University of Hartford

What you'll study

This interdisciplinary programme covers the scientific principles and practical skills needed to assess, manage and restore natural resources. Core topics include ecology, conservation biology, environmental chemistry, soil science, hydrology and wildlife management. Students also develop quantitative and technical competencies through coursework in statistics, experimental design and geographic information systems (GIS).

Programme structure typically combines foundational coursework in the first years with more specialised and experiential modules in later years. Typical modules and learning experiences include:

• Fundamentals of Ecology and Conservation — population and community ecology, biodiversity and conservation theory.
• Field Methods and Sampling — survey techniques, habitat assessment, species monitoring and bioassessment protocols.
• Soil and Water Science — physical and chemical properties of soils, watershed processes, water quality monitoring and aquatic ecology.
• GIS and Spatial Analysis — mapping, remote sensing and spatial data analysis applied to natural resource issues.
• Environmental Chemistry and Toxicology — sources, fate and effects of pollutants; laboratory analyses.
• Research Design and Statistics — experimental design, data analysis and interpretation for field and laboratory studies.
• Policy, Management and Restoration — natural resource policy, conservation planning, habitat restoration techniques and stakeholder engagement.
• Capstone Research Project or Internship — an independent research project or an extended placement with a conservation organisation, municipal agency or private sector partner.

Practical learning is emphasised: students engage in field trips to local ecosystems such as rivers, wetlands and coastal areas, undertake laboratory work in ecology and analytical chemistry, and have opportunities to participate in faculty research and community partnerships.

Entry requirements

Applicants must satisfy the University of Hartford’s undergraduate admission criteria and submit a completed application with official high school transcripts. Academic preparation in college‑preparatory science and mathematics is expected — recommended subjects include biology, chemistry and algebra or precalculus.

Typical applicants benefit from extracurricular experience related to the outdoors, conservation volunteering, or science clubs. A personal statement describing interests in natural resources, and letters of recommendation are helpful where requested. International applicants are required to demonstrate English language proficiency through an accepted test or equivalent evidence if English is not their first language.

Prospective transfer students should provide college transcripts and a summary of completed coursework; credit for prior relevant coursework or field experience may be considered according to university transfer policies.

Career prospects

Graduates are prepared for a range of roles in conservation, environmental management and research. Common career paths include:

• Conservation scientist or natural resource manager with government agencies and land trusts.
• Environmental consultant or field technician conducting assessments, monitoring and remediation support.
• GIS specialist or spatial analyst for ecological planning and natural resource inventory.
• Research assistant or technician in university, museum or NGO research programmes.
• Park and recreation management, habitat restoration practitioner and environmental education roles.

Many graduates also pursue postgraduate study (master’s or PhD) in ecology, conservation biology, environmental science or related disciplines to specialise further or move into research and policy positions.

Why study at University of Hartford

The University of Hartford offers a learning environment with small class sizes and close faculty‑student interaction, which supports hands‑on training and mentored research. The campus’s location in Connecticut provides convenient access to a variety of field sites — rivers, coastal systems and forested landscapes — that are used for practical field courses and applied projects.

Students benefit from laboratory facilities, access to GIS and analytical equipment, and partnerships with local conservation organisations, state agencies and community initiatives that create internship and research opportunities. The university’s career services and on‑campus advising help students translate academic experience into professional placements or graduate study pathways.