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Ocean Engineering

Ocean engineering as the name implies covers a blend of both engineering and oceanic studies. It is a multidisciplinary field wherein the principles of engineering shall be applied to the oceanic environment so that different constructive output can be churned from it.

When you are looking to get proficient in the field of oceanic engineering, you will first need to be familiar with oceanic structures and engineering principles. Once you have the foundation of both these aspects thoroughly laid, you can then blend both of them and apply engineering principles to oceanic concepts.
In our online video lectures dedicated to ocean engineering, we will be talking of the dynamics of ocean structures along with materials. We also have video lessons devoted to the core elements of ocean engineering. Once you are familiar with both these aspects, you can then move forward to other complex concepts and applications.

We have video tutorials that sets the foundation for offshore structures and even port and harbor structures. Ocean engineering isnt the easiest of subjects to learn because the applications are widely complex. Of the different applications which you have, marine hydrodynamics and marine construction and welding are perhaps the most crucial ones. So, check out the details of these lectures and improve your understanding of this subject. We will talk of structures and methods to be used for improving the different applications. The lectures have been thoughtfully made to ensure that viewers can attain a clear and proper understanding of the subject matter.

When you are going through these online videos, you will be able to improvise upon your existing knowledge and supplement it in an apt manner.

Showing 20 of 18 courses
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Loads on Offshore Structures:Wind Loads; Wave and Current Loads; Calculation based on Maximum base Shear and Overturning Moments; Design Wave heights and Spectral Definition;
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  • Self Paced
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Different types of ocean structures - Various structural systems deployed for shallow, medium, deep and ultra-deep waters - Various environmental loads acting on offshore stru
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Introduction to nanotechnology and the two approaches (bottom up and top down) followed for the synthesis of nanomaterials - Synthetic methodologies:Sol-gel - Micromulsion - C
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Introduction and scope - Fixed type structures - Compliant type structures - New generation marine structures - Environmental loads - Ultimate load design principles - Ultimat
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Overview of Nanostructures and Nanomaterials: classification - Crystalline nanomaterials and defects therein. Hybrid nanomaterials - Multiscale hierarchical structures built o
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Basic Soil Mechanics: Basic soil properties, correlation between engineering parameters, geotechnical investigation, bore log,Pile foundation: Jacket main piles, skirt piles,
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Contents: Vessel type and size - Types of harbour - Port planning - Layout of ports - Types of breakwater - Design wave height, tide, storm surge and Tsunami - Naval hydrogra
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Contents: Components of ship resistance, dimensional ananlysis, Froude's hypothesis and model analysis, frictional resistance, wave resistance, wind resistance; effect of bul
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Contents: Introduction to different types of ocean structures - Development of structural forms for deep and ultra-deep waters - Environmental forces - structural action of o
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Contents: Refreshing of Wave Mechanics (small and finite amplitude wave theories) - Waves in shallow waters - shoaling, refraction, diffraction and breaking- Interaction curr
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The course will give an overview of the safety and environmental issues in the petroleum industry. It will provide detailed understanding of the methods and techniques to reso
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  • 12 weeks weeks
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Contents: Basic Fluid Mechanics : Conservation of mass and momentum, Euler Equation, Bernoullis equation, potential flow, stream function. Waves : Classification of water wa
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Contents: Introduction - ideal and viscous incompressible fluid; Kinematics of fluid; Lagrangian and Eulerian methods of description, velocity, acceleration, streamlines, pat
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Contents: Physical Oceanography � Description of World�s Oceans, currents, salinity, ocean floor characteristics Metocean Engineering � wind, wave and current loads on off
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Introduction to ships & offshore structures; Characteristics of shipbuilding industry; Structural Requirement - Longitudinal strength, Transverse strength,Torsional strength,
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Seakeeping : Regular water waves � definition of ship motions � single degree of freedom motions in regular waves � uncoupled heave, pitch and roll motions � coupled heave and
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This is the first course for Naval Architecture students in 'Hydrostatics and Stability'. This course covers the basic principles of stability, starting from the Archimedes pr
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Lecture Series on Strength and Vibration of Marine Structures by Prof.A.H. Sheikh and Prof.S.K.Satsangi, Department of Ocean Engineering & Naval Architecture, IIT Kharagpur.
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