Bachelor of Agricultural Science

3 Years On Campus Bachelors Program

Murdoch University Australia

Program Overview

Murdoch University offers the Bachelor of Agricultural Science for students who want to understand modern farming systems, sustainable food production, and agricultural innovation through a strong science and industry-focused approach. This program suits students interested in working with crops, soils, animals, and agribusiness systems to solve real challenges in food security and environmental sustainability.

Curriculum Structure

Year 1

In the first year, students develop essential scientific foundations in agriculture through introductory study such as Introduction to Agricultural Systems, Biology for Agricultural Science, and Soil and Plant Fundamentals. These units help students understand how plant growth, soil health, and environmental conditions influence agricultural productivity.

Year 2

The second year focuses on applied agricultural science, where students study areas such as Crop and Pasture Production Systems, Animal Production Science, and Agricultural Chemistry and Soil Management. This year builds practical understanding of how farming systems are managed efficiently and sustainably in real-world conditions.

Year 3

In the final year, students move into advanced and specialised learning through units such as Sustainable Agriculture Systems, Agribusiness and Farm Management, and Advanced Crop and Soil Science. Students also develop problem-solving and decision-making skills to address challenges in modern agriculture and food production systems.

Focus Areas

Crop and soil science, animal production systems, sustainable agriculture, agribusiness management, environmental sustainability, and food security systems.

Learning Outcomes

Graduates gain the ability to apply scientific principles to agricultural production, evaluate and improve farming systems, and develop sustainable solutions for global agricultural and environmental challenges.

Professional Alignment (Accreditation)

Murdoch University programs are aligned with Australia’s agriculture, environmental science, and agribusiness sectors, preparing graduates for industry roles across farming systems, research organisations, and food production industries.

Reputation (Employability & Rankings)

Murdoch University is recognised for its strong teaching and applied learning focus, particularly in environmental and agricultural sciences. It is featured in major global ranking systems such as QS World University Rankings, reflecting its strong academic reputation and graduate employability outcomes in science-based fields.

Experiential Learning (Research, Projects, Internships etc.)

Murdoch University delivers a strongly applied agricultural science education where students gain hands-on experience through laboratories, field-based training, and industry-linked projects across Western Australia’s diverse agricultural regions. A key feature of the program is its practical learning environment supported by university farm facilities, science laboratories, and real-world agricultural industry engagement, helping students connect scientific theory with farming and agribusiness practice. Students also benefit from Murdoch’s strong focus on sustainability, innovation, and research-informed teaching:

Laboratory-based agricultural training: Practical work in soil science, plant biology, and agricultural chemistry using university science and environmental laboratories.
Field-based learning experiences: Exposure to real farming environments in Western Australia, including crop systems, livestock production areas, and agricultural land management sites.
Industry-linked projects: Students work on real agricultural problems in collaboration with agribusiness partners and farming enterprises.
Applied research exposure: Participation in agricultural science investigations focused on sustainability, productivity improvement, and environmental management.
Group-based learning activities: Collaborative projects involving farm planning, soil management strategies, and agribusiness problem-solving scenarios.
Digital agriculture tools: Use of data analysis systems, agricultural modelling software, and precision farming technologies to interpret agricultural performance.
Work Integrated Learning (WIL): Opportunities for industry engagement and practical experience through placements and professional exposure in agriculture-related organisations.
University learning resources: Access to academic libraries, agricultural science databases, and digital research platforms supporting study and project work.

Progression & Future Opportunities

Murdoch University graduates are well-prepared for science-driven careers that support modern agriculture, environmental management, and sustainable food production systems. The program builds strong analytical, technical, and field-based skills, enabling graduates to work across both research and industry settings. Common roles include: Agricultural Scientist, Agronomist, Soil Scientist, Environmental Consultant.

Career development and employment readiness are supported through structured university services and strong industry engagement:

Murdoch Careers and Employability support: Provides career counselling, CV and interview preparation, internship guidance, and access to agriculture and science-focused job opportunities.
Industry-connected learning environment: Strong links with Western Australia’s agricultural and environmental sectors, including agribusiness organisations, research networks, and farming enterprises.
Graduate outcomes & salary range: Agricultural science graduates in Australia typically begin careers with salaries around AUD $55,000–$75,000+, with higher earning potential in specialised agronomy, consultancy, and research roles.
Professional relevance in agriculture sector: The degree aligns with Australia’s demand for sustainable farming, soil management, and climate-resilient agricultural systems.
Applied learning advantage: Strong fieldwork and laboratory training improve employability by ensuring graduates are job-ready for real agricultural environments.

Further Academic Progression:
Graduates can continue into postgraduate qualifications such as a Master of Agricultural Science, Master of Environmental Science, or PhD in Agricultural Research, specialising in areas like soil systems, crop production, sustainability, or agricultural innovation.