澳大利亞國立大學(xué)

With a Master of Science (Advanced) in Agricultural Innovation you will have the skills required to solve the complex challenges facing the world.

Globally agriculture will need to feed over nine billion people by 2050. With a changing climate and increasing competition for land, water and energy resources, the agricultural sector will need to find innovative ways to do more with less. To achieve this, an interdisciplinary approach to problem solving will be required. By completing courses in environmental management, business, computer science, biology, engineering or systems modelling, you will have the skills to integrate and adapt knowledge from different disciplines to design novel solutions to complex problems.

The Master of Science (Advanced) in Agricultural Innovation program provides you with the opportunity to extend your practical and coursework experience with the development and implementation of a research project supervised by an academic. This is particularly relevant to those who wish to benefit from the research strengths of ANU and pursue a career in research.

You will learn from world-leading experts from across ANU, and its industry partners, through initiatives including the Centre for Entrepreneurial Agri-Technology (CEAT), a joint ANU-CSIRO initiative. In partnership with government and industry, CEAT brings together research and technology to address industry challenges, cutting across traditional discipline boundaries.

Working in multidisciplinary teams on industry projects, graduates will translate research and theory into real-world outcomes, gaining industry relevant skills and a deep understanding of the challenges faced by industry.

Employment Opportunities

Stakeholder engagement with research and industry during the program development phase continually identified the skill shortage of system thinking, team ready and broad knowledge graduates. An aging community within the agricultural research and industries is considered a limitation to advancing the agri system. Graduates would be expected to build careers in state and federal government, as researchers in industry bodies, corporations and research institutions, as innovation technologist across the agricultural sector and in supporting non government organisations globally. Graduates would have the capacity to enter at managerial and strategic thinking level positions and also educate the next generation of leaders in agricultural fields.

Learning Outcomes

1. Demonstrate an advanced understanding of the complexity of agricultural systems and value chains.

2. Interpret, synthesize and critically analyse published literature of relevance to agricultural systems.

3. Apply knowledge of innovation systems in identifying emerging opportunities and solving challenges in the agricultural sector.

4. Integrate and adapt appropriate knowledge and problem-solving methods from different disciplines and industries, to co-design novel solutions with stakeholders and clients effectively in multi-disciplinary teams.

5. Demonstrate a critical understanding of science in society

6. Perform experimental work, interpret and analyse results, write reports and collate data into a thesis.