Michigan Technological University

What you'll study

The programme blends foundational biological and environmental science with practical courses in wildlife ecology, population dynamics and land management. Early coursework typically covers general biology, ecology, chemistry, statistics and calculus to build quantitative and scientific literacy.

• Core wildlife ecology and management: population ecology, wildlife conservation, habitat management, behavioural ecology and wildlife diseases.
• Field and technical skills: field methods in wildlife monitoring, animal capture and handling techniques, radio-telemetry, camera trapping, species identification and specimen handling.
• Spatial and quantitative tools: Geographic Information Systems (GIS), remote sensing, ecological modelling and biostatistics for analysing population and habitat data.
• Land and resource management: forest and rangeland ecology, fire ecology and prescribed burning concepts, invasive species management and restoration ecology.
• Policy and human dimensions: natural resource policy, wildlife law and ethics, community engagement and conflict resolution in wildlife management.
• Capstone and experiential learning: senior capstone project, field courses based at regional research stations and opportunities for internships or co-operative placements with government agencies, NGOs or industry partners.

Students are encouraged to participate in undergraduate research, field schools and seasonal technician positions to develop hands-on experience before graduation.

Entry requirements

Admission is to the undergraduate programme and requires a high-school diploma or equivalent with a strong background in science and mathematics. Typical preparation includes coursework in biology and algebra or higher-level mathematics; chemistry and physics are advantageous.

• Academic transcripts demonstrating successful completion of science and math courses.
• Personal statement explaining interest in wildlife and land stewardship and any relevant field, volunteer or work experience.
• Letters of recommendation may strengthen an application but requirements can vary; consult the university admissions office for specifics.
• International applicants must present equivalent secondary credentials and meet English language proficiency requirements.

Michigan Technological University has an admissions process that considers the whole application; applicants with strong extracurricular experience in outdoor work, conservation projects or research are competitive.

Career prospects

Graduates enter a range of careers in wildlife and land stewardship, working for federal and state natural resource agencies, non‑governmental organisations, private landowners and consulting firms. The programme prepares students for both entry-level technical roles and for further professional or graduate study.

• Wildlife biologist or technician (population monitoring, species surveys, telemetry)
• Land / habitat restoration specialist and restoration ecologist
• Conservation scientist or natural resource manager for parks and protected areas
• Environmental consultant focused on permitting, impact assessment and mitigation
• GIS/remote sensing analyst for ecological applications
• Outdoor and environmental educator, park ranger or interpretation specialist
• Pathway to graduate study in ecology, wildlife biology, forestry, conservation biology or natural resource policy

Why study at Michigan Technological University

Michigan Tech’s location in the forested Upper Peninsula provides direct access to extensive public lands, lakes and varied ecosystems for field instruction and research. The university operates research and field stations that host intensive field courses and student research projects, giving undergraduates substantial hands-on experience.

• Strong field emphasis: regular field labs, seasonal technician placements and capstone projects that develop practical skills employers seek.
• Interdisciplinary STEM environment: collaboration with departments in forestry, biology, environmental engineering and GIS strengthens analytical and technical training.
• Research and partnership opportunities: connections with state and federal agencies, regional conservation organisations and industry provide internships and applied research placements.
• Outdoor lifestyle and resources: access to university research facilities, equipment and faculty expertise in northern ecosystems supports robust experiential learning.
• Career support: career services and faculty mentoring help connect students to seasonal jobs, internships and post‑graduate opportunities in wildlife and land management.