I applied to a lot of graduate schools.
The striking thing about Stevens was how many prospects I saw it giving me after graduation. That’s one of the major reasons I came.
Chemical Engineering Ph.D. Program
Advance independent research that addresses some of society’s biggest challenges in the entrepreneurial environment of Stevens’ chemical engineering Ph.D. program.
Approximately 100 graduate students are admitted to the program, allowing them to form a close-knit, collaborative community with one another and with Stevens’ world-class faculty. In our state-of-the-art facilities, you’ll be free to pursue lines of inquiry that interest you most, from biofuels to polymers to pharmaceutical manufacturing. You’ll graduate with a broad range of chemical engineering expertise that positions you to succeed in either academia or industry work.
The Stevens Advantage
Stevens’ proximity to both Manhattan and New Jersey’s thriving pharmaceutical ecosystem offers students opportunities for both academic collaborations and professional networking.
What Students Are Saying
What I like at Stevens is that there are a lot of workshops.
I attended a lot of workshops in the communications center, and they helped me put together presentations and polish papers before publication.
Xiaoqing Kong, Chemical Engineering Ph.D. Student
My general experience at Stevens has been really good.
As a student, I have lots of opportunities to learn as much as I can about everything. I really like the events hosted by Graduate Student Affairs like the opportunities to have dinner with professors…
Pei-Kang Sun, Chemical Engineering Ph.D. Student
Working with professors here has always been a great learning experience.
They give me new perspectives with guidelines on how to best improve my ideas and provide the necessary environment for me to be self-motivated and work on my ideas independently.
Pei-Kang Sun, Chemical Engineering Ph.D. Student
Work With Top Faculty
You’ll work with faculty members who publish in some of the most cited journals in the industry, receive funding from competitive agencies and collaborate regularly with institutions throughout the area…
Woo Lee
Woo Lee explores the development of microfluidic tissue models as new way of studying how human tissues interact with drugs, pathogens and biomaterials…
Pinar Akcora
Pinar Akcora studies synthesis and characterization of polymeric nanohybrids, mechanical and structural relationships of ordered-disordered systems and…