice for practical application in the field.