From the moment you decide to pursue your education in the field of energy and environment, it can be difficult to sort through all of the different programs available and make an informed decision about which one is right for you. Fortunately, you can turn to online programs like [insert program name] for help.
You may have heard that there are many different types of energy management degrees and that each one offers something a little different from the last, but what exactly do they entail? Which should you choose? Where should you go to school?
As an online student, you have the chance to explore your options without having to commit time and money to a four-year university. These are valuable questions that need answers, especially since online programs tend to be a little less expensive than their on-campus counterparts.
The great thing about exploring your options is that you aren’t limited by location or schedule; if you don’t want to spend every afternoon in a classroom, you don’t have to! You can take classes at night or on weekends while still working full-time; it’s up to you!**
Still not sure where or how to start your education? It’s easy! Start by searching for “phd in renewable energy management” or “masters in renewable energy
A doctorate usually means that an individual is qualified to teach at a college level or to work in a specific field of work. There are two major types of doctoral degrees; a research-oriented degree, and a professional doctoral degree. Doctoral degrees are sometimes referred to as terminal degrees, which means that a final degree is available in a graduate school for students who wish it.
Phd In Energy Management In GermanyOverview
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 organisations.
We’re excited to announce a new degree programme at the University of Bologna – PhD in Energy Engineering.
This 3-year course 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. Students will design a 3-year research project under the supervision of lecturers and researchers from our department aiming at exploring the field and providing an original contribution to science in the fields related to the PhD programme, such as energy production from renewable sources, thermophysics of buildings, new technology in the consumer sector and in manufacturing, materials and manufacturing processes and components, systems and automation.
PhD students will be able to attend all lectures at our university, take part in international conferences, exchange ideas with colleagues within their own research team as well as with others across departments (such as Computer Science or Physics) and institutions (research centres, universities).
The PhD provides a solid grounding for research careers both within academia (public universities, private universities) or outside it (national/international scientific organisations or bodies which carry out research activities). It is also a valuable training route into both private companies (e.g. those producing “green” technology), public bodies (e.g. public administration
Given the interdisciplinary nature of the research carried out in the Faculty of Science and Technology, we welcome prospective candidates from various academic backgrounds. The ideal candidates are Engineering graduates, but the programme is also suitable for Architecture, Physics, Maths and Chemistry graduates.
Through these training activities, a PhD candidate can develop the skills to design, organise and manage highly innovative basic and applied research projects. At the same time, students will also develop methodological rigour, the ability to interpret and disseminate results, the skills to deepen and develop their knowledge independently and the ability to work in a group in an interdisciplinary context.
Courses will be taught in English.
Structure of the course
The PhD programme includes two major research areas. The first area is Sustainable use of energy resources, which includes energy production from renewable sources, the conversion of energy and its transportation, its efficient use in final utilisation, particularly in buildings, with the ultimate goal of optimising performance and enhancing the quality of interiors and of the environment. The other research area explores Sustainability of products and manufacturing processes, including mechanical design and industrial automation, technology and industrial production processes and management of internal and external logistics, of processes and of the lifecycle.
Once candidates have gained admission to the programme, they will design a research and study plan with their supervisor in order to define the purpose of their research project and the necessary steps to implement it, after compiling a comprehensive literature review. Candidates will then have to regularly verify and, if necessary, update, their research and study plan, taking into account the development of the project itself and the latest developments in their field of research. During the course, particularly during the first year, candidates will regularly attend classes specifically designed for postgraduate students and also technical workshops and specialised lectures by researchers and specialists in the chosen disciplines.
The stages of the PhD
The stages of the PhD
The doctoral programme is divided into four stages which end after 6, 12, 24 and 36 months, respectively. In stage 1, the candidate defines the research area, the specific topic and the methodology. In stage 2, in the second half of the first academic year, candidates will have to define research questions and expected results. In stage 3, which starts with the second year, candidates are expected to apply the approach and techniques learnt from training to their project in order to tackle their research questions and disseminate the early results at the basis of their project by presenting them at national and international conferences. In the fourth and last stage, in the third year, candidates will have to collate the results of their research project and write their doctoral thesis.
Fieldwork abroad
Fieldwork abroad
During the three years of the PhD programme, candidates are required to commit full-time to the PhD, and the programme will include both working on the research project and learning activities. Students are also required to carry out part of their research in another university or research centre abroad, for at least three months and up to a year. This is an extremely valuable opportunity for a PhD candidate to study specific aspects of their research in depth under direct supervision of world experts in their chosen research topic. It’s also an opportunity to carry out research in highly stimulating and competitive contexts, while exchanging ideas with other scholars and establishing an early network of colleagues in the world of research.
Postgraduate Courses for Energy in Germany
Albert Ludwigs University of Freiburg
Centre for Renewable Energy
Germany
Renewable Energy Management
Carl von Ossietzky University of Oldenburg
Department of Engineering and Physics
Germany
Renewable Energy
University of Erlangen-Nürnberg
School of Engineering
Germany
Energy Technology
FH Aachen University of Applied Sciences
Department of Energy Technology
Germany
Energy Systems
FH Aachen University of Applied Sciences
Department of Medical Technology and Technomathematics
Germany
Biomedical Engineering, Energy Systems, or Nuclear Applications
University of Flensburg
Energy and Environmental Management
Germany
Energy and Environmental Management
Hamburg University of Applied Sciences
Department of Biomedical Engineering
Germany
Renewable Energy Systems
Hochschule Bremen – University of Applied Sciences
Architecture, Civil and Environmental Engineering
Germany
Sustainable Energy Systems
MEng
International School of Management Dortmund
Single tier structure
Germany
Energy Management
Karlsruhe Institute of Technology
HECTOR School of Engineering and Management
Germany
Energy Engineering and Management
Karlsruhe Institute of Technology
KIC InnoEnergy – Colocation Centre Germany
Germany
ENTECH – Energy Technologies
University of Kassel
Faculty of Engineering Sciences
Germany
Renewable Energy and Energy Efficiency for the MENA Region
University of Magdeburg
Faculty of Process and Systems Engineering
Germany
Chemical and Energy Engineering
Mannheim University of Applied Sciences
Department of Electrical Engineering
Germany
Power Engineering and Renewable Energies
Offenburg University of Applied Sciences
Graduate School
Germany
Energy Conversion and Management
Rhine-Waal University of Applied Sciences
Communication and Environment
Germany
Environment and Energy
University of Ulm
Faculty of Natural Sciences
Germany
Energy Science and Technology
Wildau University of Applied Sciences
Institute of Technology
Germany