Master of Research (Agriculture)

1 Years On Campus Masters Program

University of Adelaide

Program Overview

The Master of Research (Agriculture) at the University of Adelaide is a 1.5-year full-time research degree combining research-focused coursework with an independent research project, making it well suited to agriculture graduates and professionals who want to develop advanced research expertise or prepare for a PhD. Students build skills in research methodology, critical analysis, research communication and engagement before applying them to an agriculture-focused project under the supervision of experienced researchers.

Curriculum Structure

Year 1: Students begin by developing a strong research foundation through Foundations of Research (RESE5000), Information Resources (RESE5001) and Research Integrity and Ethics (RESE5002). They then strengthen their ability to work collaboratively and communicate research through Research Teams and Projects (RESE5003) and Research Communication (RESE5004), alongside approved research electives relevant to their agricultural research area.

Year 2: The program moves into the major independent research component, with students undertaking the Research Project (AUXX7000), worth 48 units. Under the guidance of a research supervisor, students investigate an agriculture-related question, apply appropriate research methods, analyse findings and communicate outcomes, while Research Engagement and Impact (RESE5005) helps connect their research to broader professional, environmental, social or economic impact.

Focus areas:

Agricultural research, research methodology, critical and analytical thinking, independent investigation, research communication, research engagement and impact, and solving complex agricultural challenges. The university's broader research strengths include Food, Agriculture & Wine, providing a strong research environment for agriculture-focused projects.

Learning outcomes:

Graduates develop the ability to conduct independent research, understand current research and global developments in their field, apply analytical, critical and creative thinking, use established research methodologies, solve complex problems, uphold research ethics, communicate complex findings to specialist and non-specialist audiences, and apply research outcomes for environmental, social, cultural or economic impact.

Professional alignment (accreditation):

The program is a research degree rather than a professionally accredited coursework qualification. Its professional value comes from advanced research training, independent project experience and the development of research capabilities applicable to industry, government, policy and academic environments. The university also identifies the Master of Research as a direct preparation pathway for PhD study.

Reputation (employability rankings):

The university describes Adelaide University as a global top 100 university, while highlighting its world-class research environment, research facilities, experienced researchers and industry/community connections. Its research is organised around five signature themes, including Food, Agriculture & Wine, reinforcing the relevance of the university's research ecosystem to agriculture-focused students.

Experiential Learning (Research, Projects, Internships etc.)

The Master of Research (Agriculture) at the University of Adelaide is strongly research-focused, giving students the opportunity to build practical research skills through a dedicated research project and access to the university’s major agricultural research ecosystem. The program is closely connected with the Waite Campus, where students can work within a research environment covering crop science, soil and land systems, plant breeding, genetics, horticulture, plant protection and sustainable agriculture.

Students benefit from the Waite Research Precinct, the largest concentration of agricultural research, education and capability in the Southern Hemisphere, with more than 15 co-located organisations and centres. This provides a particularly strong environment for research collaboration and exposure to facilities used for agricultural and plant-science research:

Research project: The Master of Research combines research-focused coursework with a one-year research project, allowing students to undertake substantial independent research in their chosen area.
Agricultural research facilities: Students can access the research environment at Waite Campus, which includes specialist facilities supporting plant biotechnology, cereal breeding, sustainable food production, horticulture and natural-resource research.
Plant phenotyping: The Australian Plant Phenomics Facility (The Plant Accelerator) is part of the Waite research ecosystem, supporting advanced plant research and phenotyping.
Specialist laboratories: Waite's research infrastructure includes laboratories for chemical, genetic, biochemical, microbiological, physiological and ecological studies, together with specialist laboratories for areas such as cereal breeding, cereal quality and horticultural field studies.
Advanced scientific equipment: Research infrastructure includes DNA sequencing platforms, advanced microscopes, X-ray diffraction, NMR, GC/mass spectrometry and infrared/UV-visible spectrophotometers, providing access to sophisticated analytical capabilities relevant to agricultural research.
Controlled research environments: Facilities include greenhouses, plant-growth facilities and controlled-environment containment and quarantine facilities, supporting experimental plant and agricultural research.
Field-based research: The Waite precinct provides advanced small-plot machinery for field experiments with cereals and pastures, supporting research that connects laboratory findings with agricultural production.
Agricultural modelling: The Agricultural Machinery Research and Design Centre conducts research in laboratory and field settings and uses state-of-the-art modelling and software simulation for agricultural machinery and farming-system research.
Research institutes and centres: Students are surrounded by specialist research organisations and facilities within the Waite ecosystem, including the Waite Research Institute, Australian Plant Phenomics Facility, Fertiliser Technology Research Centre and Plant SynBio Australia.
Research library: The Waite Campus Library (Woolhouse Library) has collections specifically covering agriculture, plant biotechnology and breeding, plant pathology, horticulture, soil sciences, viticulture and wine science, as well as individual and group study spaces, computers and research facilities.
Industry and research collaboration: The Waite precinct brings together researchers, industry partners, government agencies and educators, creating opportunities for research to be translated into practical agricultural solutions.
Research engagement training: The Research Engagement and Impact course specifically develops students' understanding of how to engage research end-users and stakeholders when planning and conducting research.

Progression & Future Opportunities

The Master of Research (Agriculture) at the University of Adelaide is designed for students who want to build advanced independent research skills and apply them to agricultural challenges. Graduates can progress into agricultural research, government and policy, consulting, environmental sustainability, and further academic research, with the program developing analytical, critical-thinking and research-methodology capabilities.

Typical career opportunities include:

Agricultural Researcher
Agricultural Consultant
Government & Policy Researcher
Environmental/Sustainability Researcher

The University of Adelaide provides several pathways to turn this research training into professional opportunities:

Career development: Graduate researchers can access the Graduate Research & Innovation Training (GRIT) program, which develops research, communication, collaboration, entrepreneurship, leadership and research-commercialisation skills.
Employment and salary outcomes: University of Adelaide data states that Australians with a postgraduate qualification earn more than AUD $25,000 per year on average compared with those holding an undergraduate qualification; the median reported salary for postgraduate research degree graduates was AUD $100,000 in the 2023 QILT Graduate Outcomes Survey.
Industry partnerships: The University works with 7,000+ industry, education and research collaborators worldwide, providing a substantial network for research collaboration and professional connections.
Agriculture-specific industry engagement: The School of Agriculture, Food and Wine works with agriculture, food and wine industries through placements, collaborative research, professional training and knowledge exchange, giving research students opportunities to engage directly with the sector.
Waite Research Institute: At the Waite Research Institute, graduate researchers can work alongside leading scientists and industry partners on real-world agricultural challenges such as crop improvement, sustainability and climate resilience, with access to advanced facilities, collaborative networks and expert mentoring.
Industry research opportunities: Adelaide's graduate research ecosystem supports collaboration with businesses, government departments, NGOs and community organisations, allowing research to be connected to practical sector challenges.
Graduation outcomes: The Master of Research can lead to senior professional positions, public-sector research and evidence-based policy work, as well as research and development roles across scientific, environmental and consulting sectors.
Long-term research value: The qualification provides a strong foundation for students seeking careers where advanced research, analytical and problem-solving skills are valued, while also creating a pathway toward becoming an academic researcher.

Further Academic Progression: After completing the Master of Research (Agriculture), students can progress toward a PhD or other doctoral-level research degree, building on their independent research experience and agricultural specialisation. The University also provides opportunities to identify research projects and develop a pathway toward advanced research careers.