Associate Degree in Science
Although many science technicians may have received on-the-job training in the past, an associate degree in science is increasingly become a prerequisite for a growing number of jobs located in research labs, universities, and production facilities. Science technicians in these environments apply the theories and principles of math and science to solve problems in R&D and to help improve various products and processes within the pharmaceutical, agricultural, industrial, commercial, healthcare, and transportation industries. In addition to patience and creativity, many successful science technicians usually posses meticulous record keeping and data analysis skills. This is partially why so many employers prefer to hire those with formal academic training over those with more generalized backgrounds.
What Can an Associate Degree in Science Teach You?
Most associate degree programs in science expose you to the fundamental principles of scientific investigation, data analysis, and research methodologies. However, because science is an expansive field with countless disciplines ranging from aeronautical engineering to biochemistry to computer science, it is possible to specialize in individual fields after completing the requisite introductory coursework. Science technicians who work in agribusiness, for example, often have extensive backgrounds in genetics, horticulture, biology, and botany. Those in the pharmaceutical industry typically have additional training in anatomy, pharmacology, and physiology. And still others focus on grant writing, safety, and business administration.
What Can I Do with an Associate Degree in Science?
Given the type and focus of science training at the associate level, most graduates go on to work in research, design, and development for various commercial and governmental organizations. Some science technicians work for universities, although still, commercial and governmental organizations often provide the funding and guidelines for any relevant research.
With sufficient time and training on the job, many technicians graduate up to supervisory positions within their research labs or manufacturing centers. Many others go back to school to complete bachelors, masters, or doctorate training in their respective scientific disciplines.
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