With the green revolution under way, petroleum engineers are in high demand. A master's degree in petroleum engineering offers you the chance to work for high-profile oil and natural gas companies in efforts to locate, process, mine, refine, store and distribute these important natural resources. If you're interested in the environment, petroleum engineers are also responsible for discovering solutions to environmental concerns related to oil and natural gas.
If you're fascinated by airplanes and spacecraft, consider enrolling in a master's degree program in aerospace engineering. Aerospace engineers design and assist in the construction of aircraft and spacecraft; concentrations include avionics, aerodynamics, propulsion, manufacturing and more. Aerospace engineers are the genuine rocket scientists.
Chemical engineers develop chemical-based products and materials. Chemical engineering involves economics, physics, chemistry, biology, biochemistry and mathematics. These engineers work in areas such as fuel production, pharmaceuticals, fertilizers, household products, plastics, explosives and even food and food additives. Biomedical engineering concentrates on advancing technology related to medicine, medical equipment and health care.
Electricity drives nearly every aspect of society, making electrical engineers indispensable to keeping systems running smoothly. Electrical engineers are necessary to design and implement the electrical or electronic features of automobiles, airplanes, power companies, computers and computing products, appliances, telecommunications, lighting, wiring and many more.
As computers creep into nearly every aspect of life, computer engineers are in high demand. Computer engineering disciplines and sub-fields include hardware development, software engineering, network engineering, processor and circuit design. A master's degree in software engineering, electrical engineering or computer engineering affords multiple opportunities to participate in the advancement of computers and related technology.
Both the government and private sectors rely on civil engineers to design and implement the construction of buildings, homes, roads and bridges. Civil engineers can concentrate on sub-fields ranging from construction to transportation to materials; those concerned with the environment can shift their focus to environmental or geotechnical engineering.