Graduate Degrees in Science

What Goes Into a Graduate Science Degree Program?

The field of science is for those who are curious about the world and how things work. You must have a healthy desire to discover and explore in order to succeed in science. If you desire a career in a research position, then earning a master's or doctoral degree in science is the right choice because nearly all top research positions are only open to those with a graduate degree. In a graduate science program, students will take courses in chemistry, biology, and physics. However, the bulk of the graduate-level courses taken will depend on the students' specific field of study. Popular majors for graduate science students include biology, medical science, and chemistry. Those in a biology graduate program will take classes that explore computer courses, laboratory equipment operation, and research techniques. Those in a chemistry and physics degree program will also take those courses, except with a chemistry or physics-driven slant. This ensures that all students will become experts in their respective areas of study. Many graduate science degree programs also mandate that students participate in supervised field work for degree credits. This can be achieved through assisting a university professor who is currently conducting a study. The field work requirement ensures that all students who graduate have at least some experience working professionally.

What Jobs Can Graduate Science Degree Holders Get?

There are numerous varying job opportunities for graduate science degree holders. The particular jobs that graduates can enter into will depend on their particular fields of study, though most go on to work in research or teaching positions. All science researchers work either with a company, school, or client to conduct their studies, whether the studies involve looking for a cure for an illness or studying seismic activity within the world's most active earthquake zones. Employment opportunities for scientists of all types are positive, partially due to the advancements in technology that allow for more accurate and in-depth studies. For example, employment opportunities for biological scientists – which includes biochemists, microbiologists, and zoologists – are projected to increase 21% during the 2008-18 decade, pouring approximately 19,200 new jobs into the market, according to the U.S. Bureau of Labor Statistics (BLS). Position opening predictions for medical scientists are equally promising, with an estimated 40% increase in store for those in that field, the BLS reports. However, not all graduates have to work as researchers. Some also work as professors at community colleges and universities, and others do both, teaching during the day and conducting research during their time off from the school.

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