An energy program teaches students about the ways in which the world’s need and demand for power are met. Studies may focus on one particular resource or cover the development of alternatives. Sustainable sources may be explored as well.
This Ph.D. is related to the areas of process technology, environmental technology, and engineering cybernetics, with relevant applications within the field of a technica
Ph.D. Program in Process-, Energy- and Automation Engineering
This Ph.D. is related to the areas of process technology, environmental technology, and engineering cybernetics, with relevant applications within the field of the technical-industrial process and energy systems.
About the degree
Important process and energy engineering fields of study are thermodynamics, process equipment, transport processes, flow, powder technology, catalysis, purification of gas and liquid flows, combustion, energy from renewable resources, process integration, gas safety and general technical safety as well as energy and material recovery.
Within engineering cybernetics, the central areas of study are mechanistic modeling and system identification, simulation, sensors and measurement technology, control engineering, and process monitoring....
Norway, Rauland, Hønefoss, Porsgrunn, Bø i Telemark, Kongsberg, Horten+ 3 More
The doctorate degree is intended for students who have excelled during their undergraduate and/or graduate studies, have a strong motivation and enthusiasm toward technol
Duration (years): 3
Qualification Awarded: Doctor of Philosophy in Oil, Gas and Energy Engineering
Level of Qualification: 3rd Cycle (Doctorate Degree)
The language of Instruction: The research output and the PhD Thesis must be written in English.
Mode of Study: Full-time or part-time study
Minimum ECTS Credits: 180
Profile of the Programme
The doctorate degree is intended for students who have excelled during their undergraduate and/or graduate studies, have a strong motivation and enthusiasm toward technological research and innovation, and are inclined to remain in an academic or research environment working on emerging technologies and challenging engineering projects.
The School of Sciences and Engineering of the University of Nicosia is committed to provide PhD candidates with in-depth academic knowledge and hands-on experience on advanced engineering topics such as hydrocarbon geology, liquefied natural gas production, pipeline engineering, flow assurance, fracture mechanics, hydraulic fracturing, enhanced oil & gas recovery, CO2 capture and sequestration, and subsea engineering. The high-calibre academic staff of the programme in Oil, Gas and Energy Engineering is dedicated to working closely with students to tackle current engineering problems thereby generating new knowledge and results that can be published in reputable journals and conference proceedings....
The Interuniversity Doctorate program in Energy and Marine Propulsion is oriented to the achievement of research capacities in the field of Energy Engineering and to deve
The Programme Interuniversity Doctorate in Energy and Marine Propulsion, Is oriented to the achievement of research capabilities in the field of Energy Engineering and to develop methods, procedures, equipment or systems, as well as emerging technologies of interest in the industry, making the naval and industrial production sector more competitive in general.
Why study the degree
Energy Engineering is a vital sector in fields such as economics, maritime and industrial activity, research, etc., to which are linked the most competitive, profitable and technically advanced companies. Taking this background into account, the PhD program in Energy and Marine Propulsion responds to the demand for maximum training for research, development and innovation in the field of energy. ...
With this Ph.D. program, we train young researchers in the field of sustainable use of resources in the production systems of energy, of buildings, in energy final utiliz
With this Ph.D. programme, we train young researchers in the field of sustainable use of resources in the production systems of energy, of buildings, in energy final utilization, in the development of products and in manufacturing.
The admissions process aims at selecting candidates with an outstanding academic profile, a strong interest in the topics dealt with and the ambition to develop a career in scientific research, either in academia or for private or public organizations.
The 3-year program includes training to strengthen specific skills and gain knowledge about the efficient and sustainable use of resources and energy in manufacturing, transport, domestic use, and agriculture....
The University of Nottingham - Faculty of Engineering
PhD projects in the area of sustainable energy technology explore how new and renewable technologies may be harnessed at the scale of buildings and the wider built enviro
Subject areas covered include:
combined heat power systems
heat power cycles
sustainable building materials
vehicles, transport, and pollution control
photovoltaic thermal systems; solar energy systems (e.g. solar powered cooling); wind energy
solar water desalination systems
sustainable waste management and disposal
clean fossil fuel and carbon capture technologies
This course requires a 2:1 or international equivalent and/or a master's degree at merit level or above in a relevant subject, and an IELTS level 6.0 (5.5 in each element).
It is usually completed over a period of around three years.
You will have access to computing facilities, complete with the software you will need, building technology laboratories and technical workshop, digital fabrication suite and model making workshop will provide you with additional tools for investigative analysis....
Doctoral studies in doctoral study branch of Engineering of Energetic Materials (EEM) are aimed at university graduates of compatible Master's degree programs (chemistry,
Faculty of Chemical Technology
Study Field: Engineering of Energetic Materials
Study Program: Chemistry and Technology of Materials
Form of study: Part-time/Full-time
The standard length of study: 4 years
Number of ECTS credits allocated: Study is not credit-based
Graduation requirements: State Doctoral examination and Doctoral thesis defense
Tuition fee (per academic year): Maximum 4,900 EUR
Doctoral studies in doctoral study branch of Engineering of Energetic Materials (EEM) are aimed at university graduates of compatible Master's degree programs (chemistry, chemical engineering, chemical technology, physics, mechanical engineering, military technologies, etc.). The studies are focused on scientific research and independent creative activity in the field of research or development. In both full-time and combined forms of study, students are individually guided by the supervisor and educated according to the approved themes of doctoral theses. Studies focus mainly on the physics of explosion, on the chemistry and chemical technology of individual energetic materials (high explosives, propellants, pyrotechnic products, and compositions), and on the safety engineering of chemical production....