Michigan State University

What you'll study

The programme blends coursework in biological and ecological principles with applied management techniques and field-based learning. Core topics typically include wildlife ecology and behaviour, conservation biology, population dynamics, habitat management, sustainable natural resource use, and ecological field methods. Students also study foundational subjects such as ecology, genetics, statistics for biological sciences, and ecosystem management to support applied decision-making.

Programme structure usually comprises a mix of lecture courses, laboratory work and extensive field practicum. Typical modules and subject areas you can expect:

• Wildlife Ecology and Conservation – principles of animal population ecology, species interactions and conservation strategies.
• Habitat Management and Restoration – techniques for managing forests, grasslands, wetlands and riparian systems for biodiversity and ecosystem services.
• Wildlife Field Methods – field techniques for surveying, monitoring and sampling wildlife populations and habitats, including telemetry, mark–recapture and remote sensing basics.
• Population Dynamics and Modelling – quantitative approaches to estimating population size, growth rates and impacts of management actions.
• Human Dimensions of Natural Resources – public policy, stakeholder engagement, conflict resolution and communication relevant to wildlife management.
• Conservation Genetics and Disease Ecology – genetic tools for conservation and understanding disease impacts on wildlife populations.
• GIS and Spatial Analysis – geographic information systems and spatial data analysis as applied to habitat assessment and planning.
• Capstone/Internship – an integrative project or supervised internship that applies classroom and field skills to real-world management problems.

Entry requirements

Applicants should present a secondary school diploma or equivalent with strong preparation in the sciences. Typical entry expectations include coursework in biology, chemistry and mathematics; prior experience with field biology or outdoor work is advantageous but not always required. Selection commonly considers academic record, letters of recommendation, and a personal statement describing interest in wildlife and land management.

Prospective students whose first language is not English may need to demonstrate proficiency through an accepted English language test or prior study in English, according to university admissions policies. Transfer applicants should provide college transcripts and may have to meet specific major prerequisites to join upper-level coursework.

Career prospects

Graduates are prepared for a range of roles in natural resource agencies, conservation organisations, private land management and environmental consultancies. Typical career paths include:

• Wildlife biologist or field ecologist working for federal, state or local agencies
• Land manager or habitat restoration specialist for conservation NGOs or land trusts
• Natural resource technician or field surveyor conducting monitoring and data collection
• Environmental consultant focusing on wildlife impact assessments and compliance
• Positions in wildlife rehabilitation, conservation education, or GIS/spatial analysis roles supporting management

Graduates also frequently continue their education in graduate programmes in wildlife biology, ecology, conservation science, or natural resource management to pursue specialised research or advanced technical and policy roles.

Why study at Michigan State University

Michigan State University offers extensive natural areas and research facilities that support hands-on learning and applied research in wildlife and wildlands management. The programme benefits from faculty actively engaged in field research, collaboration with state and federal agencies, and opportunities for paid internships and undergraduate research projects.

Students can take advantage of MSU's interdisciplinary resources—such as ecology, forestry, fisheries, and GIS expertise—alongside access to diverse habitats across the region for field training. The combination of classroom instruction, laboratory and extensive field experiences prepares graduates with both the scientific understanding and practical skills sought by employers in conservation and natural resource management.