Chemical engineering careers combine chemistry and engineering principles to create unique careers that bridge the gap between science and manufacturing. Chemical engineers work to solve problems involving chemical use and application. A chemical engineer’s responsibilities typically include designing equipment, developing chemical manufacturing processes, testing manufacturing products, treating byproducts, and overseeing production. Electronics, photographic equipment, clothing, paper, health care, biotechnology, and business are just a few of the industries where chemical engineers work.
Chemical engineers use concepts from chemistry, physics, math, and mechanical and electrical engineering to solve problems. Chemical engineering encompasses a variety of chemical processes, with individual chemical engineering jobs focusing on one or more of them. Oxidation and polymerization are two of these processes. These careers can also specialize in a particular field, such as materials science, automotive plastics, chlorine bleach, or fertilizer and pesticide development.
Chemical engineers must be technologically savvy in order to apply computer knowledge to process analysis, control systems, and quality control on the job. Chemical engineering careers also place a strong emphasis on safety and environmental awareness. Chemical engineers must learn how to implement safety practices and procedures on the job to keep themselves, other workers, and customers safe. Furthermore, most chemical engineering jobs entail a duty to protect the environment from chemicals and toxins, and a chemical engineer’s knowledge gained over time in this field can help many people live a healthier lifestyle.
Chemical engineers work in manufacturing for about 55% of the time, and the majority of them work with chemicals, electronics, petroleum, and paper. Other chemical engineering careers include scientific or technical work such as plant design and research and development for chemical firms. Despite the fact that chemical companies continue to develop new products, the industry’s employment is declining. A non-manufacturing position, such as service, research, or testing, is the best bet for anyone interested in a chemical engineering career.
One area of chemical engineering that is expected to grow significantly is pharmaceuticals. Engineers who are willing to take on this challenge can expect to excel in the industry. Developing streamlined output processes for chemical companies is of primary concern for engineering companies, and any engineers who are willing to take on this challenge can expect to excel in the industry. Chemical engineers who pursue a master’s degree after completing their undergraduate studies can expect to earn more money and have more opportunities for advancement, as in many other fields.