Michigan Technological University

What you'll study

This degree combines foundational biology with specialised coursework in ecology, evolution, systematics and population biology. You will study subjects such as organismal biology, genetics, evolutionary theory, ecological principles, community and population ecology, biostatistics, and conservation biology. Practical training is emphasised through field courses, laboratory courses, and opportunities to use molecular techniques, stable isotope analysis, remote sensing and GIS.

Typical modules and learning experiences include:

• Foundations: cellular and organismal biology, general ecology, introductory genetics and evolutionary concepts.
• Quantitative skills: statistics for biology, ecological modelling, population dynamics and data analysis using R or similar platforms.
• Systematics and biodiversity: taxonomy, phylogenetics, methods for identifying and classifying organisms, and evolutionary history reconstruction.
• Field and laboratory methods: course sequences focused on field sampling design, mark–recapture techniques, community surveys, lab protocols in molecular ecology and experimental design.
• Applied ecology: conservation biology, restoration ecology, landscape ecology, and environmental impact assessment.
• Capstone and research: an undergraduate research project or senior seminar that integrates literature review, experimental or observational work, data analysis and written/oral presentation.

Students can often take elective courses from related areas such as forestry, environmental engineering, geology, or data science to tailor their degree toward wildlife management, conservation policy, or quantitative ecology. Hands‑on learning is typically supported by field trips, seasonal field stations and collaborations with campus research centres.

Entry requirements

Applicants are expected to hold a recognised secondary-school qualification for university entrance. Preparatory coursework in biology, chemistry and mathematics (including algebra and introductory calculus or statistics) is strongly recommended. Successful applicants typically demonstrate strength in scientific subjects, experience or interest in outdoor and laboratory work, and the ability to undertake quantitative analysis.

For admission consideration, applicants should provide academic transcripts and any required standardised test scores if submitted; additional materials such as a personal statement outlining interest in ecology and any relevant field or lab experience, and letters of recommendation may strengthen an application. Prospective transfer students should provide college transcripts and course descriptions for evaluation of equivalency and transfer credit.

Career prospects

Graduates are prepared for a wide range of careers in environmental and biological sciences. Common entry roles include ecological or wildlife technician, environmental consultant, conservation practitioner, field biologist, laboratory technician, and natural resource manager. The programme also provides a strong foundation for graduate study (master’s or PhD) in ecology, evolutionary biology, conservation science, fisheries and wildlife management, or environmental science.

Other career pathways available to graduates include roles in ecological data analysis, GIS and spatial planning, environmental policy and law, science communication and education, and work with non‑governmental organisations, government natural resource agencies, and private environmental consulting firms. The quantitative and research skills developed in the programme are also valued in industry and interdisciplinary teams addressing climate change, biodiversity monitoring and ecosystem restoration.

Why study at Michigan Technological University

Michigan Tech offers strong experiential learning in this field due to its location and institutional emphasis on hands‑on education. Students benefit from access to diverse northern forest, freshwater and wetland ecosystems in the Upper Peninsula for field courses and research. The university supports undergraduate research and close faculty mentorship, allowing students to join ongoing projects in ecology, conservation and evolutionary biology.

Cross‑disciplinary collaboration is a hallmark of the university, so students can combine ecological training with applied skills from departments such as environmental engineering, forestry, computer science or geosciences. On‑campus resources, including field stations, research institutes and laboratory facilities, support both practical training and project‑based learning that prepare graduates for professional roles or further academic study.