This major focuses on the critical scientific aspects underpinning fisheries, marine microbiology and genomics, aquaculture, and oceanography. It emphasizes understanding how marine and aquatic ecosystems are affected by challenges like climate change, pollution, and unsustainable practices, which threaten biodiversity and lead to ocean acidification. Students gain insights into the science behind sustainable fisheries and aquaculture, preparing them to address environmental issues affecting our oceans. The program fosters quantitative skills, enabling students to navigate complex data sets and contribute to innovative solutions in marine science. The curriculum is designed to support students in developing a thorough understanding of marine ecosystems and the scientific tools used to study and protect them. By focusing on practical and research-based knowledge, students are prepared for the complexities of marine environments and the sustainable management of aquatic resources.
Why this course is highly recommended
This program is ideal for students passionate about marine conservation, sustainable fisheries, and aquaculture. It provides essential scientific knowledge while emphasizing quantitative skills necessary for analyzing complex marine data. With global concerns around climate change and ocean health, this course equips students to make meaningful contributions in these critical fields. The practical focus and research elements prepare students for innovative roles in marine science, environmental management, and related industries.
The course offers a specialised focus on fisheries, marine microbiology and genomics, aquaculture, and oceanography, combining biological sciences with quantitative and environmental studies to develop expertise in marine ecosystem management and sustainable practices.
Application fees
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1st year tuition fees
22.44L
Living cost
The program involves completing six units, each worth one credit point. The units cover topics such as Introduction to Fisheries, Marine Microbiology and Genomics, Quantitative Marine Science, Oceanography, Aquaculture, and Fisheries Science. These are spread across three trimesters and are offered at the Waurn Ponds campus in Geelong.

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Graduates can pursue careers in marine research, environmental consultancy, fisheries management, aquaculture development, marine conservation, and policy-making. The course equips students with the skills to work in scientific research, marine resource management, environmental impact assessments, and sustainable fisheries programs, aligning with global efforts to preserve ocean ecosystems.