Learn to solve medicinal problems with molecular tools. Become successful in an increasingly post-disciplinary scientific world with this program's distinct emphasis on structure, properties and synthesis from the molecular perspective in a biological context, allowing you to tackle complex challenges in and out of the lab.

To become successful in an increasingly post-disciplinary scientific world, you'll want to learn how to solve biological problems with molecular tools. This program, with its distinct emphasis on structure, properties and synthesis from the molecular perspective in a biological context, allows you to tackle complex challenges in and out of the lab.

Learn to solve biological problems with molecular tools. Become successful in an increasingly post-disciplinary scientific world with this program's distinct emphasis on structure, properties and synthesis from the molecular perspective in a biological context, allowing you to tackle complex challenges in and out of the lab.

Chemistry contributes to solving a broad range of scientific problems in fields like energy, disease diagnosis and treatment, and materials design and production. You can develop skills that enable you to tackle complex challenges and create new scientific knowledge.

Chemistry contributes to solving a broad range of scientific problems in fields like energy, disease diagnosis and treatment, and materials design and production. In this degree program, you can generate molecular solutions to problems of all scales, create new scientific knowledge and develop skills to tackle complex challenges.