The Bachelor of Agriculture is a comprehensive program that equips students with specialized knowledge of modern agriculture, while developing critical thinking, problem-solving skills, and professional competence to enhance productivity and sustainability across the agricultural sector.
Designed with an applied focus, the program combines a solid scientific foundation with practical, industry-aligned learning. Students progress systematically from fundamental concepts to advanced topics, learning how to analyze complex agricultural challenges and formulate innovative solutions for modern primary production.
Throughout the course, students engage with cutting-edge ag-tech innovations, sustainable production systems, systems thinking, and emerging global industry trends. The program culminates in a Capstone Project, allowing students to integrate and apply their knowledge to solve real-world agricultural problems.
Additionally, students have opportunities to participate in Professional Placements or Research Projects, gaining invaluable hands-on industry experience, working alongside professionals, and enhancing their research capabilities.
A distinctive feature of the course is its diverse selection of Minors, allowing students to tailor their studies with complementary disciplines to expand their career opportunities upon graduation.
Students also benefit from an active research environment, engaging with leading industry experts, attending workshops, participating in summer research projects, international collaborations, and enterprise networking initiatives, helping build professional networks and enhance workforce competitiveness.
Upon completing the Bachelor of Agriculture, graduates possess the specialized knowledge, practical skills, and real-world experience required for careers in agricultural production, farm management, ag consulting, research and development, ag-tech innovation, resource management, food safety, and sustainable farming systems.
Upon graduation, students can pursue roles such as:
Explore course details, duration and entry requirements listed for this program. Learn about studying in Australia with De1 and review official information for international students at Study Australia.
To complete the Bachelor of Agriculture program, students must complete 24 units (144 credit points), comprising core units, a major, and a minor or electives.
The curriculum provides a comprehensive foundation in agricultural science, technology, and modern agricultural production management through the following units:
1. Introduction to Agricultural Systems
Explore agricultural production systems, the interconnectedness of crops, livestock, environment, and key factors driving sustainable industry development.
2. Life Science Fundamentals
Develop essential knowledge in biology, genetics, physiology, and life science principles underpinning agricultural systems.
*Includes a compulsory Residential School.
3. Scientific Research Fundamentals
Learn research design, data collection and analysis, critical thinking, and applied scientific research methodologies in agriculture.
4. Soil and Irrigation Management
Study soil characteristics, nutrient management, efficient land resource utilization, and modern irrigation systems to optimize crop yield.
*Includes a compulsory Residential School.
5. Plant Science and Crop Production
Gain expertise in plant physiology, agronomic techniques, crop management, and methods to boost agricultural productivity.
*Includes a compulsory Residential School.
6. Plant and Livestock Breeding Strategies
Learn modern breeding methods and strategies to enhance crop and livestock traits for improved production efficiency.
*Includes a compulsory Residential School.
7. Professional Placement or Project
Students choose between an industry placement or a research project, applying theoretical knowledge to live workplace environments and developing specialist skills.
8. Agriculture Technology Transformation: The Future of Food and Fibre
Discover emerging technological trends including Smart Agriculture, automation, artificial intelligence (AI), Internet of Things (IoT), Big Data, and innovative solutions in modern primary industries.
To graduate, students must complete:
