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Old 21st January 2020, 03:23 PM
Default Re: Department Of Ocean Engineering IIT Madras

Can you provide me the syllabus for M. Tech Ocean Engineering (Regular Stream OE1) Program offered by Department of Ocean Engineering IITM (Indian Institute of Technology Madras)?
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Old 21st January 2020, 03:24 PM
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Join Date: Oct 2019
Default Re: Department Of Ocean Engineering IIT Madras

The field of ocean engineering provides an important link between the structural engineering and fluid mechanics. Ocean Engineering is an interdisciplinary field of engineering dealing with research and development, design, analysis, testing, operation and maintenance of structures, marine vehicles and other systems in coastal and offshore environments.

The syllabus for M. Tech Ocean Engineering (Regular Stream OE1) Program offered by Department of Ocean Engineering IITM (Indian Institute of Technology Madras) is as follows:

Course No Course Name

Semester I

OE5010 Oceanography
OE5030 Wave Hydrodynamics
OE6200 Design of Offshore Structures
OE5070 Statistics and Dynamics of Marine Vehicle
OE5110 Experimental Methods & Measurements
DPE1 Department Elective 1

Semester II

OE5230 Foundations of Offshore structures
OE5600 Advanced Wave Dynamics
DPE2 Department Elective 2
DPE3 Department Elective 3
DPE4 Department Elective 4
OE5020 Design Project


OE6900 Thesis Project

Semester III

DPE5 Departmental Elective 5
OE6900 Thesis Project

Semester IV
OE6900 Thesis Project


OE5011 Marine Robotics (Rajiv)

OE5080 Marine Instrumentation
OE5170 Ocean Acoustics
OE5200 Dynamics of Ocean Structures
OE5300 Dynamics of Floating Bodies
OE5310 Guidance & Control of Marine Vehicles (PKK)
OE5320 Nonlinear Problem in Ocean Engineering
OE5330 Advanced Marine Structures
OE5340 Ocean Environmental Policy & Coastal Zone Management
OE5400 Port and Harbour Structures
OE5450 Numerical Techniques in Ocean Hydrodynamics
OE5500 FEM applied to Ocean Engineering
OE5800 Coastal Engineering
OE6100 Ocean Mining and Dredging (RPS)
OE6300 Plated Structures and Shells (Old curriculum)
OE6930 Modelling of Offshore and Coastal Processes
OE6980 Comp. Aid. Surface Dev. For Marine Vehicles
OE6020 Meshfree methods applied to hydrodynamics
PE6020 Drilling Technology
PE6090 HSE Management in Petroleum and Offshore Engineering
OE 5050 Ocean Structures and Materials
OE 6002 Installation of Offshore Structures
OE 6004 Modeling of ships and Offshore Structures
OE 6001 Materials and Fabrication of ships Offshore Structures
OE 6005 Reliability of Offshore Structures
OE6990 Advance marine vehicle

Other Elective

Electives – Other Departments
AM6570 Flow Induced Vibration
ME7910 Acoustics & Noise Control
ME7360 Theory of Vibration
CH6020 Computational Fluid Dynamics
CE5230 Applied Fluid Mechanics
CE5720 Stability of Structures
MM5180 Non-Destructive Evaluation
MM5320 Corrosion Engineering
ID5020 Multibody dynamics and applications
AS 5820 Analysis of Plates and Shells
AS 5850 Finite Element Analysis
AS 5860 Composite Structures
AS5870 Energy Methods in Structural Analysis
AS5920 Dynamics of Elastic Systems
AS5960 Advanced Strength of Materials
AS5970 Structural Dynamics and Aeroelasticity
AM5116 Structural Control
AM5650 Nonlinear Vibrations
AM5570 Introduction to Turbulence
AM5340 Stochastic Processes in Structural Mechanics
AM5290 Dynamics of Structures
AM5600 Computational Techniques in Applied Mechanics
AM5610 Measurements in Mechanics
AM5390 Advanced Structural Mechanics
AM5530 Advanced Fluid Mechanics
AM5117 Analytical Methods in Mechanics
AM 5620 Theory of Plates and Shells
AM5630 Foundation of Computational Fluid Dynamic
ME 6800 Finite Element Analysis
ME 7360 Theory of Vibration
ME6000 Computational Methods in Engineering
CE5620 Structural Dynamics
CE6780 Advanced Mechanics of Structures
CE5610 Finite Element Analysis
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