Southern Arkansas University

What you'll study

The Biology programme builds from foundational courses in cellular biology, genetics and ecology to advanced work in molecular biology, physiology and evolutionary biology. Early study emphasises core disciplines and laboratory skills; later years focus on specialised electives, research methods and applied projects.

• Core modules: cell and molecular biology, genetics, ecology, organismal biology and evolution.
• Laboratory and practical work: general biology labs, advanced molecular and microbiology labs, anatomy & physiology practicals and quantitative laboratory methods.
• Advanced topics and electives: biochemistry, immunology, developmental biology, plant biology, conservation biology and environmental science.
• Research and capstone: supervised undergraduate research, senior seminar or capstone project that develops experimental design, data analysis and scientific communication.
• Professional preparation: courses in statistics, scientific writing and ethics; opportunities for internships, field courses and community-engaged learning.

Structure

The programme follows a standard undergraduate degree pattern: general education requirements combined with major core courses and free electives. Students typically complete introductory coursework and laboratories in the first two years, move into intermediate and advanced major courses in the third year, and undertake research or a capstone in the final year. Transfer credits and accelerated options may be available depending on prior study.

Entry requirements

Applicants should hold a recognised high school diploma or equivalent with a strong background in science and mathematics. Typical expectations include successful completion of high school biology and chemistry, and competence in algebra or precalculus. Admissions will consider overall academic record; specific requirements for GPA, SAT/ACT scores or placement testing vary and should be confirmed with the university.

• Recommended preparation: high school biology and chemistry, mathematics through algebra or precalculus, and coursework in laboratory science where available.
• Transfer students: official transcripts and course descriptions are required for transfer credit evaluation; community college biology and chemistry credits often apply toward major requirements.
• International applicants: evidence of equivalent secondary qualifications and English language proficiency are required.
• Professional tracks: students aiming for pre-health or teacher certification should consult programme advisors for prerequisite courses and licensure requirements.

Career prospects

Graduates with a Bachelor’s in Biology have a wide range of career paths available. Many go on to graduate or professional programmes (master’s, PhD, medical, dental or other health professions), while others enter the workforce directly.

• Laboratory technician, research assistant or clinical laboratory roles in academic, governmental or commercial labs.
• Environmental and conservation positions with agencies, NGOs and consultancies.
• Biotechnology and pharmaceutical industry roles in quality control, production support and regulatory affairs.
• Secondary school science teacher (with completion of teacher certification requirements) or science education roles in informal settings such as museums and nature centres.
• Public health, science communication, and roles in parks and wildlife management.

Why study at Southern Arkansas University

Southern Arkansas University offers a small-campus learning environment with accessible faculty and hands-on training central to the Biology degree. Students benefit from laboratory-focused teaching, opportunities for one-to-one mentoring on undergraduate research, and field experiences that take advantage of the region’s diverse natural environments.

• Practical experience: regular laboratory classes, research projects and internship links with regional employers and institutions.
• Faculty support: close supervision and mentoring from faculty active in research and teaching.
• Facilities and resources: teaching laboratories and field-study opportunities that support skill development in modern biological techniques.
• Pathways: clear routes to graduate study and professional schools, plus preparation for immediate employment in science-related roles.