Polymer chemists conduct research on the properties of polymers, working in manufacturing, biotechnology, and pharmaceuticals. They develop new products and improve existing ones, and require a Ph.D. and licensing exams.
Polymer chemists conduct investigative research and laboratory experiments to learn about the properties of polymers, groups of molecules that create strong, flexible chains. Most polymer chemist jobs are found in manufacturing research and development divisions. Some chemists are employed by universities to conduct experimental studies on new chemicals. In addition, many professionals work for pharmaceutical companies and biotechnology companies to explore the possibilities of polymer technology in healthcare.
Scientists in manufacturing polymer chemist positions often work in sophisticated laboratories. They often work in teams to research different polymers and determine how they can be useful in industry. A team of chemists might be interested in designing new plastics, packaging materials, inks, inks, or any number of other products that rely on polymer technology. They also look to improve existing polymer products, experimenting with ways to make them lighter, stronger or more flexible.
Polymer chemist jobs in biotechnology companies typically involve research into organic polymers implicated in biology or medicine. Many professionals conduct genetic research, learning how biological polymers such as proteins, enzymes and DNA are produced and replicated. They study the chemical structure of polymers to discover how and why they contribute to biological processes. The work of polymer chemists consistently enhances the collective scientific understanding of evolution and development.
Pharmaceutical and medical technology companies employ polymer chemists to develop new drugs and prosthetic devices. Chemists apply their knowledge of the bonds and properties of polymers to investigate new drug release and release methods. Some scientists construct plastics and synthetic fibers that can be used to create strong, lightweight limb replacements and artificial organs.
University researchers generally enjoy greater freedom in the type of studies they undertake. Rather than focusing on improving a specific technology, a chemist can explore new properties and functions of polymers. Many university scientists divide their time between conducting research and teaching chemistry classes at the undergraduate and graduate levels.
A Ph.D. A degree is required to qualify for most polymer chemist jobs, especially those in academia and medicine. After graduating, a new scientist typically participates in a postdoctoral research fellowship to gain first-hand training and laboratory experience. Many regions and private companies require chemists to pass licensing exams before starting to work independently. Public safety and quality control are essential elements in the industry, and licensing tests ensure that individuals are fully prepared for polymer chemist jobs.
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