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Chemical Engineering Degrees

Stanford University says chemical engineering degrees are essential for those who want to "conceive and design processes to produce, transform, and transport materials — beginning with experimentation in the laboratory followed by the implementation of the technology in full-scale production."

Chemical engineering is just one of the many types of engineering you can choose to study. This type of engineering is as old as process industries. It started with the fermentation and evaporation processes operated by early civilizations.

Modern chemical engineering emerged with the development of large-scale chemical manufacturing operations in the second half of the 19th century.

In chemical engineering, you apply the principles of chemistry, biology, physics, and math to solve different problems involving fuel, drugs, food, and other products. You would work in offices and laboratories and spend time at industrial plants, refineries, and other locations.

GI BIll and Yellow Ribbon Program Options for Degrees in Chemical Engineering

Below is our list of GI Bill participating schools. Remember to explore your other military financial aid and veteran student financial aid opportunities.

Military spouses who need scholarships and other financial aid can also receive help. Those looking for portable careers should ask about MyCAA options associated with a chemical engineering degree program.

Associate’s Degree in Chemical Engineering

While a bachelor’s degree is usually a must for finding a good chemical engineering type job, getting your associate’s degree can help prepare you to get your four-year degree. This could be an option for you and may take around two years.

Bachelor’s Degree in Chemical Engineering

A bachelor’s degree in chemical engineering will give you a broad understanding of the field. You would learn about molecular to macroscopic transformations and other complex phenomena. Many of the courses you would take would be about physics, chemistry, biology, and mathematics. Some of the classes you might take would be an introduction to chemical engineering, organic chemistry, and fluid mechanics. The program should take you four years, two if you had your associate’s degree before you started.

You should be able to find either an in-person or online bachelor’s degree program to study chemical engineering. For online programs, Stanford University, the Massachusetts Institute of Technology, and Columbia University all have highly rated programs. For in-person programs, the Massachusetts Institute of Technology, the University of California at Berkeley, and the Georgia Institute of Technology all have highly rated programs.

Doctorate Degrees in Chemical Engineering

A Ph.D. in chemical engineering can prepare you for advanced research and educational opportunities. These programs typically require students to complete a dissertation and comprehensive examination. When getting your Ph.D. you could take classes in polymer chemistry and engineering, applied mathematics in chemical engineering, and advanced bioengineering. On average it takes about two years to get your Ph.D.

Schools such as the Massachusetts Institute of Technology, Carnegie Mellon University, and the University of Georgia all offer top-rated Ph.D. programs.

Jobs with a Ph.D. in Chemical Engineering

Related Majors

Licensing

Chemical engineers don’t have to be licensed but doing so leads to better jobs. Candidates would need at least four years of work experience, pass a state exam, and hold a degree from an accredited engineering program. Continuing education may be required to maintain and renew the license.

Scholarships for Chemical Engineering

The Desk and Derrick Educational Trust Scholarships

This scholarship is by the Association of Desk and Derrick Clubs (ADDC) for the purpose of awarding annual scholarships to students attending accredited colleges and universities offering degrees in geology, chemical, and petroleum engineering.

In order to qualify students must have completed or be currently enrolled in their second year of undergraduate study at an accredited college or university. They must demonstrate a need for financial assistance in pursuing a college degree as well as planning a career in the petroleum, energy, or allied industry, or research and development of alternative fuels such as coal, electric, solar, wind hydroelectric, nuclear, and ethanol.