University of Central Arkansas

What you'll study

This programme provides foundational training across the biological and physical sciences, emphasising laboratory skills, quantitative reasoning and scientific communication. You will take core courses in general chemistry, organic chemistry, introductory and advanced biology, and introductory and advanced physics, supported by mathematics and statistics tailored to the sciences.

• Core laboratory courses: hands‑on labs in chemistry, biology and physics that teach experimental design, data collection and safety.
• Chemistry and physical science topics: general chemistry, organic chemistry, physical chemistry concepts (thermodynamics, kinetics), and laboratory instrumentation and techniques.
• Biological science topics: cell and molecular biology, microbiology, genetics, ecology and physiology, with options for more specialised courses.
• Quantitative skills: calculus or applied mathematics, and biostatistics or statistical methods for the sciences.
• Research and capstone: supported opportunities for undergraduate research, a senior seminar or capstone project that integrates laboratory work, data analysis and scientific writing.
• Electives and specialisation: students may choose electives to emphasise areas such as environmental science, biochemistry, materials science or pre‑professional health preparation.

The programme typically balances lecture and laboratory hours, and many students complement formal courses with summer research, field practicum in the region and internships with local employers.

Entry requirements

Applicants should hold a secondary school diploma and demonstrate preparation in science and mathematics. Successful applicants typically have completed high‑school courses in biology, chemistry and algebra; preparation in physics and precalculus or calculus is advantageous. Admissions decisions consider overall academic record, personal statement and any relevant extracurricular experience such as science clubs, research or work in laboratory settings.

Specific prerequisites and admission standards may vary; applicants are advised to consult University of Central Arkansas admissions guidance for details on course placement, transfer credit and any testing or documentation required.

Career prospects

Graduates of this interdisciplinary bachelor’s degree are prepared for a range of entry‑level scientific roles and for graduate or professional study. Common career paths include:

• Laboratory technician or technologist in academic, industrial or clinical laboratories
• Research assistant in biology, chemistry or materials science projects
• Quality control and analytical roles in manufacturing, pharmaceuticals or environmental testing
• Environmental science and field technician roles monitoring ecosystems or natural resources
• Technical sales, product support or regulatory affairs positions that require scientific literacy
• Further study: many graduates progress to MSc/PhD programmes in biological or physical sciences, or to professional schools in medicine, dentistry, pharmacy or allied health, subject to meeting professional prerequisites.

Students who wish to pursue secondary school teaching typically pair this degree with teacher preparation or certification sequences as required by state licensure.

Why study at University of Central Arkansas

University of Central Arkansas offers a supportive environment with relatively small class sizes and accessible faculty who are active in teaching and research. The departments that support this programme provide hands‑on laboratory instruction and opportunities for undergraduates to join faculty research projects, gaining practical skills valued by employers and graduate programmes.

UCA’s location provides access to regional field sites and partnerships with regional hospitals, industry and government laboratories for internships and experiential learning. The programme’s flexibility allows students to tailor their studies to career goals—whether that is workforce entry, applied environmental work, or preparation for advanced study—while receiving the broad scientific foundation needed across biological and physical science disciplines.