Bachelor's Degree in Chemical Engineering

Who is this program for?

The bachelor’s degree program in chemical engineering is perfect for students who have a passion for using math, chemistry, physics and biology to solve real-world problems. Whether it’s working on sustainable energy, developing new medicines or medical devices, improving food production, or creating a better environment, chemical engineers are at the center of it all. Students gain expertise in engineering fundamentals such as fluid mechanics, heat and mass transfer, separations processes and reaction engineering that not only prepare them for successful careers in numerous industries but also set them up well to pursue advanced degrees. 

Program Overview

The program begins with a strong foundation in chemistry, mathematics, physics, and biology during the first year. This foundational knowledge is then applied in core chemical engineering courses such as mass and energy balances, thermodynamics, fluid mechanics, heat and mass transfer, separations, reaction engineering, process control, and chemical process safety and sustainability. In the third and fourth years, students engage in hands-on learning through laboratory courses and a capstone design project, where they collaborate on real-world challenges proposed by industry partners. This practical experience reinforces classroom learning and prepares students for professional practice. 

Students have the flexibility to tailor their education by choosing electives in specialized areas including bioengineering, drug delivery, distilled spirits, energy conversion, environmental engineering, biomaterials, nanotechnology, and polymers, among others. Certificate programs are also available in Biopharmaceutical Engineering, Environmental Engineering, Power and Energy, and Distillation, Wine, and Brewing, offering deeper expertise in specific fields. 

The First Year Engineering Experience

All first-year Engineering majors participate in the First Year Experience Program offered by the Stanley and Karen Pigman College of Engineering. The First-Year Engineering (FYE) Program is designed to orient students to the wide range of engineering disciplines and allows students to take engineering classes on day one. FYE classes present foundational knowledge from all our undergraduate majors and equip students with the confidence to pursue any degree program they are interested in.

Our Accreditation

ABET

This program is accredited by ABET, the recognized global accreditor of college and university programs in applied and natural science, computing, engineering, and engineering technology. This accreditation ensures that our programs meet the highest standards of quality and prepare students to enter the global workforce as well-qualified engineering professionals. Read more about this accreditation.

Related Careers

Chemical engineers are employed in a broad array of industries, such as oil and natural gas, renewable and alternative energy, food and consumer goods, specialty chemicals, biotechnology, pharmaceuticals, environmental engineering, polymers, and electronic materials, among others. Many of our graduates go on to pursue advanced degrees in fields like chemical engineering, biomedical engineering, pharmacy, business, law, and medicine. Our pre-medical track provides excellent preparation for students planning to attend medical school.

Graduates have landed positions in industries across the nation including Dow, Procter and Gamble, Eastman Chemical, Catalant, and others and have also pursued advanced degrees in chemical engineering, biomedical engineering, pharmacy, business, law and medicine. If you want to make a difference in the world by inventing new technologies that improve lives, chemical engineering is for you!

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What You'll Learn

The Bachelor of Science in Chemical Engineering program focuses on the transformation of raw materials into valuable products through chemical, physical, and biological processes. Students study core topics such as thermodynamics, reaction engineering, transport phenomena, and process design, while gaining experience with computational tools and laboratory techniques. The curriculum emphasizes problem-solving, systems thinking, and innovation in designing safe, efficient, and sustainable processes. Expand the menu below to view a sample curriculum plan.


Degree requirements, course descriptions and academic policies for all programs are detailed in the University Catalog.

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Transfer in using our KCTCS Pathway

This program has a degree pathway from KCTCS, allowing students a seamless transfer process to obtain their bachelor's degree from the University of Kentucky.

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Accelerated Pathway

This program is part of the Accelerated Master's Pathways program. If you plan to obtain a related master's degree, this program can save you time and money with dual credit hours when you sign up.

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Explore Financial Aid Options

Undergraduate degree-seeking students have access to a variety of financial aid options, including scholarships, grants, work-study programs, and student loans, designed to make education more affordable.

Expand Your Learning

Beyond the classroom, students can enhance their education through internships, co-operative education (co-ops), research opportunities, and study abroad programs. Overall, the program is structured to provide students with strong technical knowledge and meaningful practical experience, equipping them for successful careers in industry or for advanced study in graduate or professional programs.

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Students meet with student org representatives at an outdoor involvement fair.

Get Involved!

Students who get involved in activities outside of the classroom tend to do better academically and develop meaningful relationships with others at UK. Our network of student organizations and activities has something for everyone, from academic to professional to fun!

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Join the Engineering Living Learning Program

The ELLP provides a welcoming community for engineering and computer science students to be supported academically and establish meaningful connections with other students.

This residential experience complements classroom expectations by integrating students into the engineering community with programs centered on professional development and academic support. In addition, the ELLP provides students with opportunities to interact with College of Engineering faculty, alumni, industry partners, academic advisors, engineering student organizations, and Peer Mentors. Peer Mentors are hand-selected to support new students during their transition to the University of Kentucky.

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Things to do on this form:
Take away "Term" for Transfers - "Unknown Term"? As well as "Not in High School"
And the same for "Online"

Possibly remove the "Readmit" option.
Feel like it would be pretty easy to see if the person already exists in our system and has a program enrollment record associated with them, which would shift them from "Freshman" or "Transfer" to "Readmit"
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