Engineering technologist
What does engineering technologist do?
An engineering technologist takes engineering knowledge and puts it to work on practical problems. They analyse and adapt existing technologies, test and modify designs, and improve the way equipment and systems are built, operated and maintained. The role sits between engineering theory and what happens on site, so it covers technical investigation, testing, project support, and troubleshooting when something does not perform as intended.
Engineering technologists work across construction and infrastructure, manufacturing, mining and resources, energy and utilities, transport and aviation, and consulting engineering firms. Most specialise by discipline, in civil, electrical and electronic, mechanical or mining engineering. The work often combines office-based design and analysis with time on-site.
Is a career as engineering technologist right for me?
A career as an engineering technologist may suit you if you like understanding how things work and enjoy making them work better. You need a good head for maths and science, an eye for detail, and the practical mindset to take a design from a drawing to something that functions in the field.
Skills and attributes that suit this career include:
An ability to analyse and interpret information.
Clear written and verbal communication skills, supported by strong interpersonal skills.
The ability to work effectively in demanding, practical, or physically challenging environments.
Problem-solving and decision-making
The ability to identify issues, evaluate options, and make informed decisions.
An ability to work effectively and collaborate with a range of stakeholders.
Proficiency in using technology, digital tools, and relevant software.
How to become an engineering technologist
Most engineering technologists hold a three-year bachelor degree in engineering technology, with a major in the discipline they want to work in. The degree combines engineering fundamentals with project-based work, and the practical experience you get through placements and residential schools is what turns that study into something employers can use.
Every journey to study is individual, and the usual path into this role is a dedicated degree. A common path to becoming an engineering technologist:
- Complete a bachelor degree in engineering technology.
- Choose a major that matches the industry you want to work in.
- Build practical experience through placements, project work and residential schools.
- Apply for Graduate membership with Engineers Australia at the Engineering Technologist level.
- Develop your specialist skills on the job, and consider further study if you want to move towards professional engineering.
Accreditation and qualifications
UniSQ's Bachelor of Engineering Technology is provisionally accredited by Engineers Australia, and graduates are eligible to apply for Graduate membership at the Engineering Technologist level. Engineering technologist is one of the occupational categories Engineers Australia recognises, alongside professional engineer and engineering associate. In Queensland, professional engineering services must be carried out or directly supervised by a Registered Professional Engineer of Queensland (RPEQ), which is a separate requirement that applies to professional engineering work rather than to the engineering technologist role itself.
How long does it take to become an engineering technologist?
UniSQ's Bachelor of Engineering Technology takes three years of full-time study, or the part-time equivalent. Most courses can be studied online, though you will need to attend on-campus residential schools for practical classes and laboratory work, and complete practical placements in industry.
If you want to move towards professional engineering later, the Bachelor of Engineering (Honours) is the four-year pathway, and study you have already completed may count towards it through recognition of prior learning. Building specialist experience in a discipline and an industry then continues on the job.
Start your journey with UniSQ
Build the practical engineering skills employers value with UniSQ, gaining experience applying engineering principles to real-world challenges and industry projects.
Responsibilities and work settings
Testing, analysing and modifying engineering designs and equipment.
Investigating faults and recommending practical fixes.
Supporting projects through planning, scheduling and technical documentation.
Using engineering software to model, measure and check performance.
Working with engineers, trades and clients on site and in the office.
Aviation, transport and logistics organisations
Construction and infrastructure companies
Defence forces and defence contractors
Engineering consultancies
Government agencies, departments and councils
Manufacturing and industrial companies
Mining and resources companies
Telecommunications providers
Engineering technologist
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