Fast Track Your Career in Australia as an Agricultural Engineer
Secure your Australia PR Visa faster as an Agricultural Engineer with a 100% EA-approved CDR report. Get expert help now and maximise your chances of success!
Agricultural Engineer - ANZSCO 233912
Agricultural engineers are poised to solve the challenges of tomorrow’s food system, playing a crucial role in a world grappling with increasing populations and dwindling arable land. They apply engineering to agriculture, creating innovative farming equipment, irrigation, sustainable practices, and post-harvest technologies.
Agricultural engineers are the silent warriors behind eco-friendly farming, automation, and smart irrigation. They assist farmers in cultivating more intelligently and efficiently, utilising technologies such as drones for crop monitoring and solar-powered irrigation pumps.
Job Responsibilities of an Agricultural Engineer
An agricultural engineer’s job is multifaceted and has a significant impact. Typical responsibilities include:
- Designing and improving farm machinery and tools.
- Developing efficient irrigation, drainage, and water management systems.
- Improving post-harvest storage and processing techniques.
- Monitoring environmental impact and recommending eco-solutions.
- Collaborating with farmers, agronomists, and scientists to apply engineering solutions.
Technologies and Tools to Use as an Agricultural Engineer
These tools help bring science and sustainability directly to the soil.
- Drones and sensors for real-time field monitoring.
- IoT-enabled irrigation systems.
- Soil moisture sensors and weather stations.
- Computer-aided design (CAD) for equipment modelling.
- GIS mapping tools for land and water analysis.
- These tools help bring science and sustainability directly to the soil.
Specialisations
- Irrigation and Water Resource Engineering
- Precision Agriculture
- Farm Machinery Design
- Post-Harvest Technology
- Climate-Smart Agriculture
ANZSCO Structure
| Major Group | Sub-Major Group | Minor Group | Unit Group |
|---|---|---|---|
| 2 - Professionals | 23 - Design, Engineering, Science and Transport Professionals | 233 - Engineering Professionals | 2339 - Other Engineering Professionals |
Job Outlook
| WEEKLY EARNINGS | $2155 |
| WORK FULL TIME HOURS | 91% |
| GROWTH EXCEPTED IN THE NEXT 5 YEARS | Strong |
| GENDER SHARE | 5% FEMALE |
| AVERAGE FULL-TIME | 47 Hours |
| SKILL LEVEL RATING | Very High Skills |
| AVERAGE AGE | Males: 40.4, Females: 37.3, Persons: 40.4 |
| EMPLOYED | 90 |
Average Salary
Agricultural engineers earn competitive salaries. In Australia, they typically earn between AUD $89,000 and $100,000 annually, while in New Zealand, they earn between NZD $44,700 and $147,196, depending on experience and role.
Source: Glassdoor, SeekExpert
Required Skill Level for Agricultural Engineer Migration
Skill level 1:
To qualify under ANZSCO 233912, you generally need:
- A Bachelor’s degree or higher in Agricultural Engineering or related fields like Civil or Mechanical Engineering with an agriculture focus.
- Relevant industry experience is a strong asset.
- Certifications or diplomas in precision agriculture, irrigation design, or farm automation enhance employability.
Skill Assessment Authority
Agricultural Engineers are often eligible for fast-track migration pathways in regions focused on rural development and agri-tech.
For Australia: Engineers Australia (EA)
In Australia, the Authority Responsible for Assessing Skills in Agricultural Engineering is Engineers Australia. Engineers Australia conducts a Competency Demonstration Report (CDR) assessment to determine whether an applicant’s engineering qualifications and work experience meet Australian standards.
For New Zealand: Engineering New Zealand
In New Zealand, Engineering New Zealand assesses the skills, qualifications, and experience of Agricultural Engineers who wish to migrate to New Zealand under the Skilled Migrant Category.
Skill Priority in 2023
The Skills Priority List (SPL) provides a detailed view of occupations that are facing a shortage at a national level and within different states and territories in Australia. It also gives information about the expected future demand for different professions.
- S: Shortage
- NS: No Shortage
- R: Regional Shortage
| National | NSW | VIC | QLD | SA | WA | TAS | NT | ACT | Future Demand |
|---|---|---|---|---|---|---|---|---|---|
| S | S | S | S | S | S | NS | NS | NS | At Economy-Wide Average |
Potential Visa Pathways For Agricultural Engineer ANZSCO Code 233912
| ANZSCO | OCCUPATION | SKILLS ASSESSMENT | 189 | 190 | 485 | 491 (STATE) | 491 (FAMILY) | 186 (DIRECT) | 407 (TRAINING) | 494 (REGIONAL SPONSORED) | 482 (TSS MEDIUM TERM) |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 233912 | Agricultural Engineers | Engineers Australia |  | | | | | | | | |
2022/12/08 Round Results
| Lowest Points Score Invited subclass 189 (Points-tested stream) | Lowest Points Score Invited Subclass 491 (Family Sponsored Regional) |
|---|---|
| Offshore: 90 | Offshore: N/A |
| Onshore: 90 | Onshore: N/A |
2022/10/06 Round Results
| Lowest Points Score Invited subclass 189 (Points-tested stream) | Lowest Points Score Invited Subclass 491 (Family Sponsored Regional) |
|---|---|
| Offshore: 65 | Offshore: 90 |
| Onshore: N/A | Onshore: N/A |
Unit Group 2339: Other Engineering Professionals
Occupations In Unit Group 2339
- Aeronautical Engineer 233911
- Agricultural Engineer 233912
- Biomedical Engineer 233913
- Engineering Technologist 233914
- Environmental Engineer 233915
- Naval Architect (Aus) / Marine Designer (NZ)
- Engineering Professionals nec 233999
Unit Group 2339 in the ANZSCO code refers to “Other Engineering Professionals.” This group covers qualified engineers whose specialisations do not fit into the main branches like civil, mechanical, electrical, or chemical engineering.
If your expertise is in fields such as biomedical, environmental, or engineering technologist roles, and you haven’t found your category among the standard options, Unit Group 2339 may be the right fit for your skills and qualifications.
English Requirement
| ENGLISH LANGUAGE TEST | MINIMUM REQUIRED SCORE |
|---|---|
| IELTS | Overall 6.0, with no band score below 6.0 |
| Occupational English Test (OET) | B |
| TOEFL iBT | Listening: 12, Reading: 13, Writing: 21, Speaking: 23, Overall: 93 |
| Pearson Test of English (PTE) Academic | Overall score of at least 65, with a minimum score of 50 in writing, reading, listening, and 65 in speaking |
Exceptions
- Individuals who have gained skills and knowledge through work experience, training, or other means may be eligible to apply for Recognition of Prior Learning (RPL). This process assesses and recognises their skills for agricultural engineering requirements.
- If you hold qualifications from overseas, you may need to have your credentials assessed by the relevant authority to determine if they meet Australian standards.
- Applicants whose first language is not English may be required to demonstrate English proficiency, usually through an approved language test.
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Have Questions? Here Are Quick Answer Too Some Of The Most Common Queries About CDR Report.
What do agricultural engineers do?
Agricultural engineers are responsible for designing, developing, and maintaining systems and equipment used in farming and agricultural production. They work towards improving efficiency, sustainability, and productivity in agricultural practices.
What qualifications are needed to become an agricultural engineer?
Typically, a bachelor’s degree or higher qualification in agricultural engineering or a related field is required to pursue a career as an agricultural engineer. Relevant experience and practical knowledge in the field are also beneficial.
What types of tasks are agricultural engineers involved in?
Agricultural engineers are involved in tasks such as designing irrigation systems, developing farm machinery, optimising crop production, ensuring environmental sustainability, and collaborating with farmers and other professionals to implement efficient and safe agricultural practices.
How do agricultural engineers contribute to sustainability?
Agricultural engineers play a vital role in developing sustainable solutions to enhance crop yields, minimise waste, conserve water resources, and reduce the environmental impact of farming practices. They focus on implementing technologies and techniques that promote long-term sustainability in agriculture.
Are there any professional organisations for agricultural engineers?
Yes, there are professional organisations like the Society of Agricultural Engineers and the American Society of Agricultural and Biological Engineers that provide networking opportunities, resources, and professional development support for agricultural engineers.
