Master in Chemical and Biochemical Engineering (ME)

Rutgers University, New Brunswick, founded in 1766, is a major public research university in the United States and a member of the Association of American Universities. The New Brunswick campus offers a comprehensive array of undergraduate, graduate and professional programs across liberal arts, sciences, engineering, business and the arts. With more than 43,000 students and a large international community, Rutgers blends rigorous academics with extensive research resources and strong industry connections.

Rutgers is distinguished by its research facilities, interdisciplinary centers and faculty who lead projects across a range of fields. The university’s broad program portfolio—hundreds of majors and dozens of graduate programs—supports experiential learning, internships and collaborative research. Students benefit from a culturally vibrant region, diverse campus life and career services that link classroom learning to employment outcomes. Strong alumni networks and partnerships with corporations and research organizations enhance post-graduate opportunities.

International students at Rutgers New Brunswick find a welcoming academic environment, dedicated international offices, language support and career advising tailored to global learners. The campus’s proximity to major northeastern hubs offers internships and professional exposure in finance, technology and research sectors. Prospective applicants should prepare competitive academic records and engage with faculty or centers aligned with their research or career interests to maximize opportunities within Rutgers’ large, resource-rich community.

The Master in Chemical and Biochemical Engineering at Rutgers University is a 2-year graduate program for students who want to earn a Master's degree in Chemical Engineering. This program helps students develop skills in chemical and biochemical engineering. The program has many benefits, including a strong faculty and research opportunities.

The curriculum includes subjects like chemical engineering, biochemical engineering, and process design. Students work on research projects, developing skills in areas like process control, thermodynamics, and transport phenomena. This hands-on approach helps students develop skills in design, development, and operation of chemical and biochemical processes.

Graduates of this program can work as Process Engineers, Plant Managers, Research and Development Engineers, Quality Control Specialists, or Consulting Engineers. They can find jobs in industries like energy, pharmaceuticals, or food processing, working for companies like chemical plants, research institutions, or engineering firms.