Michigan Technological University

What you'll study

The forestry curriculum balances foundational natural science and applied forest management, delivered through classroom instruction, laboratory work and extensive field experience. Core areas include forest ecology, dendrology (tree identification), silviculture (regeneration and stand tending), forest mensuration and biometrics (measurement, sampling and statistics), and forest soils.

• Foundational science: biology, ecology, soil science and chemistry relevant to forest systems.
• Forest measurement and inventory: mensuration, sampling design, growth and yield, and use of field instrumentation.
• Silviculture and forest ecology: stand dynamics, regeneration methods, ecosystem processes and wildlife habitat considerations.
• GIS and remote sensing: spatial analysis, GPS field methods, remote sensing applications for mapping and monitoring.
• Forest operations and wood products: harvesting systems, transportation, wood properties and value chain considerations.
• Policy, economics and planning: resource economics, forest policy, landowner relations and sustainable forest management planning.
• Practical experiences: field camps, lab courses, capstone projects and opportunities for internships or cooperative placements with public agencies and industry.

Students also take quantitative coursework in statistics and modelling, and choose electives or minors to tailor the degree toward natural resources management, conservation, GIS, or timber industry roles.

Entry requirements

Applicants should hold a secondary school diploma or equivalent with a strong record in mathematics and science. Recommended preparation includes algebra/trigonometry, biology and chemistry; physics is also useful. Admissions typically consider academic transcripts, statement of interest and any relevant field or work experience. Standardised tests may be optional depending on admissions policies; applicants from outside the U.S. will need to meet English language proficiency requirements.

Successful candidates usually demonstrate practical motivation for outdoor resource work, the ability to complete quantitative coursework, and readiness to participate in field activities that may include travel and physically active work.

Career prospects

Graduates of the forestry programme are prepared for a wide range of careers in public and private sectors, or for advanced study. Typical roles include:

• Forestry or district manager with state and federal forestry agencies
• Silviculturist and regeneration specialist
• Forest inventory and mensuration specialist or GIS/remote sensing analyst
• Consulting forester and private landowner advisor
• Forest products and supply chain roles, including harvesting and procurement
• Urban and community forestry practitioner
• Conservation scientist, habitat manager or science technician with NGOs

Many graduates also pursue graduate degrees in forestry, ecology, environmental science or natural resources policy; others enter industry internships and certification programmes leading to professional registration.

Why study at Michigan Technological University

Michigan Tech’s forestry programme is known for its strong hands‑on emphasis and proximity to extensive northern forestlands, offering abundant opportunities for field labs, long‑term research and seasonal work. The university maintains strong laboratory and GIS resources and faculty expertise in forest ecology, management, and remote sensing, and students benefit from practical training through field camps, research projects and industry connections.

The regional forest economy and public land management agencies provide a natural laboratory for applied learning and internships, and the programme’s curriculum is designed to integrate quantitative skills with ecological and policy perspectives to prepare graduates for immediate employment or further study.