PhD in Oceanography

Faculty of Marine Sciences

Qualifications: PhD in Oceanography

Type: Ph.D.

Branch: Science

ECTS Credit Hours: 25

Degree of presence: 40%

Total credits: 60

Curriculum

ANALYSIS OF DATA ON PHYSICAL OCEANOGRAPHY. Elective I RESEARCH WORK ANALYSIS OF DATA ON PHYSICAL OCEANOGRAPHY. Elective II RESEARCH WORK ANALYSIS OF DATA ON PHYSICAL OCEANOGRAPHY. Elective III RESEARCH WORK ANALYSIS OF DATA ON PHYSICAL OCEANOGRAPHY. Elective IV RESEARCH WORK ANALYSIS OF DATA ON PHYSICAL OCEANOGRAPHY. Elective V RESEARCH WORK ANALYSIS OF DATA ON PHYSICAL OCEANOGRAPHY. Elective VI RESEARCH WORK ACCREDITATION OF THE STAGE OF RESEARCH Compulsory MODELLING IN OCEANOGRAPHY AND SATELLITE IMAGERY ANALYSIS APPLIED TO RESEARCH OCEANOGRAFÍA.TRABAJO I Elective MODELLING IN OCEANOGRAPHY AND SATELLITE IMAGERY ANALYSIS APPLIED TO RESEARCH II Elective OCEANOGRAFÍA.TRABAJO MODELLING IN OCEANOGRAPHY AND SATELLITE IMAGERY ANALYSIS APPLIED TO RESEARCH III Optional OCEANOGRAFÍA.TRABAJO MODELLING IN OCEANOGRAPHY AND SATELLITE IMAGERY ANALYSIS APPLIED TO RESEARCH OCEANOGRAFÍA.TRABAJO Elective IV MODELLING IN OCEANOGRAPHY AND SATELLITE IMAGERY ANALYSIS APPLIED TO RESEARCH OCEANOGRAFÍA.TRABAJO OF V Optional MODELLING IN OCEANOGRAPHY AND SATELLITE IMAGERY ANALYSIS APPLIED TO RESEARCH VI Optional OCEANOGRAFÍA.TRABAJO METHODS IN ECOLOGY microbial ecology and ZOOPLANKTON MARINO. Elective I RESEARCH WORK METHODS IN ECOLOGY microbial ecology and ZOOPLANKTON MARINO. Elective II RESEARCH WORK METHODS IN ECOLOGY microbial ecology and ZOOPLANKTON MARINO. Elective III RESEARCH WORK METHODS IN ECOLOGY microbial ecology and ZOOPLANKTON MARINO. Elective IV RESEARCH WORK METHODS IN ECOLOGY microbial ecology and ZOOPLANKTON MARINO. Elective V RESEARCH WORK METHODS IN ECOLOGY microbial ecology and ZOOPLANKTON MARINO. Elective VI RESEARCH WORK BREATHING IN THE OCEANS. Elective... [-]

M.Eng in Naval Architecture and Ocean Engineering

Naval Architecture and Ocean Engineering (NAOE) at College of Shipbuilding Engineering (CSE) of Harbin Engineering University has more than 50 years history. Its predecessor is a key department, the Navy Engineering Department, of Harbin Military Engineering Institute, set up in 1953. CSE serves in educating high-quality researchers, technicians, and engineers through rigorous studies and practices of relevant subjects. This discipline is ranked in this country one of the leading establishments in regard to educational training, scientific and technical research and engineering design, and enjoys the fame as “China’s shipbuilding engineers’ cradle”.... [-]

Introduction

The title Master's Degree in Naval and Oceanic Engineering Provides the necessary scientific and technological knowledge to access the positions of greater responsibility in the marine industry, being the continuation of the official degrees of degrees in Naval Architecture, Engineering in Propulsion and Services of the Ship and Naval and Oceanic Engineering.

This is an official Master's degree with professional guidance with the competencies established in Order CIN / 354/2009 and therefore qualifies for the exercise of the regulated profession of Naval and Oceanic Engineer.

The master's degree allows direct contact with the groups and research programs that are developed in the School and that have their continuity in the doctorate.... [-]

This master specialism aims to give students advanced training on typical problems of hydrodynamics applied to naval architecture and ocean engineering: ship resistance, seakeeping, ship behavior in irregular seas, water, waves and marine environment, physical, modeling and numerical aspects are studied.

The program includes theoretical courses on typical hydrodynamics problems: ship resistance, wave-induced motions, wave and marine environment modeling, and numerical methods used to solve these problems. A large part of the program is also devoted to the practical use of software to solve the problems cited above through a large variety of numerical methods: boundary elements or spectral methods under potential flow theory, finite-difference or finite-volume techniques in solvers for viscous flows, Smooth Particle Hydrodynamics (SPH). Students are also involved in practical work using the ocean test facilities (towing tank, wave tank equipped with a multi-flap wave generator etc.)... [-]

Master on Ship Operation & Naval Engineering

Two of the top French Technical Universities have teamed up to offer you a unique opportunity to learn naval engineering and become an engineer experienced in ship operation. At Ecole Centrale Nantes we provide a high-level naval engineer training program. You will have access to experimental facilities such as towing tank, wave tank, internal combustion engine test benches.

In collaboration with École Navale in Lanvéoc-Poulmic, close to Brest is the French Naval Academy where French Navy officers are trained. In Ecole Navale, we deliver a serious scientific training, navigation knowledge, and maritime environment. The outstanding strength of this master program is that you will have on-board training sessions on French Navy vessels. You will get an insight of onboard practice to serve complex equipment and to fit in with the quick evolution of knowledge and techniques which is highly valuable for a naval engineer and of course highly regarded by industrial employers. 100% English Master!... [-]

The Master in Hydrodynamics and Ocean engineering

This Master is internationally recognized and accredited by the French Ministry of Higher Education.

The quality of the courses has been recognized within the prestigious Erasmus Mundus framework of the European Commission through the EMship Master.

A large part of the training is dedicated to the practical use of software to solve problems defined above a large variety of numerical methods: boundary elements or spectral methods under potential flow theory, finite-difference or finite-volume techniques in solvers for viscous flows, Smooth Particles Hydrodynamics (SPH).

Language of teaching

The language of instruction and examination is English during the first year including 160 hours of French language courses.... [-]

The exploitation of offshore resources will play a strategic role in the future of mankind. A sustainable valorization of renewable and conventional offshore energy sources may give a relevant contribution to balance the overall energy demand.

The exploitation of marine bioresources combined with the improvement of coastal infrastructures can be a key to the economic development. Improved offshore technologies will be needed to realize such scenarios.

A growing demand for the development and installation of innovative offshore structures, systems, and facilities as well as of coastal infrastructures is experienced. Specific technical problems arise when offshore structures and plants need to be designed and installed, also concerning safety and environmental issues that arise when operating in the marine context.... [-]

Master in Civil Engineering, Hydraulic Engineering, Naval Architecture and Ocean Engineering

Length: 2 years

Study pace: Full time

Education level: Master Degree

Institute: School of Civil Engineering, Tianjin University

Location: Tianjin, China

Language: English

Program Webpage:

http://www.tju.edu.cn/sie/en/xwxm/qywskxwxm/ss/201602/t20160223_270467.html

Introduction

This masters program aims to cultivate future graduate students and help them grasp the fundamental theory of mathematics and mechanics. Students will get an in-depth and systematic understanding of the knowledge and meet the research frontiers in the three majors:... [-]

No restricted admission. Start of studies The program begins in winter and summer semesters. Applicants with foreign certificates please apply till 31 July (winter semester) or 31 January (summer semester) via uni-assist e.V.. Program objectives

The objective of the program is to acquire thorough expertise and the ability to work independently in accordance with scientific methods, to master the varied demands of professional life in applied practice, research or teaching, and to deal effectively with the frequently changing tasks that arise in the working world. Professional expertise is built in the field of water management. Graduates acquire expertise in the areas of hydrology, biotechnology, water supply, hydraulic engineering, wastewater engineering and waste management as well as other adjacent integral fields of academic knowledge.... [-]