Courses are academic classes taught by qualified instructors that are intended to enhance participant’s knowledge of a given area or training in a particular discipline. Courses vary broadly in terms of length, size, content and duration.
Energy engineering is a study area that focuses on providing energy and power using different sources, such as solar, hydro, wind, oil and gas. In this field, students work to develop sustainable energy sites as well as efficient extraction of natural resources from the Earth.
There are more than four thousand higher education organizations in Europe, from leading research institutions to small, teaching-focused universities. Europe itself is not as much different than other continents, reaching from the Arctic Circle to the coast of Africa.
View all Courses in Energy Engineering in Europe 2019
“Basics of general geology” – gives the participants an idea about the structure of the Earth, geological processes going [+]
Summer/Winter school “Meet: petroleum geoscience”
Theoretical and practical classes using the resources of big Tyumen oil and gas research centers.
“Basics of general geology” – gives the participants an idea about the structure of the Earth, geological processes going on beneath and above its surface; about the processes leading to the formation of the mineral deposits of the various types; about the search and exploration methods.
“Basics of oil and gas field development” – gives the participants an idea and characteristics of general definition of the discipline: oil and gas reservoir, oil and gas field, characteristics of the wells categories, oil and gas resources and reserves. The module makes participant familiar with the systems of oilfields development, and with production intensification methods.... [-]
Tyumen State Oil and Gas University is the only university of its kind in Siberia and Far East. It was established in 1956. Today about 60 thousand students study here in 70 departments. During the 50 years of its existence the university [+]
Summer/winter regional studies school “History of West Siberian oilfields’ development: the stages of the complex path” Format: Summer/winter school includes familiarization with the history of West Siberian oil and gas fields development in XXth century and today. Program: - Review lectures on the history of the Russian North development, meetings with the discoverers of West Siberian oil and gas fields; - Visits to the TSOGU laboratories and scientific centers; - Meetings with SPE and EAGE student chapter members; - Meetings with oil and gas companies experts (including foreign ones); - Visit to The geological and mineralogical museum; - Visit to TSOGU drilling training ground; - Visit to the core storage facility; - The unique minerals collection exposition. Target audience: student of foreign universities/companies specialists School language: depending on the group content (Russian/English) Duration: one week... [-]
Offshore wind energy is a fast growing renewable energy technology that is built upon the expertise of several engineering disciplines. Engineers who work in wind farm design, operation and maintenance must understand the various disciplines involved in order to meet energy production and cost reductions goals. This is equally true of professionals who are new to this field. [+]
Offshore wind energy is a fast-growing renewable energy technology that is built upon the expertise of several engineering disciplines. Engineers who work in wind farm design, operation and maintenance must understand the various disciplines involved in order to meet energy production and cost reductions goals. This is equally true of professionals who are new to this field.Practical case study
This course was designed with the needs of working professionals in mind. It focuses on how the various engineering disciplines integrate into the design and installation of offshore wind farms. At its core is a practical case study of the design, construction, and operation of an offshore wind farm. Each learning week will focus on a particular discipline, examining issues and challenges such as external conditions, installation logistics, dynamics, grid integration, operation, and maintenance.... [-]
This course gives students an overview of the multidisciplinary aspects of wind turbines without too much detailed study of the literature of all these aspects. It will explain the relevant technologies at a similarly accessible level. [+]
Wind turbines involve many technical aspects: rotor blades, gearboxes, generators, control systems, etc. These are based on many physical disciplines, such as dynamics, statics, aerodynamics, and electricity. Anyone who wants to apply their scientific or engineering skills to wind turbines should have an overview of the technology with which they interact. This course provides such an overview and helps you understand how the various components of a wind energy system act together. This course gives students an overview of the multidisciplinary aspects of wind turbines without too much detailed study of the literature of all these aspects. It will explain the relevant technologies at a similarly accessible level.... [-]