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An Apprentice Engineer receives training in the creation of parts for machinery or equipment. You’ll assist with the repair and maintenance of various pieces of equipment and produce parts for engineering projects. Apprentice Engineers will learn to use a range of moulds and castings and develop skills with various tools and equipment. You might also use computer-controlled machinery during your work.
To be an Apprentice Engineer you’ll need to be able to follow instructions and work as part of a larger team. You’ll need to be a good problem solver and have excellent analytical skills. Apprentice Engineers should have strong attention to detail and be able to work on several projects at once. You’ll need to be flexible and be able to adapt your skills to a range of settings.
There are 6 courses available for people who want to become an Apprentice Engineer. These are the top 5 most popular courses.
Possible job outcomes:
The MEM20422 Certificate II in Engineering Pathways prepares you for an engineering apprenticeship or for higher education in the sector. This nationally recognised qualification will help you map out a career plan in the engineering and manufacturing industry, plus give you essential skills in welding, soldering, power tools and equipment. Graduate with a head start for an apprenticeship opportunity or for further study. Enquire now for a list of training centres, elective units, and a full course outline..
Average duration: 12 months.
If you’re eager for a career that promotes renewable energy technologies try the UEE22120 Certificate II in Sustainable Energy (Career Start). This nationally recognised qualification will give you a head start towards a traineeship or apprenticeship. During your studies you’ll be introduced to the WHS regulations and sustainability practices that underpin the energy sector in Australia, and you’ll graduate knowing how to provide basic sustainable energy solutions for residential premises. The course also covers: promoting sustainable energy practices in the community, solving problems along DC circuits, operating energy sector application software, assembling components, and installing basic equipment. Enquire now for the list of entry requirements, career outcomes, and available enrolment dates..
Average duration: 3 weeks.
The MEM20105 Certificate II in Engineering - Production delivers basic engineering skills including metal fabrication, metal cutting, brazing, welding (oxy, metal arc, tungston arc) and soldering. You’ll also learn how to safely use standard power tools and take engineering measurements. The course is perfect for anyone starting out in maintenance at a factory or engineering workshop. Enquire now for the next batch intake and details about the opportunities for subsidised training..
A Certificate II in Engineering Studies will provide the theoretical knowledge and practical skills you need to embark on an apprenticeship in an engineering field. If you’re interested in any of the manufacturing industries, this course could be an ideal pathway to a new career. The Certificate II in Engineering Studies offers hands-on training to develop the techniques you need to succeed. The Certificate II in Engineering Studies addresses a range of subjects relevant to manufacturing work. Course delivery will vary depending on your provider, but you might cover topics including performing metal fabrication operations, using hand tools, performing metal machining operations and creating engineering drawings. Enquire now for a full list of study units, entry requirements and start dates..
Average duration: 6 months.
A Certificate I in Engineering will give you the skills you need to get started in the manufacturing industry. This course is designed for high school students or for people who have recently finished school and it will prepare you to take on an apprenticeship or traineeship in this industry. The Certificate I in Engineering is a practical qualification with a lot of hands-on training. The Certificate I in Engineering covers a range of topics relevant to working in the engineering field. Course delivery will vary depending on your provider, but you might cover topics including working safely in manufacturing and engineering, manual handling, using hand tools, using power tools and using workshop machines for basic operations. Enquire now for a full list of study units, entry requirements and start dates..
Average duration: 3 months.
In Australia, a full time Apprentice Engineer generally earns $960 per week ($49,920 annual salary) before tax. This is a median figure for full-time employees and should be considered a guide only. As you gain more experience you can expect a potentially higher salary than people who are new to the industry.
This industry has seen strong employment growth over the last five years. There are currently 56,100 people working in this field in Australia and many of them are employed as an Apprentice Engineer. Apprentice Engineers may find work across all regions of Australia.
Source: Australian Government Labour Market Insights
If you’d like to get started as an Apprentice Engineer, consider enrolling in a Certificate I in Engineering. You could also consider a Certificate II in Engineering Pathways, a Certificate III in Engineering Studies, a Certificate II in Sustainable Energy (Career Start) or a Certificate III in Engineering – Technical.
We’ll find nearby campuses and check if you’re eligible for funding in your state.
Here are some potential career pathways within civil engineering and construction, manufacturing engineering, metalworking, mining, oil and gas and renewable energy. Click on an occupation to learn more about the role and the qualifications that can help you get started in this industry.
Civil Engineering and Construction
Apprentice Engineer
$960 weekly pay
Assistant Site Manager
$1,150 weekly pay
Engineering Tradesperson
Advanced Engineering Tradesperson
$1,800 weekly pay
Asset Engineer
$1,920 weekly pay
CAD Operator
Civil Designer
$1,830 weekly pay
Draftsperson
Hydraulic Designer
$1,600 weekly pay
Structural Engineer
Civil Engineer
$2,020 weekly pay
Development Engineer
$1,730 weekly pay
Engineering Consultant
Forensic Engineer
$2,115 weekly pay
Geotechnical Engineer
$2,100 weekly pay
Naval Architect
Planning Engineer
$2,850 weekly pay
Research Engineer
$2,300 weekly pay
Site Engineer
Manufacturing Engineering
Apprentice Industrial Designer
CNC Programmer
$1,250 weekly pay
Engineering Patternmaker
$1,440 weekly pay
Field Engineer
$1,540 weekly pay
Hydraulic Fitter
$1,350 weekly pay
Hydraulic Mechanic
Industrial Designer
Industrial Electrician
Machinist
Maintenance Engineer
$1,550 weekly pay
Maintenance Fitter
Manufacturing Engineer
Materials Engineer
Mechanical Fitter
Plant Mechanic
Automation Engineer
$2,350 weekly pay
Design Engineer
Industrial Engineer
Mechanical Engineer
Plant Engineer
Process Engineer
Production Engineer
Workshop Supervisor
Metalworking
Blacksmith
Boilermaker
Fabricator
Metal Worker
Sheet Metal Worker
$1,400 weekly pay
TIG Welder
Welder
Welding Instructor
$1,450 weekly pay
Mining
Casting and Moulding Tradesperson
Driller
$1,650 weekly pay
Driller Offsider
Dump Truck Operator
$1,640 weekly pay
Electrical and Instrumentation Technician
Geological Technician
Instrumentation Technician
Miner
$1,700 weekly pay
Mining Machine Operator
Plant Operator
Production Operator
Shotfirer
Drilling Supervisor
$1,750 weekly pay
Jumbo Operator
Metallurgist
Mining Engineer
Mining Supervisor
Oil and Gas
Derrickman
Gas Industry Operator
Renewable Energy
Renewable Energy Tradesperson
Solar Installer
$1,000 weekly pay
Renewable Energy Technician
Environmental Engineer
Photovoltaic Engineer
$2,150 weekly pay
Renewable Energy Engineer
Wind Turbine Engineer
Learn more about Apprentice Engineer courses in your area.