Chemical engineering is a subdivision of general engineering that focuses on physics, biology, chemistry and mathematical applications. Chemical engineers search for new materials, refine existing elements and design manufacturing plants that includes biological and chemical processing. In-short, it’s a vast field with many disciplines and opportunities and if you’ve ever considered getting a job, this post would surely help you decide.
You’ll find many resources such as websites or direct chat from experienced professionals in the field. Determine first whether you’re interested in the field or not; engineers readily practice chemistry and engineering principles for development of biotech and healthcare industries. They must possess outstanding skills in maths, science and communication to share ideas with fellow workers.
It isn’t necessary that chemical engineers are bound to work in chemical industries but employment opportunities are simply immense. Traditional fields are aerospace, electrical, mechanical, nuclear and civil engineering; getting a job in any one of these will give your career a wonderful start. Chemical engineers look after design, maintenance and development of equipment that duplicates laboratory chemical processes and refinement in a commercial scale. They may also involve in supervising construction of plants and break new grounds in biotech.
With growing population overtime, need for energy has never been this dire! Abundance of career opportunities are available in natural gas and petroleum industries. Here, engineers focus on refinement of petroleum derivatives such as diesel fuels, plastics and gasoline. Other considerations are on oxidation, environmental impacts and pollution control. Additional fields include mining, petrochemical, polymer and chemical production. Lucky ones may find employment in a Saudi chemical company and that’s reason enough to calculate success perspectives.
Chemical engineers and pharmaceutical industries are like strings to each other; if you pull one, the other will be affected eventually. Industries rely heavily on these engineers to develop quality control, plant maintenance, drugs and associated components. Other end of the string is tied with food industry as you’ll find many employment opportunities in the field. Food production and treatment are common duties.
Research & Development
More rewarding career options exist in fields such as nanotechnology, robotics, electronics, artificial intelligence, and material research engineering. Chemical engineers are tasked with identifying viable research paths and managing commercial operations. Paper manufacturing, technical sales, chemical plants and waste treatment are a few sub-categories.
How to Choose the Right Career?
Plan a visit to chemical engineering department of particular educational institutions around the world. It’s possible that major universities might arrange a field trip to familiarise students with nature of work. Speak with students already pursuing for a career in this field and faculty members to help getting the degree. Be on the lookout for internship, research and scholarship programs as well.
Once deciding which career path to pursue in chemical engineering, prepare for elementary to advance coursework. Primary subjects will be chemistry, physics, engineering and advance mathematics. If you’re in high-school, take as much extra courses as you can that will definitely prove beneficial.
A college internship is sure to help you better understand chemical engineering and its scope. It also raises the likelihood of getting a job immediately after graduation.
After going through the above discussion, it’s obvious that chemical engineering is a broad field encompassing various job opportunities and disciplines.