This 3-point micro-credential is designed to address the skills shortage across Australian agriculture by preparing a
workforce capable of understanding, developing, adopting, and leveraging emerging agricultural technologies.

This micro-credential introduces fundamental concepts in software systems and the context to which these operate in Ag
Tech. Learners get hands-on experience in Ag Tech software creation and implementation, with the objective of understanding the critical role of software in Ag Tech and how to develop, analyse and evaluate performance.

Upon successful completion, you'll receive:

• Three PD Points - stackable for unspecified academic credit in award courses
• A Certificate of Achievement
• A UWA Plus Professional Development Transcript, listing all successfully completed micro-credentials

Delivery mode

Online

Course dates

19 April 2027 - 31 May 2027 [MC-1H]

Registrations will open in November 2026

 

Duration

Six weeks

Effort

Total 75 hours including: 

2x 30 minute online lectures per week

1 x 45 minute recorded industry interview per week

2 hours per week personal study on weekly exercise activities

Academic Leads

Associate Professor Andrew Guzzomi and Dr Wesley Moss

Cost

$1320 inc GST

 

Critical information summary

AENGM402 Agricultural Technology Software Systems [PDF 241KB]

 

 

Why study this course?

With Australian agriculture facing a growing demand for skilled professionals who can leverage emerging technology, this course prepares learners with an initial foundation to develop the skills and experience needed to be successful in this new paradigm. The course equips learners with industry-relevant knowledge and an outlook for the future, increasing employment opportunities.

Beyond career advancement, studying agricultural technology offers the chance to work in a field that drives sustainable food production, improves efficiency, and supports global food security. By working with innovative solutions for modern farming challenges, graduates of this course can make a meaningful impact on both the industry and the world. The active learning approach ensures participants develop technical proficiency with real-world contexts, making them better prepared to implement and adapt to emerging technologies.

Whether aiming to stay competitive in the industry, explore new career pathways, or integrate cutting-edge innovations into farming practices, this micro-credential offers the essential foundational tools to contribute to the future of agriculture.

Who should study this course?

This course is ideal for professionals, students, and educators looking to develop expertise in agricultural technology. It is well suited to learners with backgrounds in:

1) Engineering who are looking to acquire knowledge and skills relevant to agricultural technology

2) Tech savvy agriculture sector professionals (farmers, ag scientists, agronomists, technicians) who are interested in developing skills and knowledge in new technology

3) Educators keen to understand the future of agricultural technology to prepare their students.

Whether transitioning into the industry or expanding existing skills, this course provides a strong foundation in the future of farming. 

 

Recommended prior knowledge

 It is recommended to have completed micro-credential:  AENGM401 - Introduction to Agricultural Technology. No specific previous study is required as the interdisciplinary course will scaffold learning in a number of areas to accommodate a wide breadth of course recipients if lacking experience in a particular area. However, learners with prior study in the following areas will be well prepared to make the most of the course: engineering (mechanical, electrical, robotics and automation), computer science, agricultural science (particularly with AgTech major), double degree holders.  

What's next after this course?

Students are encouraged to complete subsequent micro-credentials in this series to further expand their knowledge and dive deeper in Agricultural Technology. These micro-credentials can be stacked towards a Graduate Certificate in Agricultural Engineering Innovation.

Students can go on to complete Masters level study in agricultural engineering or agricultural technology. Or they can utilise the overview from the course to identify areas of focus for directed specification study e.g. robotics. Industry professionals can apply the knowledge gained on farm to improve farm efficiencies.