Chemicals make up our world. Some are natural, others are synthetic - made by people. But every chemical is unique, and behaves differently under changing conditions, such as when heated, exposed to light, or combined with other substances. Chemists study how chemicals affect each other, and how they interact with the environment. They conduct experiments in laboratories, and analyze results and data. Most chemists use databases, scientific software, graphics, and design and photo imaging tools in their work. Chemists work with many different materials in different fields, from energy development to medicine and food processing. They have invented and improved products like medicines, fibers, paints, adhesives, cosmetics, and electronic components, to name just a few. Chemical manufacturing plants employ many chemists in production and quality control, where safety is critical. Interdisciplinary fields, like biochemistry and geochemistry, are also growing. Besides manufacturing, chemists work in colleges and universities, government, and independent testing and research laboratories. A bachelor’s degree in chemistry or a related science is required to enter the field. Many working chemists have a master’s degree or a PhD in chemistry. They usually specialize in a particular field. For any chemistry position, curiosity, the ability to focus on details, and painstaking follow-through are essential “elements” of success.
A general program that focuses on the scientific study of the composition and behavior of matter, including its micro- and macro-structure, the processes of chemical change, and the theoretical
description and laboratory simulation of these phenomena.