Chemical Engineering

Chemical Engineering deals with complex manipulation of substances (chemicals) for a variety of purposes. To qualify as a chemical engineer, a sound mastery of chemistry is of critical importance, as is an interest in, and aptitude for, learning more advanced topics. These will range from thermodynamics, to how different chemicals react with each other, under various conditions. The topics covered in this field are vast and only students with a genuine liking for such a complex science tend to excel in this field.

Chemical Engineers may find employment in a variety of tasks. One popular application of their talents is in manufacturing. In this industry, they may be assigned jobs such as developing new materials for use in products. Often, this involves manipulation of materials, commonly plastics, to create new, better raw materials. This may be geared towards making a product, perhaps a toy, sturdier. To achieve this, chemical engineers may need to combine existing substances, in ways they would have learned during their studies, and apply certain conditions to these substances to attain the desired effect.

Another application of chemical engineering talent is in the pharmaceutical industry. Each year, new medical conditions arise, and old ones require newer, better treatment. Drug companies invest billions in development of new drugs and the chemical engineers they hire to do so are extremely specialized. They must not only be highly talented in their field, but must also be proficient in complex biology, in order to apply their chemical knowledge to the solution of biological problems. By combining these two different, yet similar, fields, chemical engineers can determine what chemical will have the desired effect on the condition they intend to treat. They must also take into account the potential side effects, of their prospective treatments, and implement measures to limit, or eliminate, these before turning over the new drug to clinical trials. Failure to do so properly, can set a drug company's release, of a potentially life saving drug, back by years. The great responsibilities borne by these chemical engineers have resulted in their commanding very high salaries, making it an attractive field for bright individuals, with an aptitude for the field.

One other, high paying, though controversial application of chemical engineering technology is in the development of military weapons. Guns, bombs, and other war devices all require highly skilled chemical engineers to develop them. Not only are these engineers charged with developing newer, more lethal, weaponry, they must also find ways to make their inventions safe for storage, and transport. The consequences of mistakes in this field are not difficult to see. Imagine the horrific outcome if a bomb, intended to detonate upon impact with an enemy base, exploded while on the carrier-plane, due to complications with air pressure. While such an eventuality might seem obscure, its occurrence would cost numerous lives and it is the job of chemical engineers to foresee these events and take measures to ensure the safety of their developments.

As shown above, chemical engineering is a very diverse field, offering many lucrative jobs. Demand for these scarce talents is on the rise and it's never been easier to get started on the road to becoming one.