Northern Kentucky University

What you'll study

This programme combines core natural science courses with specialised study in conservation, resource assessment and research methods. You will build a foundation in biology, ecology, chemistry and statistics before progressing to applied topics such as ecosystem dynamics, wildlife and habitat management, soil and water science, hydrology, and restoration ecology.

• Core science and quantitative skills: introductory and intermediate courses in biology, ecology, chemistry and environmental statistics that prepare you to design and analyse ecological studies.
• Applied conservation and management: modules covering conservation biology, habitat management, wildlife ecology, forestry principles and principles of sustainable resource use.
• Environmental measurement and lab skills: laboratory techniques, water and soil sampling, species identification and laboratory analysis methods.
• Spatial and data tools: geographic information systems (GIS), remote sensing basics and data management for mapping and resource assessment.
• Field methods and experiential learning: semester-long field courses, field weekends and project-based work focused on survey methods, ecological monitoring and restoration practice.
• Research and capstone: independent or faculty-supervised research projects, a senior seminar or capstone that develops scientific writing and oral presentation skills.

Elective options often allow you to tailor the degree toward freshwater ecology, wildlife management, environmental policy or restoration practice. Practical experience through internships, community projects and field-based courses is emphasised throughout the programme.

Entry requirements

Typical entry requires a secondary school diploma or equivalent with solid performance in science and mathematics. Successful applicants usually present qualifications demonstrating competence in biology and at least one laboratory science such as chemistry; algebra or precalculus is often recommended. Admissions may take account of overall academic record, personal statement and any relevant practical experience, such as volunteer work or outdoor employment.

Students transferring from college-level programmes should expect to have previous credits in natural sciences and mathematics evaluated for transfer. If English is not your first language, evidence of English proficiency may be required. Contact the university admissions office for guidance on specific credential evaluations and any preparatory coursework.

Career prospects

Graduates are prepared for a variety of roles in the public, private and non-profit sectors. Common career destinations include:

• Conservation scientist or natural resource manager working for local, state or federal agencies
• Wildlife or fisheries biologist conducting population monitoring and habitat assessments
• Environmental consultant carrying out impact assessments, permitting support and remediation studies
• Restoration ecologist working on habitat restoration, streambank stabilization and invasive species management
• GIS technician or environmental data analyst supporting natural resource planning and mapping
• Park ranger, land steward or environmental educator in parks, nature reserves and conservation organisations
• Research assistant or graduate student pursuing advanced study in ecology, conservation biology or natural resources

The programme’s emphasis on field skills, laboratory methods and data analysis gives graduates practical experience valued by employers and provides a strong platform for postgraduate study.

Why study at Northern Kentucky University

Northern Kentucky University offers this degree with a strong regional focus and accessible opportunities for hands-on learning. The campus’s proximity to the Ohio River corridor and nearby Appalachian foothills provides a diversity of field sites for aquatic and terrestrial study, from riverine systems to forested landscapes.

Students benefit from small class sizes for many lab and field courses, enabling close faculty mentoring on independent research and applied projects. The university places emphasis on experiential learning—field-based courses, internships with regional conservation agencies and community organisations, and capstone research—that connects classroom theory to real-world conservation practice.

Graduates leave with a combination of scientific knowledge, practical field techniques and data skills that are relevant to employers in natural resource management, conservation NGOs, regulatory agencies and consulting firms, or to those who wish to continue into graduate programmes.