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Dryland Agricultural Systems
MJRP-DRAGM

Dryland Agricultural Systems

Postgraduate major

Gain a comprehensive understanding of dryland agricultural systems.

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  • Qualification
    Dryland Agricultural Systems Major (MSc Science)
  • Credit
    400
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Select your preferred degree

This course belongs to multiple degrees. Select the single degree or double degree below to see the application deadlines.

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Why study Dryland Agricultural Systems at Curtin?

Cutting-edge

Learn to apply your studies to real industry challenges and situations.

Broad career options

Learn about emerging technologies to manage soils, crops and livestock.

Top 1 %

Curtin is ranked in the top one per cent of universities worldwide.

Academic Ranking of World Universities 2022.

Outline

Outline

Global agriculture and food security is fundamental to the survival of the human race. Dryland (rain-fed) farming systems are incredibly important to maintaining sustainable and profitable food production throughout the world, particularly in southern Australia.

Experts and innovators in dryland agricultural systems are critical to ensuring food security in ecosystems challenged by water scarcity and biophysical constraints. 

They may split their time in offices, laboratories, glasshouses or on farms. Their work includes collecting samples, running experiments and designing solutions to increase sustainability and productivity. 

They may also find work as consultants and advisers to the livestock and cropping industries, and as research scientists or consultants for product and process development in the private or public sectors.

This course provides a comprehensive understanding of dryland agricultural systems.

Your examination of farming systems in southern and south-western Australia will equip you with knowledge applicable to similar environments around the world. You will also learn about emerging technologies for precise management of soils, crops and livestock, and the role of these technologies in ensuring sustainable and environmentally sound production systems into the future.

The program covers science and technology for crop, pasture and livestock production. This includes the roles of genetics and management in achieving optimum production against environmental constraints, and their integration into viable farming systems. 

A research project in an area relevant to dryland systems is a significant component of the program.

This major sits within the Master of Science (Science) degree. To apply for this major, you will apply for the Master of Science (Science).

Please refer to the handbook for additional course overview information.

How this course will make you industry ready

The technical and scientific skills acquired through study in this course will enable you to tackle the wide range of problems facing modern agricultural industries, particularly in relation to global food security and climate change.

What jobs can the Dryland Agricultural Systems Major (MSc Science) lead to?

This qualification will provide you with the skills to pursue a career in agricultural research and development, and as consultants/advisors to the livestock and cropping industries in Mediterranean environments around the world. Employers are likely to include Government and private research organisations, agricultural consultancy groups, and individual growers and grower groups.

What you'll learn

  • acquire professional skills in management of soil, crop, pasture and livestock, allowing the application of this knowledge to a wide variety of rainfed farming situations
  • use logical scientific methods to analyse problems and apply this knowledge to a wide variety of rainfed farming situations especially in a Mediterranean context
  • students will be fluent in current literature, theories and practices of production technology and their integration into farming systems
  • use a broad range of communication skills appropriate to the audience
  • select and use new and established technologies appropriate to dryland farming systems
  • acquire and contribute to new agricultural and scientific knowledge and expertise relating to a broad variety of professional situations and recognise the importance of continuous training and education
  • understand the global and cultural issues in agriculture and how these impact on the practice and management of farming systems
  • appreciate the importance of cultural and individual human rights and how these impact on the study of agriculture; embrace the diversity and opportunities presented by different cultures; value environmental, indigenous and other community perspectives
  • work both as an independent scientist and within teams, either as a professional leader or a collaborator, using effective problem solving and decision making skills in an ethical manner

Admission criteria

What you need in order to get into this course. There are different pathway options depending on your level of work and education experience.

  • A recognised bachelor degree in science and have achieved competency in agricultural systems or a related discipline to the level of second-year tertiary study, OR
  • A recognised bachelor degree with honours in a related field or graduate diploma in a related field. Applicants via this pathway may be eligible for credit for recognised learning.

English requirements

Curtin requires all applicants to demonstrate proficiency in English. Specific English requirements for this course are outlined in the IELTS table below.

You may demonstrate English proficiency using the following tests and qualifications.

IELTS Academic (International English Language Testing System)

Writing

6.0

Speaking

6.0

Reading

6.0

Listening

6.0

Overall band score

6.5

Credit for recognised learning (CRL)

Use your experience to get credit towards your degree

Finish your course sooner with credit for your previous study or work experience.

Fees & charges

Please view the Master of Science (Science) degree for indicative fees.