BSc in Chemistry in Provo United States | Brigham Young University

Chemists and biochemists investigate the core mechanisms shaping our natural environment, examining atomic architecture and molecular interactions. They analyze chemical reaction pathways, including biological processes like genetic information transfer from DNA to RNA to proteins. These scientists create theoretical frameworks to systematically interpret and predict material behavior. Chemical concepts form the basis for understanding diverse fields, from molecular biology to geological formations. These disciplines serve as crucial underpinnings for medicine, engineering (particularly chemical engineering), electronics, energy systems, environmental studies, materials development, pharmaceutical sciences, and nearly all industrial production.

As dynamic scientific fields, chemistry and biochemistry are indispensable to modern life. Given their comprehensive scope, they're categorized into five major specializations. These include protein synthesis regulation, molecular signaling pathways, and protein analysis (biochemistry); pharmaceutical compound development (organic chemistry); novel molecular and material creation (inorganic chemistry); spectroscopic investigation of energy transfer (physical chemistry); and examination of pharmaceuticals, biological specimens, and environmental contaminants (analytical chemistry).

Modern chemistry and biochemistry extend well beyond traditional glassware. They incorporate advanced techniques like genetic engineering and utilize specialized equipment including mass spectrometers, chromatographs, electron microscopes, and NMR instruments - all available to BYU undergraduates. Computational methods are equally vital, enabling molecular modeling and complex data processing. Both chemistry and biochemistry programs offer challenging yet fulfilling academic journeys.

Program Objectives:
Core Chemistry Competency
Graduates will exhibit comprehensive understanding of fundamental theories across all five chemistry specializations: analytical, biochemical, inorganic, organic, and physical chemistry.

Laboratory Skills Development
Graduates will demonstrate proficiency in essential lab techniques for inorganic analysis, organic synthesis, physical chemistry measurements, and instrumental methods, including proper documentation. They'll acquire skills to design experiments, evaluate results, and conduct independent research projects.