Chemical Engineering
Graduate Degrees Available: Master of Science in Chemical Engineering and Doctor of Philosophy
Graduate Programs
The graduate program in our department offers the Master of Science in Chemical Engineering (M.S.Ch.E.) and Doctor of Philosophy (Ph.D.) with a concentration in Chemical Engineering. The Master of Science program is offered with a thesis and without a thesis. The most commonly-asked questions about the program are addressed below. You can download the department’s Graduate Student Handbook which is a complete guide to applying to the program, the coursework requirements, and details funding.
- Mentor Program
- Current Students Hub
- About Chemical Engineering
- Chemical Engineering Research
- Chemical Engineering Staff
Program Contact
Dr. Christa HestekinProfessor and Graduate Program Coordinator
Email: cheggrad@uark.edu
Phone: 479-575-3416
Why Choose this Degree
The graduate program allows the student to specialize in an area of interest while also broadening the graduate’s intellectual abilities and enhancing career opportunities in research, teaching, management, and general engineering practice. More reasons to choose this degree include:
- New Ph.D. graduate students are placed with a research faculty member in general after their first semester of courses.
- 100% of Ph.D. students are fully funded
- $4.9M in new research awards in CY23
- 100% Ph.D. placement at graduation
"The support from mentors and colleagues at the University of Arkansas's Chemical Engineering graduate program was amazing. The diverse culture made me feel at home, and learned something valuable from everyone. The deparment consistently supports students' growth and development. I will truly miss the beautiful campus and NWA area."
Homa Ghaiedi, Ph.D., 2024
I joined the department in the fall of 2021. I immediately felt welcomed by both the faculty and staff and the other graduate students. Throughout my PhD. degree, there has been an enduring sense of community, collaboration, and support within the deparment. In addition to the curriculum and research areas, the department offered multiple networking events and career development workshops that helped me enhance my 'soft skills' in addition to my dissertation work. I am incredibly grateful for my time in this department.
Kayla Foley, Ph.D., 2024
Connect with Graduate Student Support Offices
Graduate Admissions and Recruitment
340 N. Campus Drive
Gearhart Hall 213
1-866-234-3957
gradinfo@uark.edu
Graduate Fellowships and Program Support
340 N. Campus Drive
Gearhart Hall 273
479-575-5869
gradfunding@uark.edu
Graduate Student Support
340 N. Campus Drive
Gearhart Hall 272
479-387-3841
gradsupport@uark.edu
Additional Degree Information
Admissions Requirements
All Requirements and deadlines apply to PhD and MS programs
GRE
Not required
GPA
3.0 GPA
*When entering without a chemical engineering degree, student needs to earned BS in Chemistry, Math, Physics or related scientific field and complete at minimum 2 semesters of calculus, 2 semesters of calculus-based physics, 2 semesters of general chemistry, 1 semester of organic chemistry and at least 6 hours of upper-level chemistry or physics.
Accelerated program: 3.5 GPA
English Requirements (for students who didn’t complete degree from a U.S. university whose first language is not English)
English proficiency exam taken within 2 years of application, for list of approved exams and required scores click here.
Other materials
Statement of Purpose, CV/Resume, Three letters of recommendation
Deadlines
Priority Deadline: Fall admission: January 15, Spring admission: October 1
Regular Deadline: Fall admission: July 1, Spring admission: December 1
Regular Deadline for International students: Fall admission: April 1, Spring admission: October 1
Graduate Program Coordinator: Dr. Christa Hestekin, E-mail: chesteki@uark.edu
Apply Here
Courses
Outcomes and Objective
- The program goal, or educational objective, of the Chemical Engineering graduate program is to prepare students for advanced roles in the profession through a combination of planned coursework and research activities so that graduates are equipped to address present and future challenges in such areas as research, teaching, management, and commercialization.
- The educational outcomes of our graduate program are to assure that each student has had an opportunity to:
- Critically analyze meaningful and technologically relevant data, and for thesis students, plan and safely conduct research;
- Demonstrate proficiency in fundamental mathematics and chemical engineering problem solving;
- Understand professional and ethical responsibility; and
- Develop and use effective written and oral communication skills.