Arkansas Tech University

What you'll study

This bachelor’s programme combines core natural science foundations with applied conservation practice and independent research. You will study ecology, soil science, hydrology, wildlife biology, forest management, environmental chemistry and conservation biology alongside quantitative skills such as statistics, experimental design and geographic information systems (GIS).

• Core science courses: ecology, plant biology, animal biology, soil science and hydrology to build a solid understanding of ecosystems and resource processes.
• Applied and technical skills: GIS and remote sensing, field sampling techniques, laboratory analyses, environmental monitoring and natural resource inventory methods.
• Management and policy: courses in land-use planning, natural resource policy and environmental law to connect science with decision-making.
• Research and statistics: experimental design, quantitative ecology, data analysis and a required senior capstone or research project that emphasises hypothesis-driven field or lab research.
• Fieldwork and practicum: extended field laboratories, weekend surveys and a practicum or internship placement with government agencies, NGOs or private firms to develop professional skills.

The degree is typically structured over four years with progressive levels of coursework: introductory sciences and maths in the first year, discipline-specific and technical courses in years two and three, and a research or capstone experience in the final year. Elective options allow specialisation in areas such as wildlife management, watershed science, forest ecology or GIS applications.

Entry requirements

Applicants are expected to hold a secondary school qualification equivalent to a US high school diploma. Typical entry expectations include a solid academic record with coursework in biology and mathematics; chemistry and earth/physical sciences are recommended. Specific entry criteria are set by the university and can vary by applicant category.

• Domestic applicants: completion of secondary school with recommended units in biology and mathematics; a competitive GPA and submission of high-school transcripts. Standardised tests (ACT/SAT) may be optional or considered depending on current university policy.
• Transfer students: college transcripts showing completion of introductory science and mathematics courses; transfer credit is evaluated on a course-by-course basis.
• International students: equivalent secondary qualification and proof of English proficiency (for example IELTS or TOEFL) if English is not the first language; submission of certified transcripts and evaluated credentials.
• Additional experience: voluntary or paid fieldwork, internships, or demonstrated outdoor skills strengthen an application but are not normally mandatory.

Career prospects

Graduates are prepared for a wide range of roles in public agencies, non-profit organisations, private industry and research institutions. Common career paths include:

• Natural resource manager or conservation technician with state and federal agencies.
• Wildlife or fisheries biologist and habitat restoration specialist.
• Environmental or ecological consultant conducting inventories, impact assessments and mitigation planning.
• GIS technician, remote sensing analyst or field data manager supporting mapping and monitoring programmes.
• Park or land manager for municipal, state or federal parks and protected areas.
• Research technician or pathway to graduate study (MSc/PhD) in ecology, natural resource management or environmental science.

The programme emphasises practical skills and professional placements that help graduates move directly into technician and entry-level professional posts or prepare for specialised postgraduate training.

Why study at Arkansas Tech University

Arkansas Tech offers a hands-on approach to natural resources training, with small class sizes and close faculty mentoring that support field-based learning and student research. The university’s location in Russellville places students near diverse ecosystems—forests, rivers and reservoirs—that serve as practical outdoor classrooms for sampling, monitoring and applied projects.

• Field resources: regular field labs, access to nearby public lands and partnerships that provide real-world training opportunities.
• Facilities and equipment: teaching labs, GIS and mapping software, and instrumentation for hydrology and soil analysis to develop technical competence.
• Industry and agency links: collaborative relationships with state natural resource agencies, conservation organisations and regional land managers that support internships and employment pathways.
• Research and mentorship: opportunities for undergraduate research projects and faculty-supervised capstones that prepare students for careers or further study.

Overall, the programme is designed for students who want an applied, research-informed education in natural resources with a clear focus on employability and field competence.