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Chemistry, BS

Chemistry is a central science that provides the foundational understanding required to address many of society’s critical needs. It plays a vital role in developing new sources of energy, improving human health, and protecting the environment. All life processes are manifestations of chemical change, and an understanding of chemical reactivity is essential to comprehending both living systems and the world around us. Advances in modern chemical instrumentation have accelerated progress in the field and promise significant returns on continued investment in chemical research and education. The U.S. chemical industry employs over one million people, underscoring the discipline’s economic importance. Among the basic sciences, chemistry offers exceptional stability and long-term opportunities for future investment and career growth.

The Bachelor of Science in Chemistry program at The University of Texas Permian Basin (UTPB) follows the guidelines established by the American Chemical Society for undergraduate chemistry degrees. This program is designed for students seeking professional careers in chemistry or related fields. The B.S. in Chemistry with a Biochemistry Track is intended for students pursuing careers in health professions and provides strong preparation for medical, dental, veterinary, and pharmacy schools, as well as for teaching. The B.S. in Chemistry with an Environmental Chemistry Track prepares students for careers related to environmental science and sustainability. The Pre-Pharmacy track provides chemistry majors with a strong foundational and applied background that prepares them for pharmacy school while reinforcing core chemical principles essential to professional practice.

Competencies

Upon successful completion of the Bachelor of Science in Chemistry program, graduates will be able to:

  1. Apply Analytical and Quantitative Reasoning
    Apply the scientific and analytical method to analyze, interpret, and evaluate chemical data using appropriate quantitative and qualitative techniques.
  2. Demonstrate Broad and Specialized Chemical Knowledge
    Demonstrate foundational knowledge of chemistry and in-depth understanding of at least one chemical subdiscipline, such as organic chemistry, analytical chemistry, biochemistry, physical chemistry, inorganic chemistry, or medicinal chemistry.
  3. Demonstrate Laboratory and Instrumentation Skills
    Perform hands-on laboratory techniques safely and effectively, including wet chemistry methods and the use of modern instrumentation relevant to organic and inorganic chemical analysis and synthesis.
  4. Apply Descriptive and Synthetic Chemistry Principles
    Synthesize, identify, and characterize inorganic compounds, demonstrating an understanding of the descriptive nature of chemistry and structure–property relationships.
  5. Communicate Chemical Knowledge Effectively
    Communicate chemical concepts, experimental results, and research findings clearly and effectively through written, oral, and visual formats consistent with professional scientific standards.
  6. Engage in Professional and Scholarly Activities
    Demonstrate professional development and engagement in the chemical sciences through participation in scholarly activities, such as presentations at local, regional, or national scientific meetings.