PhD in Chemical Engineering

Syracuse University is a private research university in Syracuse, New York, founded in 1870. With around 20,500 students and over 4,300 international students, the campus blends an active student life with strong research and professional networks. Its compact urban setting offers convenient access to cultural venues and internships across the Northeastern United States, while maintaining a welcoming community atmosphere for students from many countries.

Academics at Syracuse cover more than 200 programs across arts and sciences, engineering, business, communications and more, with interdisciplinary opportunities that encourage applied learning. Students work with experienced faculty in well-equipped labs, studios and media centers, and benefit from research projects, co-op placements and study abroad options. The university emphasizes experiential learning, career readiness and leadership development to prepare graduates for global careers.

International students find robust support through orientation, advising, language resources and cultural organizations, plus career services that connect students with employers and alumni. A vibrant campus life includes clubs, athletics and community engagement that help newcomers build networks and confidence. For students seeking a balance of academic rigor, practical experience, and a diverse, close-knit campus, Syracuse offers a supportive environment to grow academically and professionally.

The PhD in Chemical Engineering at Syracuse University is a 4-year program for students with a Master's degree. It's taught in English and can be taken online. This program focuses on research and teaching in chemical engineering.

The curriculum includes coursework, a screening examination, an oral comprehensive examination, and preparation and defense of the dissertation. Students take at least 24 credits in chemical engineering and develop skills in research, critical thinking, and problem-solving. They also learn to design and conduct experiments, and to analyze and interpret data.

Graduates of this program can work as Chemical Engineers, Research Scientists, or University Professors. They can also work in industries like energy, pharmaceuticals, or manufacturing. Some potential employers include chemical companies, research institutions, or government agencies.