Overview

Ensuring global food security, managing environmental resources, and developing sustainable agricultural systems are central to addressing some of the most critical challenges of the modern world. Students enrolled in the Bachelor of Agricultural Science at The University of Sydney examine the biological, physical, economic, and technological factors that drive primary production and land management. The curriculum combines fundamental scientific disciplines—such as plant, animal, and soil sciences—with real-world agricultural economics and technological innovations like precision farming. Learners benefit from direct engagement with leading agricultural scientists and access to advanced research facilities, including specialized teaching laboratories, greenhouse complexes, and extensive university farms in Camden and Briana. Integrated field trips and industry placements bridge academic theory with practical farming environments and commercial enterprise. This program suits analytical problem solvers passionate about sustainable agriculture, environmental stewardship, and technological innovation across food and fiber supply chains.

What You'll Learn

Plant biology, agronomy, crop production systems, and horticultural science

Soil science, soil chemistry, land evaluation, and sustainable soil management

Animal science, livestock production, animal physiology, and welfare principles

Agricultural economics, agribusiness management, and global food supply chain systems

Precision agriculture technologies, remote sensing, and GIS applications in farming

Genomics, plant and animal breeding, and agricultural biotechnology

Genetics, biostatistics, data analytics, and agricultural research methodologies

Environmental impacts of agriculture, climate change adaptation, and natural resource management

Professional agricultural practice, field laboratory work, and collaborative industry capstone projects

Learning Outcomes

Graduates will acquire a comprehensive understanding of agricultural ecosystems, sustainable resource management, and primary production industries. They will master the capacity to critically analyze agricultural systems, evaluate environmental and economic data, and formulate innovative solutions to complex farming and supply chain challenges. Through extensive laboratory work, practical farm field trips, and industry-focused project work, students build hands-on competence in soil analysis, crop diagnostic techniques, and precision agriculture technology deployment. Furthermore, the robust interdisciplinary curriculum equips individuals with the scientific depth and professional skills required to lead advancements across agribusiness, agricultural research, government advisory bodies, and international development organizations.