Chemistry is the central science, according to Santa Clara University’s Chemistry and Biochemistry department, as it combines the principles and practices of physics, mathematics, biology, medicine and earth and environmental sciences. Its centrality makes chemistry worth studying, as does its ability to provide diverse career options and skill sets and its promise to unlock the mysteries of the world.

Expand Career Options

Studying chemistry in a college or university setting will prepare you for a wide variety of chemistry-related career fields. Environmental scientists and chemical engineers need to know chemistry, of course. But studying chemistry also prepares you for a career in the medical industry, either as a practitioner or a researcher. Or you can become an educator -- whether a science teacher or a scientific technician at a location for public education, such as a museum or science center.

Gather Beneficial Skills and Competencies

In addition to the science-specific skills, studying chemistry will help you develop your investigative, analytical, communication and computational skills. For example, because studying chemistry requires experimentation, you will learn how to tabulate and evaluate data, think critically about what those data mean and then communicate your findings to others. These skills are greatly beneficial above and beyond their applications to the field of chemistry.

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Learn About the Surrounding World

Besides the practical benefits, studying chemistry can help you come to a greater understanding of how things work. In a sense, it can make lots of observable phenomena less mysterious. For example, by studying chemistry, you can finally understand why the sky is blue and the grass green. You can also learn how everyday products and processes we take for granted actually work. For example, you'll learn how soap cleans your hands and why yeast makes bread rise. Studying chemistry can help you learn more about the world you inhabit.

Have Fun

Because studying chemistry involves a lot of experimentation and projects, you can study it for the sheer joy of the experience. The project-based focus of studying chemistry keeps you active and engaged in learning, rather than passive and bored. Solving problems that arise will require you to propose and test hypotheses, rather than simply recalling or looking up somebody else’s answer to the question.

About the Author

Samuel Hamilton has been writing since 2002. His work has appeared in “The Penn,” “The Antithesis,” “New Growth Arts Review" and “Deek” magazine. Hamilton holds a Master of Arts in English education from the University of Pittsburgh, and a Master of Arts in composition from the University of Florida.