Erasmus Mundus Joint Master's Degree

"Advanced Ship Design and Offshore Renewable Energy"

▪ Oceanology
▪ Structural Design
▪ Electric Generation and Export Technologies
▪ Manufacturing and Marine Operations
▪ Project operation and Management
▪ Structural Analysis of Offshore platforms
▪ Master’s Thesis

Bachelor of Engineering

"Naval Architecture and Offshore Engineering "

▪  Theory of Ship

▪  Fundamentals of Naval Architecture

▪  Strength of Materials

▪  Fluid Mechanics

▪  Marine Engineering

▪  Resistance of Ships

▪  Strength of Ships.

Master's Thesis and Internship

EDUCATIONAL BACKGROUND

WORK EXPERINCE

" Modelization and Simulation of Cold Water Pipe submitted to Hydrodynamics Forces for application of OTEC and Offshore Industry "

Iship Design LLP

Aveva Marine Modules, AutoCAD and PolyCAD

Hindustan Shipyard Limited

Traineeship for Hull Construction

▪ Mechanical Vibrations
▪ Materials Selection
▪ Finite Element Method
▪ Structural and Multidisciplinary optimization
▪ Integrated Design Project of Ships, Small Crafts & High-Speed vessels
▪ Ship Theory: Static and Dynamic
▪ Ship and offshore structures and production
▪ Ship Equipment and Propulsion System

▪  Wave Hydrodynamics

▪  Propulsion of Ships

▪  Ship Production

▪  Computation Marine Hydrodynamics

▪  Renewable Energy Sources

▪  Seakeeping and controllability of ship

▪  Marine Design

▪  Thesis