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A Quality Assurance Engineer ensures that products and services meet specified standards of quality. You might work in a manufacturing plant, software company, or other industry. Quality Assurance Engineers focus on developing and implementing testing plans, analysing data, and identifying areas for improvement. You’ll prepare reports and documentation to track the quality metrics and ensure compliance with industry regulations.
Quality Assurance Engineers play a crucial role in maintaining product integrity. You’ll need to be detail-oriented and analytical and be able to communicate effectively with team members. You’ll collaborate with various departments to ensure that quality standards are met and that any issues are promptly addressed and resolved.
There are 5 courses available for people who want to become a Quality Assurance Engineer.
Possible job outcomes:
The Graduate Diploma of Engineering (Mechanical) offers an extensive education in mechanical engineering, preparing students for the evolving demands of this dynamic field. The course covers advanced aspects of mechanical engineering technology and maintenance, focusing on developing skills crucial for industry success. It encompasses a range of subjects, from fundamental principles to cutting-edge technologies, ensuring a thorough understanding of both theoretical and practical aspects. Ideal for those aspiring to excel in mechanical engineering, this course lays a solid foundation for a successful career in the sector. .
Average duration: 12 months.
The Master of Engineering (Manufacturing) equips students with skills to strategically apply new technologies and modes of manufacturing for streamlined operations and innovation. This course addresses the evolving nature of factory systems in the manufacturing industry, focusing on meeting changing customer expectations and global competition. It explores sustainable engineering, Industry 4.0 technologies, biomedical manufacturing, and more. Ideal for those looking to become experts in modern manufacturing strategies, it prepares graduates to make significant contributions from the factory floor to the boardroom..
Average duration: 24 months.
The Bachelor of Engineering Technology focuses on developing your skills and combines a comprehensive understanding of engineering principles with the application of modern technology. This course is tailored to equip students with practical and theoretical knowledge essential for the evolving field of engineering, blending foundational engineering concepts with the latest technological advancements. It is ideal for those aspiring to excel in various engineering technology roles, providing the tools needed for a successful career in this dynamic and rapidly changing sector. .
Average duration: 3 years.
The Advanced Diploma of Engineering (Mechanical) provides students with both theoretical knowledge and practical skills essential for roles as technical officers or engineering supervisors in the mechanical and manufacturing industries. Graduates gain a deep understanding of technical and managerial concepts, preparing them for employment in small, medium, and large enterprises, including opportunities within the defence forces. Mechanical engineers in this field are responsible for designing, improving, and constructing mechanical devices, systems, and machines that address challenges across diverse industrial sectors and broader society. Enquire now for the full list of elective choices, entry requirements, and available enrolment dates. .
The Graduate Certificate in Engineering offers professional engineers the chance to expand their knowledge and update skills in line with recent technological advances. This course is ideal for busy professionals, providing an entry point to postgraduate studies without the immediate commitment to a master's degree. It is tailored to accommodate the evolving needs of engineering practitioners, ensuring their expertise remains relevant and current in the rapidly changing field of engineering. .
Average duration: 6 months.
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Here are some potential career pathways within manufacturing engineering. Click on an occupation to learn more about the role and the qualifications that can help you get started in this industry.
Manufacturing Engineering
Apprentice Engineer
$960 weekly pay
Apprentice Industrial Designer
$1,150 weekly pay
Engineering Tradesperson
Junior Engineer
Advanced Engineering Tradesperson
$1,800 weekly pay
Asset Engineer
$1,920 weekly pay
Automotive Engineer
$1,250 weekly pay
CNC Programmer
Composites Engineer
Computer Hardware Engineer
Engineering Patternmaker
$1,440 weekly pay
Engineering Technician
$1,600 weekly pay
Field Engineer
$1,540 weekly pay
Fluid Power Engineer
$2,065 weekly pay
Hydraulic Fitter
$1,350 weekly pay
Hydraulic Mechanic
Industrial Designer
Industrial Electrician
Instrumentation Control Engineer
Instrumentation Engineer
Machinist
Maintenance Engineer
$1,550 weekly pay
Maintenance Fitter
Manufacturing Engineer
Manufacturing Technician
$1,500 weekly pay
Materials Engineer
$1,730 weekly pay
Mechanical Engineering Technician
Mechanical Fitter
Plant Mechanic
Process Control Engineer
Product Design Engineer
Quality Assurance Engineer
Research and Development Engineer
Automation Engineer
$2,350 weekly pay
Control Systems Engineer
Corrosion Engineer
Design Engineer
Engineering Consultant
Industrial Engineer
Mechanical Design Engineer
Mechanical Designer
Mechanical Engineer
Mechanical Project Engineer
Plant Engineer
Plastics Engineer
Process Engineer
Product Development Engineer
Production Engineer
Research Engineer
$2,300 weekly pay
Workshop Supervisor