Overview

Marine science plays a pivotal role in understanding oceanic ecosystems, mitigating climate impacts, and preserving coastal biodiversity. The Bachelor of Marine Science at Griffith University provides a comprehensive scientific education focused on the complexities of marine organisms, oceanographic systems, and coastal management. Situated near vibrant coastal environments, the degree utilizes specialized research facilities, marine laboratories, and living aquatic environments to foster direct experiential learning. The curriculum integrates core biological, chemical, and physical science foundations with specialized major pathways in marine ecology, coastal management, and marine chemistry and biotechnology. Students engage in practical field excursions, vessel-based sampling operations, and empirical laboratory research alongside active marine scientists and environmental managers. Designed for analytical minds and passionate environmental stewards, this course prepares learners to address critical marine challenges like habitat restoration, pollution control, and sustainable resource use. Graduates emerge with the practical field techniques, research capabilities, and technical knowledge needed to advance conservation and aquatic management globally.

What You'll Learn

• Marine ecology principles, estuarine dynamics, and coral reef ecosystem function

• Physical oceanography, chemical oceanography, and marine biogeochemical cycles

• Coastal management frameworks, erosion mitigation, and marine spatial planning

• Marine biotechnology, bioprospecting, and chemical analysis of aquatic environments

• Marine megafauna behavior, fisheries biology, and aquaculture sustainability

• Geographic Information Systems (GIS), remote sensing, and spatial marine mapping

• Scientific field sampling protocols, experimental design, and quantitative data analysis

Learning Outcomes

Upon completing the programme, students will be capable of applying interdisciplinary scientific principles to analyze marine processes, evaluate ecosystem health, and diagnose environmental risks. Graduates will demonstrate technical proficiency in conducting fieldwork in marine environments, executing laboratory assays, and processing oceanographic datasets. Through field trips, laboratory studies, and collaborative research initiatives, learners acquire practical skills in spatial modeling, marine conservation strategies, and environmental impact assessment. They will critically evaluate scientific literature, adhere to legal and regulatory frameworks governing marine resources, and communicate environmental findings clearly to diverse stakeholders. Ultimately, graduates acquire the analytical precision, field capability, and scientific versatility required to pursue impactful careers across environmental consulting firms, government agencies, marine parks, and international marine research institutions.