Develop techniques for improving crop production.
Like an Organic Chemist, an Inorganic Chemist studies elements and how they react to other elements. Organic chemistry focuses on compounds that typically contain carbon while inorganic chemistry looks at compounds that usually do not. As an Inorganic Chemist, you explore the microscopic world of molecules to create products and materials that raise our quality of life.
The field of inorganic chemistry is as unpredictable as the molecules you study. In the past, Inorganic Chemists improved the mining industry; today, they work on microchips. Job availability and types fluctuate based on current trends and needs.
Whatever field you find yourself in, you spend your time running experiments and examining data from the results. Creating chemical reactions, looking at molecules under a microscope, and interpreting unexpected results from one of your tests are common in your line of work. Your career is similar to that of a Physicist, but you focus exclusively on the microscopic level.
The job is not all theories and experiments, however. Chemists often compete for scarce funding, so you devote several days a month to writing grants for additional money to drive your research.
The best part of an Inorganic Chemist’s job is the creativity. You search for answers that have never been found before, and craft unique experiments to test your ideas. Whether in mining or microchips, you make discoveries that accelerate technology, raise the quality of life, and even save lives in the process.