Ferris State University

What you'll study

This interdisciplinary major brings together core topics in ecology, evolution, systematics and population biology through classroom instruction, laboratory work and field-based learning. Course work typically covers:

• Foundations of Evolution — principles of natural selection, speciation and phylogenetics.
• Population Biology and Dynamics — population modelling, life-history strategies and demographic analysis.
• Community and Ecosystem Ecology — species interactions, nutrient cycling and ecosystem processes.
• Systematics and Taxonomy — identification, classification and the use of morphological and molecular characters.
• Field Methods and Natural History — survey techniques, sampling design, mark–recapture and long-term monitoring.
• Molecular and Genetic Tools — population genetics, DNA barcoding and lab techniques used in ecological genetics.
• Quantitative Methods — biostatistics, ecological modelling and introductory GIS for spatial analysis.
• Conservation Biology and Applied Ecology — conservation planning, habitat assessment and management strategies.
• Senior Capstone or Research Project — an independent research project or practicum that integrates field and laboratory skills.

The degree follows a typical bachelor's structure with general education requirements alongside major coursework, laboratory credit hours and opportunities for elective concentrations (for example, wildlife biology, plant ecology or molecular ecology). Students commonly engage in field trips across Michigan, semester-long practica, and faculty-mentored research projects.

Entry requirements

Admission to the programme follows Ferris State University undergraduate entry procedures. Typical expectations include:

• Completion of a recognised high school diploma or equivalent with a competitive cumulative GPA.
• Prerequisite coursework in biology and chemistry; applicants with coursework in mathematics/statistics and introductory geology or environmental science are preferred.
• Submission of official transcripts; standardised test scores (SAT/ACT) may be optional in line with university policy.
• For students whose first language is not English, evidence of English proficiency via an accepted test (for example TOEFL or IELTS) or other documentation of English-language competence.
• Strong applicants highlight laboratory or field experience, volunteer work with conservation organisations, and a personal statement describing relevant interests and career goals.

Career prospects

Graduates with this degree enter a range of careers that apply ecological and evolutionary knowledge and quantitative skills. Common career paths include:

• Environmental and ecological consultant roles conducting impact assessments, habitat surveys and remediation planning.
• Wildlife and fisheries biologist positions with state agencies, federal agencies or non-profit conservation organisations.
• Research technician or laboratory analyst roles in university, government or private-sector research labs, particularly in population genetics and ecological monitoring.
• Natural resource and land-management positions for parks, conservation districts and land trusts.
• GIS technician, data analyst or modeler roles that support ecological planning and spatial decision-making.
• Environmental education, outreach and science communication posts in museums, nature centres and NGOs.
• Further study at graduate level (MSc, PhD) for careers in academic research, advanced resource management or specialised conservation science.

Why study at Ferris State University

Ferris State University offers a hands-on, applied approach to biology and ecology that emphasises undergraduate training and mentorship. The university’s location in Big Rapids and proximity to Michigan’s forests, wetlands and Great Lakes provides accessible field sites for seasonal and semester-long field experiences. Class sizes at the undergraduate level support close interaction with faculty and opportunities for students to join ongoing research projects.

Students benefit from modern teaching laboratories, access to field equipment and courses designed to build practical skills sought by employers and graduate programmes. Ferris State also connects students with local and regional partners — such as state natural resource agencies, environmental consultancies and conservation organisations — for internships and practicum placements that enhance employability. Career services and faculty advising help students plan internships, graduate-school applications and entry into professional careers in ecology, conservation and related fields.