Master of Conservation Science

1 Years On Campus Masters Program

University of Queensland

Program Overview

The Master of Conservation Science is a 1.5-year program for students who want to understand biodiversity, protect ecosystems and contribute to practical conservation solutions. It combines scientific study with research and field-based learning, giving students the opportunity to explore real conservation challenges across marine, rainforest and other natural environments.

Curriculum Structure

Year 1: Students build a strong foundation in conservation science, biodiversity and ecological systems through subjects such as Conservation & Wildlife Biology, Geographical Information Systems and Marine Conservation. These subjects help students understand wildlife and ecosystems, use spatial information and explore the challenges involved in protecting marine environments.

Final Stage: Students develop more advanced knowledge through subjects such as Rainforest Conservation, Environmental Impact Assessment and Multivariate Data Analysis & Machine Learning in Biology. Depending on their chosen study pathway, students can undertake a 4-month research project or complete additional coursework, allowing them to strengthen their research and conservation problem-solving skills.

Focus Areas

Biodiversity conservation, conservation biology, wildlife, marine conservation, rainforest conservation, ecological systems, geographical information systems, environmental impact assessment, conservation policy, ecological data analysis, natural resource management and ecosystem restoration.

Learning Outcomes

Students develop the scientific knowledge and practical skills needed to investigate conservation challenges, assess biodiversity and support evidence-based environmental decisions. They also gain experience in research, fieldwork, laboratory-based activities and applying scientific methods to real conservation issues.

Professional Alignment (Accreditation)

The program prepares students for professional careers in conservation, environmental management, natural resource management, government and research. UQ does not specify a dedicated professional accreditation for this program, but its strong focus on scientific research, fieldwork and applied conservation provides valuable preparation for professional practice.

Reputation (Employability Rankings)

The University of Queensland is ranked 1st in Australia and 18th in the world for Environmental Sciences in the QS World University Rankings 2026. Graduates can pursue roles such as endangered species ecologist, pest management researcher, natural resources manager, policy developer, environmental sustainability manager, national parks and wildlife officer, zoologist and ecotourism manager.

Experiential Learning (Research, Projects, Internships etc.)

The Master of Conservation Science at The University of Queensland gives students plenty of opportunities to take their learning beyond the classroom through fieldwork, laboratory activities and research. Students can work in real conservation environments and use UQ's research facilities to explore biodiversity, wildlife, marine ecosystems and other environmental challenges.

Key practical learning opportunities include:

Heron Island Research Station: Students can study the Great Barrier Reef using teaching laboratories, microscopes, aquariums and field equipment.
Moreton Bay Research Station: Field experiences on Minjerribah (North Stradbroke Island) expose students to ecosystems such as seagrass areas, mangroves, coral reefs, rocky intertidal zones, lakes and beaches.
Hidden Vale Wildlife Research Station: Provides opportunities for practical learning and research related to wildlife and terrestrial conservation.
Centre for Biodiversity and Conservation Science: Students can engage with UQ's conservation research environment and work around current biodiversity and conservation challenges.
Centre for Marine Science: Provides access to marine research expertise and facilities relevant to marine conservation.
Laboratory learning: Students complement field-based learning with laboratory activities and scientific investigation.
Geographical Information Systems: The Geographical Information Systems course gives students practical experience using spatial approaches relevant to conservation and environmental analysis.
Research project: Students following the research pathway can complete a major 4-month research project, gaining experience in independent conservation research.
Field-based courses: Courses such as Marine Conservation and Rainforest Conservation provide opportunities to connect classroom learning with real ecosystems.
Teaching and research facilities: Heron Island Research Station includes teaching and research laboratories, aquariums, microscopes, a seminar room, student aquarium facilities and a library.

Progression & Future Opportunities

Graduates of the Master of Conservation Science can build careers across conservation, environmental management, government, research, consulting and wildlife protection. The program develops practical scientific and research skills that can prepare graduates for roles such as endangered species ecologist, natural resources manager, environmental sustainability manager and zoologist.

Students can strengthen their career prospects through:

Career support: UQ Careers and Employability provides career guidance, professional development activities, employment resources, industry connections and internship opportunities.
Industry networking: Students can take part in industry talks, panel presentations and industry insight sessions, giving them opportunities to meet professionals and understand current career expectations.
Internships and work experience: UQ provides domestic, virtual and global internship opportunities where students can gain workplace experience, develop professional networks and strengthen their CVs.
Employment and salary potential: UQ lists average annual salaries of A$90,000–A$110,000 for Ecologists and A$95,000–A$115,000 for Zoologists, based on SEEK data.
Graduation outcomes: Graduates can work with government departments, conservation organisations, NGOs, industry bodies, academic institutions and private consulting firms.
Research opportunities: Students interested in research can build on their master's studies and progress towards a PhD, developing advanced expertise in conservation and biodiversity research.
Long-term professional value: The combination of conservation science, biodiversity, fieldwork, laboratory learning and research provides a strong foundation for long-term careers in environmental and conservation-related fields.

Further Academic Progression: After completing the Master of Conservation Science, students can pursue a PhD or other research-focused postgraduate study. A doctoral degree can help graduates develop advanced research expertise and contribute original research to conservation, biodiversity and environmental science.