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Collaborate with leading industry experts as you train for a career in one of science's most versatile disciplines.
Spanning the intersection of life sciences and physical sciences, we're surrounded by chemistry's innovations: from the synthetic materials in our clothing to the cleaning products that maintain them, from life-saving medications to durable plastics, sustainable energy solutions to enhanced food production.
Stevens' chemistry curriculum teaches core principles in biochemistry, organic, inorganic, analytical, and physical chemistry while delving into specialized fields like pharmaceutical development, medicinal chemistry, and computational modeling - areas where Stevens excels. Supplementary courses in instrumental analysis, professional ethics, and chemical kinetics equip you with essential lab techniques for industrial and research careers.
Our department is guided by professors with significant real-world experience. Three program hallmarks - a research-intensive foundation, technological focus, and modern societal relevance - develop the competencies needed to execute research initiatives and shape your professional trajectory. The accelerated master's pathway enables you to obtain both bachelor's and master's degrees within five years.
The chemistry program, once home to Nobel laureate Dr. Irving Langmuir (1932 Prize for surface chemistry breakthroughs), continues its legacy under faculty who combine industry expertise with research leadership across computational, analytical, and organic chemistry specialties.
Students must have completed high school.
English proficiency
TOEFL (minimum 80 iBT), IELTS (minimum 6.0 overall), Duolingo English Test (minimum 105), Pearson PTE Academic Test (minimum 53).