Overview

Addressing urgent environmental challenges—such as climate change, biodiversity loss, and resource degradation—requires rigorous scientific understanding and innovative management strategies. The Bachelor of Environmental Science at Griffith University delivers a comprehensive education that integrates ecological science, earth systems, and sustainable resource management. Students learn within advanced research laboratories and utilize unique outdoor living laboratories across diverse Australian ecosystems, ranging from coastal zones to tropical rainforests. The curriculum blends foundational biological, chemical, and earth sciences with specialized studies in ecology, environmental pollution, GIS mapping, and environmental impact assessment. Emphasizing hands-on field experience, learners complete regular fieldwork excursions, practical laboratory investigations, and a substantial professional industry placement or capstone research project. Designed for curious and ecologically conscious problem-solvers, this degree equips students with the empirical and analytical tools needed to protect natural systems. Graduates emerge with the scientific expertise and professional readiness to drive sustainability initiatives across government agencies, environmental consultancies, and conservation organizations.

What You'll Learn

• Ecological principles, biodiversity conservation, and ecosystem dynamics

• Earth systems science, geology, and environmental geomorphology processes

• Environmental chemistry, pollutant behavior, and water and soil quality testing

• Geographical Information Systems (GIS), remote sensing, and spatial data analysis

• Environmental impact assessment, auditing, and legislative compliance frameworks

• Sustainable resource management, climate change adaptation, and habitat restoration strategies

• Scientific research methodologies, field sampling techniques, and environmental data analysis

Learning Outcomes

Upon completing the programme, students will be capable of applying scientific principles and empirical methods to investigate environmental problems and monitor ecosystem health. Graduates will demonstrate high-level technical proficiency in conducting field surveys, operating laboratory analytical equipment, and utilizing GIS software for spatial modeling. Through extensive fieldwork, laboratory practicals, and professional placements, learners acquire hands-on skills in evaluating environmental risks, designing rehabilitation plans, and managing natural resources sustainably. They will critically appraise environmental legislation, ethical considerations, and scientific literature to formulate evidence-based recommendations. Ultimately, graduates acquire the analytical rigor, field readiness, and professional communication skills required to secure employment as environmental scientists and lead ecological conservation efforts globally.