Bridging the gap between the life sciences and physical sciences, we live among the discoveries and creations of chemists: from the synthetic fabrics we wear, to the detergents used to wash them, from pharmaceuticals to plastics, cleaner fuels to more abundant food.

In the Bachelor of Science in Chemistry program, you’ll learn the fundamentals of the five areas of chemistry (organic, inorganic, analytical, biochemistry and physical chemistry) to build a strong foundation for the field. Then you'll explore advanced concepts in areas that Stevens has unique strengths, including drug discovery, medicinal, and computational chemistry.

The chemistry undergraduate program incorporates hands-on research to develop essential skills like forming a hypothesis, problem solving and data analysis which are necessary for a career in chemistry. You'll have the unique opportunity to participate in a year of research in areas like drug discovery and medicinal chemistry with expert faculty who are some of the brightest minds in the field.

The Bachelor of Science in Chemistry program is approved by the American Chemical Society (ACS).

Concentrations

No concentrations are offered for the Chemistry undergraduate program.

The objectives of the chemistry program are to prepare students such that, within several years of graduation, they will:

• Be able to create and evaluate scientific solutions to important chemical, biochemical, and environmental problems and articulate their anticipated societal impact

• Be able to work collaboratively with peers from a variety of cultural and scientific backgrounds and to promote an inclusive and supportive professional environment

• Become life-long learners from the perspectives of furthering career advancement, embracing technology, and generating societal impact

Student Outcomes

By the time of graduation, chemistry students will be able to:

1. Apply knowledge of chemistry, biology, math, physics, and computational methods to investigate and evaluate problems in chemical and biochemical systems at the molecular level to create innovative solutions (Scientific Foundations)

2. Apply modern techniques and instrumentation in chemistry to characterize the structure and function of molecules to explain and predict chemical, and physical properties and their impact on biochemical systems and the environment (Technical Foundations)

3. Employ an inquiry-based approach to science to form and articulate testable hypothesis, to design and conduct experiments with current chemical and analytical techniques particularly in the context of drug discovery, computational chemistry, and sustainability (Experimentation)

4. Examine, analyze, and critique primary chemical literature (Critical Thinking)

5. Communicate and articulate scientific ideas effectively both in writing and orally (Scientific Communication)

6. Work effectively as a leader or member of a multidisciplinary team creating an inclusive and supportive environment (Teamwork, Leadership, and Inclusiveness)

7. Conduct basic and applied scientific research in an ethical and professional manner (Professionalism)

8. Develop innovative ideas using knowledge in chemical sciences for societal impact (Innovation)

9. Recognize the impact of chemical research in our society, and understand how policy decisions are shaped by new scientific discoveries (Societal Issues)