Capital University

What you'll study

This degree blends foundational natural science with practical conservation and research skills. Core topics typically include ecology, conservation biology, soil science, watershed hydrology, wildlife management and forest ecology. Students also study quantitative methods such as statistics, experimental design and geographic information systems (GIS), along with laboratory techniques and field methods for monitoring ecosystems.

Programme structure commonly mixes lectures, laboratory sessions and regular fieldwork. Typical modules and subjects you can expect to encounter include:

• Foundations of Ecology – population and community ecology, species interactions and ecosystem processes.
• Conservation Biology – principles of biodiversity conservation, protected area design and restoration ecology.
• Soils and Plant-Soil Interactions – soil properties, nutrient cycling and implications for land management.
• Watershed and Aquatic Systems – hydrology, water quality assessment and freshwater ecology.
• Wildlife and Habitat Management – population monitoring, habitat assessment and management planning.
• GIS and Spatial Analysis – mapping, remote sensing basics and spatial data analysis for natural resource planning.
• Field Methods and Environmental Monitoring – sampling design, instrumentation, data collection and quality assurance in field settings.
• Research Project or Capstone – independently designed research or applied project that develops research skills and subject-matter expertise.

Elective options frequently allow specialisation in areas such as restoration ecology, environmental policy and planning, sustainable forestry, or agricultural landscapes. Practical experience through supervised field trips, laboratory internships and community-based projects is an integral component.

Entry requirements

Applicants are expected to have a secondary school completion or equivalent with a record of academic achievement. Typical entry considerations include:

• A strong background in science, usually demonstrated by courses in biology and chemistry.
• Competence in mathematics; applicants who have completed algebra, geometry and pre-calculus or statistics are preferred.
• Evidence of practical experience or interest in natural resources or environmental work can strengthen an application; this might include volunteer, work, or project experience.
• Admissions decisions consider the whole application: academic transcripts, personal statement, and references. Standardised tests may be optional depending on the admissions policy; international applicants must meet English language proficiency requirements.

Applicants without one or more recommended prerequisites may be admitted on the condition that they complete preparatory coursework. Mature applicants and those with relevant professional experience are encouraged to enquire about alternative entry routes.

Career prospects

Graduates with a degree in Natural Resources Conservation and Research pursue a range of roles in the public, private and non-profit sectors. Common entry-level positions include:

• Conservation technician or field biologist conducting surveys and monitoring programmes.
• Natural resources or parks technician working with local or regional land-management agencies.
• Environmental consultancy roles supporting impact assessment, permitting and habitat mitigation.
• GIS or data-analyst technician applying spatial tools to resource planning and management.
• Restoration technician implementing ecological restoration and rehabilitation projects.

Many graduates move into specialist or managerial roles with experience, or continue to postgraduate study in ecology, conservation science, environmental management or related disciplines. The degree also provides a solid foundation for careers in environmental education, policy, advocacy and research institutions.

Why study at Capital University

Capital University offers a liberal-arts–informed approach to natural-resources education, emphasising close faculty supervision, hands-on learning and cross-disciplinary skills. Small class sizes typically mean more direct contact with instructors and opportunities for mentored research. The programme places strong emphasis on field-based training and applied skills—such as sampling methods, GIS and data analysis—that employers and graduate schools value.

Students benefit from access to local field sites for seasonal monitoring and study, and are supported to secure internships and placements that build practical experience. The curriculum is designed to be flexible, allowing students to tailor their studies through electives and a capstone research project to match career aims or further-study plans.