Prepare for a career in research, industry, or education
The University of New Haven’s M.S. in Chemistry is a practiced-based program that will enable you to take an integrative approach to solving practical chemistry problems and prepare you to pursue a career in a variety of fields.
You’ll begin by gaining a broad background in chemical theories, computational chemistry methods, analysis of experimental data, design of chemical materials, modern organic chemistry, design of molecular drugs, the design of sustainable chemical processes, and current challenges in the field of chemistry.
In addition to developing an expertise in organic, analytical, and computational chemistry, you’ll take courses in biomedical engineering, civil engineering, computer science, math, and cellular and molecular biology.
Through this integrative approach, you will be well prepared to study chemistry challenges such as molecular drug discovery, polymer materials design, catalyst design, and chemical analysis for sustainable and renewable energy.
Dequan Xiao, Ph.D.
A theoretical and computational chemist, Dr. Xiao’s research focuses on developing new theoretical and computational chemistry approaches and integrating them with experiments to discover novel chemical materials such as green catalysts, cancer drugs, and polymer elastomers. He is the director of the University’s Center for Integrative Materials Discovery, which has received about $700K in funding for research.
His collaboration with Yale scientists to develop a drug to improve the survival rate for adults diagnosed with leukemia has been supported by the Connecticut Bioscience Innovation Fund. He is supported by a National Institute of Health Small Business Technology Transfer (STTR) grant for drug discovery, and he has received industrial grants for polymer elastomer design. Dr. Xiao earned his Ph.D. at Duke University and completed his postdoc work at Yale University.
You’ll also have the option to pursue a concentration in several rapidly growing specialty areas in the field, such as computational and materials chemistry, drug discovery chemistry, or analytical and green chemistry.
Through this program, you will also:
- Enhance your skills and knowledge in research methods, writing, and ethics
- Pursue a concentration in analytical & green chemistry, computation & materials chemistry, or drug discovery chemistry
- Focus your studies through your choice of electives, including topics in pharmacology, bioinformatics, programming, and air pollution
- Participate in seminars that will expose you to state-of-the-art chemistry research
- Complete a research project, thesis, or internship
- Gain the skills and knowledge to collaborate in multidisciplinary research projects in the fields of biology, biomedical engineering, environmental engineering, mathematics, and computer science
- Be prepared to pursue a wide variety of careers in chemical, energy, pharmaceutical, materials, biomedical, or computational data analysis settings; or to pursue government or academic research
Learn from professors who are dedicated to your success.
Our faculty are leaders and innovators in their fields, bringing both deep professional experience and academic rigor to the classroom.
Nationally Recognized Center for Career Development
All University of New Haven students have access to the many resources available through the University’s Career Development Center, which has been named one of the best in the nation by The Princeton Review.
From career assessments, networking, and job shadowing to on-campus interviews and salary negotiation, the Career Development Center provides the skills and connections to identify a meaningful career and an opportunity to pursue your passion.Learn More
This course provides students with the basic principles and methods in computational chemistry. Students will learn the chemical theories, molecular building methods, and basic software for simulating molecules and chemical systems for the applications in chemistry, biology, and materials science. In particular, the chemical theories include quantum mechanics, semi-empirical methods, Hartree-Fock, Post Hartree-Fock methods, and density functional theory, and solvation methods, molecular mechanics, and force field molecular dynamics.
This course discusses advanced topics in chromatography and separation science, an important advanced subject in analytical chemistry. Covered topics include, but are not limited to, theory of major types of chromatographic techniques, theory of mass spectrometry and hyphenated techniques, sample preparation and data collection, and applications of chromatographic separation techniques.
This course covers the fundamental principles of contaminant behavior in the environment. Contaminant physical-chemical properties, transport, and transformation mechanisms affecting contaminant distribution among air, water, and solid domains are studied in-depth. Topics covered include, but are not limited to, environmental interface equilibria, advective and diffusional transport; biochemical exchange in atmospheric, aquatic, and terrestrial domains. Environmental modeling is also considered.
Students will learn how computers and information technology are applied to manage and analyze the vast quantities of data now being collected by researchers and clinicians. Using a combination of theory and hands-on practice, the course will cover biological databases, analysis of nucleotide and protein sequences, sequence polymorphisms, sequence alignment, analysis of DNA microarray data and intermolecular interactions. An introduction to web page development, relational database design and Perl programming will also be covered.
Pharmacology is the study of therapeutics, agents administered to achieve a beneficial therapeutic effect on some disease process. This survey course will cover a general overview of pharmacology including principles of pharmacodynamics (mechanism of action of drugs) and pharmacokinetics (the role of drug absorption, distribution, metabolism, and excretion in drug action). The general concepts will be applied to case studies of specific drugs taken from the main classes of therapeutic agents.
3 credit hours.
The University of New Haven offers a wide variety of in-depth courses that create a transformational educational experience for our students. To view the complete list of courses you'll take while pursuing a M.S. in Chemistry, check out the Academic Catalog:
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An advanced degree from the University of New Haven will help you take your career to the next level. Each program offers convenient scheduling, personalized attention, and state-of-the-art facilities.
The University of New Haven Graduate School is an excellent value with reasonable tuition. Of course, you will still have bills to pay and the Financial Aid office can help.