Pursuing a Bachelor in Energy can be a great option for individuals interested in having a career in sustainability and policy management, within a very dynamic, fast paced industry. Having a degree in energy can also provide a competitive advantage when looking for a job.
Prospective students frequently ask, what is a Bachelor in Energy? It involves the study of different global energy sources including the identification and production processes. Students will also be exposed to emerging trends in energy policy and technology, and their financial impacts. The program framework encourages a global perspective with an emphasis on sustainability. Coursework can vary depending on one’s interests, and curriculum may also include field work in a specific area of focus.
There are many benefits of an energy degree. In addition to enhancing your overall energy industry knowledge, it will also help develop important analytical and communication skills. Another advantage of obtaining this degree is it can help hone crisis management skills.
Many renowned institutions offer energy degree programs. The costs can vary depending on the schools and their locations. Prospective students should contact the admissions offices of any programs in which they are interested in order to confirm course fees and registration costs.
Obtaining a Bachelor in Energy can provide many opportunities for employment. They include public sector jobs in foreign or domestic energy policy, legislative affairs and compliance management. Some other options are working for an energy company in sales, marketing or production, or for an energy trade organization. Jobs may also be available with utility companies and regulatory bodies.
Students interested in pursuing a Bachelor in Energy should take the time to research the many diverse program options available. Our comprehensive database is a great resource, both educationally and geographically. Don’t put off your education any longer. To get started with a course, search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
This wide-ranging course offers a highly relevant qualification. You’ll graduate equipped for a career as a professional engineer in the renewable, built environment and traditional energy industries. [+]
The bachelor's degree in business engineering can be completed as a student study course in Bad Sooden-Allendorf, as a distance learning course with attendance at selected study centers or as a virtual remote study course with online lectures and examinations at all DIPLOMA centers in Germany. Visit us in the "Virtual taster events Technology" offered regularly. [+]
With the world’s population is set to reach nine billion in 2050, obtaining enough clean water, air, land, food and energy becomes even more difficult an issue for modern society. Our Energy and Environmental Engineering degree equips graduates with the skills and knowledge to be 21st century engineers prepared to meet the environmental challenges of industry and society. [+]
The program objective is to develop the community of future professionals who are able to ensure the reliability of electrical enterprises and their sustainable development through continuous innovation. [+]
Issues like global warming, pollution and cradle to cradle interest you. The Environmental Science for Sustainable Energy and Technology programme will turn you into an environmental professional [+]
Bachelor in Environmental Science for Sustainable Energy and Technology
Issues like global warming, pollution and cradle to cradle interest you. The Environmental Science for Sustainable Energy and Technology programme will turn you into an environmental professional.The local authority in a city wants to be CO2 neutral by 2040. You are part of a consultancy team. You find ways to reduce the energy consumption and utilise suitable sustainable energy sources. You research the availability of solar power, hydropower, geothermal power, wind power and biomass. Your solution is financially viable and accepted by both industry and the public. You take into consideration future developments, techniques and policies.... [-]
Petroleum engineers are involved in the exploration and production of oil or natural gas. [+]
The Bachelor programme Energy Supply Technology (EST) teaches a comprehensive set of skills in the knowledge intensive field of engineering. The programme imparts the skillset and knowledge needed to decentralize energy systems. [+]
Our four-year Bachelor of Petroleum Engineering program features studies in physics, chemistry, mathematics, geology, economics and other specialist petroleum engineering topics. Students will be prepared adequately for petroleum industry and its related fields as drilling, exploitation, petroleum production, reservoir engineering and transportation of oil, natural gas and petroleum economics, etc... [+]
The program “Engineering and Design of Gas-Turbine Engines and Propulsion Systems” boasts international status and has been developed in conjunction with the Nanjing University of Aeronautics and Astronautics (China). [+]
Energy is central to everything in nature, in society and even in the universe. The engineering of energy systems is a multi-disciplinary approach to the development of energy systems, from the design to the final product. The use of limited energy resources, the requirement for the management of energy efficiency and the increased usage of renewable energy sources (such as solar, bio-mass, hydraulic, wind and geothermal) means that there is also an increasing demand for well-trained experts in the field of energy systems engineering. In this context, the energy sector is constantly changing due to environmental constraints (such as fossil fuel and greenhouse gas emissions), increasing fuel prices, depletion of fossil fuels and the decreasing regulation and control of the energy market (natural gas and electricity). The academic discipline of energy systems engineering aims to address all of these issues. [+]
Bachelor of Engineering in Energy Systems Engineering
Energy is central to everything in nature, in society and even in the universe. The engineering of energy systems is a multi-disciplinary approach to the development of energy systems, from the design to the final product. The use of limited energy resources, the requirement for the management of energy efficiency and the increased usage of renewable energy sources (such as solar, bio-mass, hydraulic, wind and geothermal) means that there is also an increasing demand for well-trained experts in the field of energy systems engineering. In this context, the energy sector is constantly changing due to environmental constraints (such as fossil fuel and greenhouse gas emissions), increasing fuel prices, depletion of fossil fuels and the decreasing regulation and control of the energy market (natural gas and electricity). The academic discipline of energy systems engineering aims to address all of these issues.... [-]
The Department of Energy Systems Engineering has been designed to this new labor force, capable of creating a sustainable energy future for Turkey. Our academic staff, comprised of private and public sector professionals and academia, will provide a comprehensive education of global energy systems for our students, while our students will also have applications- based training that would be essential for their future careers. [+]
Electrical and Electronics Engineering program covers subjects in applied sciences and mathematics, electronics, control theory, telecommunications and electromagnetism, as well as design, analysis, optimization and management of practical engineering systems. This program rests on broad-based engineering education with specialization, self-learning and development. [+]
Energy and its utilization are the most important issue which humankind must face in the 21st century. Following the trend of international technology development, the teaching aim of this International Bachelor Degree Program is mainly focused on energy science and technology. [+]
The main disciplines of specialization Descriptive Geometry and Engineering Computer Graphics; Theoretical and Applied Mechanics; Electrical Equipment; [+]
Undergraduate - Oil and Gas Business Place of study: Oil and Gas Institute (INiG) Northern (Arctic) Federal University named after MV Lomonosov, Arkhangelsk, Russia
The main disciplines of specialization:
Descriptive Geometry and Engineering Computer Graphics; Theoretical and Applied Mechanics; Electrical Equipment; Chemistry of oil and gas; Hydraulic Fluid Mechanics and oil and gas; Thermodynamics and Heat Transfer; Metrology, qualimetry and standardization; Fundamentals of automation of technological processes of oil and gas production.
Objects of professional activity:
machinery and technology building, repair, reconstruction and rehabilitation of oil and gas wells on land and at sea; Equipment and technology of oil and gas gathering and treatment of the well production on land and at sea; Equipment and technology of fishing control and regulation of extraction of hydrocarbons; equipment and technology pipeline transport of oil and gas, underground gas storage; machinery and technology for storage and distribution of oil, petroleum products and liquefied gases. ... [-]
The rapid pace of innovation that our society is experiencing today in information and communication technology, manufacturing, and material science is opening up great opportunities while raising fresh challenges and resulting in unprecedented levels of complexity... [+]