Degree Learning Outcomes: B.S. in Chemistry with Emphasis in Chemical Physics

Establish a Foundation and Depth of Knowledge Pertaining to Fundamental Chemical and Physical Principles
Chemistry students should recognize the importance of classical physical theories such as mechanics and electromagnetism to chemical theory, as well as identify, describe, draw, and name key classes of atoms, functional groups, and molecules. They should understand the atomic and subatomic structure of matter through quantum mechanical principles, explain the origin and properties of chemical bonding and its influence on molecular structure and characteristics, relate macromolecular properties to molecular features, and predict and describe the mechanisms and outcomes of chemical reactions.

Demonstrate Competency in Problem Solving and Quantitative Reasoning
Chemistry students should be able to quantify and interpret the reliability of measured physical and chemical properties of molecules and mixtures using dimensional and statistical analysis. They should demonstrate knowledge of key laboratory techniques for synthesizing, separating, purifying, identifying, and quantifying compounds, and apply the scientific method effectively in investigating chemical and physical phenomena.

Develop Skills used in Professional Settings
Chemistry students should develop proficiency with modern instrumentation and laboratory techniques in both physics and chemistry. They should be able to read and follow Standard Operating Procedures, maintain accurate and legible laboratory records, and use chemicals safely, including proper storage and disposal. Additionally, students should demonstrate effective oral and written communication, collaborate successfully on complex projects, and uphold the highest standards of scientific ethics regarding data integrity, proper citation, avoidance of plagiarism, and the responsible publication of results.

Effectively Employ Physical and Chemical Literature and Information Management Systems
Chemistry students should be able to efficiently retrieve information from the scientific literature, critically evaluate technical articles, and build and maintain a personal database of relevant scientific resources.