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This degree program aims to equip students for professional paths and/or advanced studies in the natural sciences or specialized fields within this broad category. The curriculum provides instruction in scientific methodology, core principles of natural science, and analytical reasoning through science and mathematics. Coursework emphasizes mathematical concepts, fundamental theories of physical and life sciences, and scientific laws. Certain classes introduce students to research techniques in laboratory and field environments via observation, while others develop skills in constructing logical arguments, drawing valid conclusions, and mastering quantitative abilities crucial to related fields.
After completing this program successfully, graduates will be able to:
Show understanding of chemical and biological systems by recognizing how core scientific principles explain diverse natural phenomena and their interconnections.
Utilize scientific methodology when examining concepts, laboratory work, or real-world scenarios by formulating pertinent questions, developing testable hypotheses, collecting experimental or observational data, analyzing results, and drawing conclusions.
Exhibit knowledge of structure, function, processes, organization, scale, systems, diversity, and evolutionary concepts in natural sciences.
Examine datasets and employ fundamental statistical methods for interpretation.