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Chemical Engineering

Design a more sustainable future with computational tools and innovative solutions.

Chemical Engineering students at work in the lab
"It’s very exciting to be working in a lab, anticipating the improvements that can be made, all while expanding my view of chemical engineering."
Amber '27

College of Engineering

Chemical Engineering

Every day, we use products formulated and produced by chemical engineers — food and fuel, paper and plastic, medicines and makeup. The process of reliably creating these products in an environmentally sustainable manner, and the energy systems that enable modern life, depend on the know-how of chemical engineers.

 Our premier chemical engineering program fuses forward-looking education with real-world research opportunities. You’ll make use of problem-solving techniques to become well-versed in the principles of chemical engineering science and process systems engineering. Opportunities for internships, research and international experience paired with relevant electives will give your education depth and currency. The expertise you’ll develop in this broad discipline — rooted in chemistry, mathematics, physics and biology — will prepare you to develop new products and efficient manufacturing processes to improve the world we live in. Computing and fundamental principles are integrated throughout the curriculum, so students are well equipped to solve complex problems drawn from chemical engineering practice and find employment in many different industrial sectors that span the modern economy. 

Chemical Engineering Major, Minor and More

Choose the path that fits you best. Browse all current Chemical Engineering curriculums and courses.(opens in new window)

Chemical Engineering

Bachelor of Science
Integrated Master/Bachelor Program

The carefully designed curriculum prepares you to succeed in a range of diverse environments after graduation.

The program extensively uses software for mathematical modeling and simulation. In addition, you will have the opportunity to work in the Rothfus Laboratory, where you will conduct state-of-the-art experiments with applications in environment, product and process development and safety. These experiments make extensive use of computerized data acquisition and control systems, and project management.

In addition to emphasizing the fundamentals of chemical engineering such as thermodynamics, transport and reaction courses, our world-class program has strong industry ties, focusing on process design and systems engineering.

Colloids, Polymers and Surfaces

Minor

The Colloids, Polymers and Surfaces minor provides you with an opportunity to explore the science and engineering of fine particles and macromolecules as they relate to the formulation of complex fluid products and interfacially engineered materials that are prominent in pharmaceuticals, industrial coatings, biomaterials, cosmetics and personal care products, food, textiles and fibers, and composite materials industries.

Contact

Department of Chemical Engineering

Doherty Hall
Carnegie Mellon University
5000 Forbes Avenue
Pittsburgh, PA 15213
 
 

Chemical Engineering Website

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Class of 2025, Six Months After Graduation

91%

Employed or in Grad School

$82,886

Average Salary

Recent Employers

Merck

Westinghouse Electric Company

Absolics

Harvard Medical School

Two students, working together at a laptop,

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Mix It Up

You’re not just one thing. You’re a scientist. An artist. A technologist. A maker. A writer. Carnegie Mellon has been mixing it up for decades, and whatever you want to pursue, we’ve got the right mix for you.