Undergraduate Agricultural Science and Technology (Extended Major)

3 Years On Campus Bachelors Program

University of Western Australia

Program Overview

This program focuses on modern agricultural systems and the technologies that drive sustainable and efficient food production. It is ideal for students who are interested in combining science, innovation, and technology to solve real-world challenges in agriculture, food security, and environmental management.

Curriculum Structure

Year 1

In the first year, students build a strong foundation in agricultural science and biological systems while also being introduced to technology-driven approaches in modern farming. Core study areas typically include plant biology, soil science, introduction to agricultural systems, and foundational agricultural technology, helping students understand how science and innovation support food production. This year also develops essential laboratory and analytical skills.

Year 2

The second year focuses on applied agricultural science combined with technology-based solutions for farming systems. Students commonly study crop and soil management, agricultural data systems, plant production technology, and environmental resource management, gaining hands-on understanding of how technology improves agricultural productivity and sustainability. Practical fieldwork and data analysis become more prominent in this stage.

Year 3

In the final year, students focus on advanced agricultural technologies and integrated farming systems, often completing a major applied project or research-based capstone. Study areas typically include precision agriculture, sustainable production systems, agricultural innovation, and advanced environmental management, allowing students to apply scientific and technological tools to real-world agricultural challenges. This year prepares graduates for industry or postgraduate pathways.

Focus Areas

Precision agriculture, agricultural technology, crop science, soil management, sustainable farming systems, environmental resource management, and agricultural innovation.

Learning Outcomes

Graduates develop strong scientific, analytical, and technological skills to improve agricultural productivity and sustainability. They gain the ability to apply modern agricultural technologies, interpret data-driven insights, and contribute to innovation in global food production systems.

Professional Alignment (Accreditation)

The program aligns with industry expectations in agricultural science and technology, preparing graduates for roles in agritech companies, agribusiness firms, government agricultural departments, and research organisations. It also provides a strong foundation for professional pathways in modern farming systems and environmental management.

Reputation (Employability & Rankings)

The University of Western Australia is internationally recognised for excellence in agricultural and life sciences and is consistently ranked among leading global universities in QS World University Rankings for agriculture-related disciplines.

Experiential Learning (Research, Projects, Internships etc.)

Students in this program gain practical, technology-driven experience by working directly with modern agricultural systems that integrate science, engineering, and digital innovation. Learning is built around real field environments, laboratory investigation, and data-based decision-making, allowing students to understand how advanced agricultural technologies are used to improve productivity and sustainability in real farming systems. The program is strongly supported by research-led teaching and industry-informed practice, ensuring students graduate with applied, job-ready technical skills:

UWA Institute of Agriculture: Access to one of Australia’s leading agricultural research institutes, supporting student involvement in cutting-edge projects focused on crop systems, sustainability, and agricultural innovation.
Agricultural & Environmental Science Laboratories: Hands-on laboratory training in plant science, soil systems, and environmental analysis to support experimental learning and data interpretation.
Precision Agriculture & Digital Tools Training: Experience with modern agricultural technologies such as GIS mapping systems, data analytics platforms, and digital decision-support tools used in smart farming.
Field-Based Learning & Experimental Sites: Practical exposure to real agricultural environments where students observe and analyse crop performance, soil conditions, and land management practices.
Group-Based Applied Projects: Collaborative projects where students solve real-world agricultural and technology integration challenges, developing teamwork and industry-style problem-solving skills.
Research-Driven Learning Environment: Engagement with ongoing agricultural science and technology research that connects classroom learning with real innovation in food production systems.
UWA Library & Digital Research Resources: Access to extensive scientific databases, agricultural journals, and digital learning platforms supporting advanced research and assignments.

Progression & Future Opportunities

Graduates of this program are well-positioned for careers in modern agriculture where science and technology are used to improve productivity, sustainability, and food security. You can move into roles such as agricultural technologist, precision agriculture specialist, crop production advisor, soil and data analyst, or agritech consultant, working across farming industries, research organisations, and government sectors.

Career readiness is strongly supported through university services and industry-connected learning experiences:

UWA Careers and Employability Services: Provides personalised career coaching, resume and interview preparation, and access to agriculture and technology-focused graduate opportunities.
Industry-linked agricultural and research ecosystem: Students benefit from engagement with Western Australia’s strong agricultural sector and research networks, including applied innovation in crop production and farming technology systems.
Work-integrated and applied learning: Fieldwork, laboratory training, and technology-based projects ensure students graduate with practical, job-ready skills in agricultural science and digital farming systems.
Graduate outcomes (UWA reporting): The University of Western Australia consistently reports strong graduate outcomes in agricultural and environmental science disciplines, with students progressing into employment or further study pathways after graduation.
Long-term qualification value: The degree is widely recognised in Australia and internationally, providing strong career flexibility across agritech, agriculture, and environmental management sectors.

Further Academic Progression
After completing this degree, students can progress into postgraduate study such as a Master of Agricultural Science, Master of Agribusiness, Master of Environmental Science, Master of Data Science (agricultural applications), or research higher degrees (Honours/MPhil/PhD) at University of Western Australia or other leading global universities. This pathway supports advanced careers in agricultural innovation, precision farming, research, and technology-driven sustainability roles.