Idaho State University

What you'll study

The programme provides an integrated curriculum that balances theory, quantitative skills and practical experience. Core topics include evolutionary theory, population genetics, speciation, phylogenetics and systematics; community and ecosystem ecology; population dynamics and demography; and applied conservation biology. Students also study supporting disciplines such as ecology-focused statistics, molecular and cellular biology, comparative anatomy, and environmental sampling methods.

Typical classes and experiences you can expect:

• Foundations: introductory biology, genetics, and ecology courses that establish core concepts.
• Evolution and systematics: courses in evolutionary biology, phylogenetics, comparative methods and taxonomy.
• Population biology and dynamics: population ecology, quantitative population analysis and life-history theory.
• Methods and analysis: field methods, laboratory techniques, molecular ecology, GIS, and biostatistics/data analysis.
• Applied topics: conservation biology, restoration ecology, invasive species management and environmental impact assessment.
• Capstone and research: senior seminar, honours thesis or independent research project under faculty supervision, and opportunities for internships or practicum with local agencies.

The degree is structured as a four-year Bachelor of Science with a combination of major requirements, general education courses and elective credits. Practical components—field trips, lab practicums and research placements—are emphasised so students graduate with hands-on skills in sampling design, specimen identification, genetic lab work and data interpretation.

Entry requirements

Applicants should hold a recognised secondary school diploma or equivalent. Typical preparation includes strong performance in biology and chemistry, and successful completion of mathematics courses (algebra and preferably precalculus or calculus). Universities often expect a competitive overall secondary-school record and specific science prerequisites.

For entry consideration:

• Academic background: secondary-level biology and chemistry; mathematics through precalculus or calculus where available.
• Recommended preparation: coursework in physics, statistics, and computer literacy are helpful for quantitative elements of the degree.
• Transfer students: credits from community colleges in introductory biology, chemistry and mathematics commonly transfer; consult admissions for course equivalencies.
• International applicants: must meet standard university English-language requirements and provide documentation of secondary education equivalent to domestic qualifications.

Admission is through Idaho State University’s undergraduate admissions process; prospective students should check with the Department of Biological Sciences for any additional major-specific advising, placement in first-year courses, or orientation to research opportunities.

Career prospects

Graduates develop a versatile skill set valued across ecological research, conservation and environmental sectors. Career paths commonly pursued include:

• Conservation and natural resources: roles with government wildlife and land management agencies, non-governmental conservation organisations and natural reserves.
• Environmental consulting and management: ecological assessment, impact analysis, restoration planning and biodiversity monitoring for private consultancies and public projects.
• Research and academia: laboratory or field technician positions, progressing to graduate study (MSc/PhD) in ecology, evolution, conservation genetics or related disciplines.
• Education and outreach: secondary and informal education roles, museum and interpretive centre positions (e.g., work alongside natural history collections and outreach programmes).
• Biotechnology and lab-based roles: positions involving molecular ecology, genetic analysis and bioinformatics in academic, government and industry labs.

Many students supplement degree studies with internships, seasonal technician positions and undergraduate research to build employability; others continue to graduate school for specialised careers in research or academic teaching.

Why study at Idaho State University

Idaho State University offers access to a diverse range of landscapes—from high desert and sagebrush steppe to forested mountains—making it well suited for field-based study in ecology and evolution. The Department of Biological Sciences provides teaching and research opportunities with faculty working on local and regional organisms and ecosystems, and students benefit from hands-on lab facilities and field equipment.

Students can engage with the Idaho Museum of Natural History and local natural-resource agencies for internships, specimen work and public outreach. The programme emphasises undergraduate research mentorship, enabling students to participate in faculty-led projects, present at conferences and complete independent capstone research. Smaller class sizes in upper-level courses and practical field classes support close interaction with instructors and peer collaboration.