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Overview
- Learn to apply practical analysis and technical principles to areas across both science and engineering.
- Cover a wide range of topics including mathematics, chemistry, energy systems, fluid mechanics, engineering materials, energy management and process management.
- Gain the foundation for employment in industries including mining, manufacturing, chemical industries and environmental, electricity, gas, water and waste services.
| QTAC course code | 412502 |
| QUT course code | EN40 |
| Attendance | Full-time |
| Course duration | 4 years full-time |
| Start month | 2013 February, July |
| Delivery |
On campus
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| Faculty |
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| Course contact | Enquire |
| CRICOS code | 056529D |
| Careers |
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Details
A process engineer develops and optimises industrial processes to make the huge range of products on which modern society depends. Process engineering involves refining, renewing or modifying raw materials (for example, plants such as sugar cane, ore-bearing rocks, waste, commodity chemicals or animals) to produce useful products and by-products for our society. In today’s world, processing efficiently, sustainably and with a low energy footprint is key to business operations and profitability. Industries that employ process engineers include chemicals manufacturing, gas production, minerals processing, food manufacturing and bio-process industries such as biofuels and waste products processing.
Process engineers are involved in designing equipment, controlling chemical reactions, developing process control strategies, and operating and upgrading industrial processes. Process engineers undertake these duties while ensuring protection of the environment and the health and safety of their employees and the community.
Explore your options
Your engineering degree features a common first year that combines broad foundation principles with a wide range of specialisation choices, giving you flexibility and options before you choose your career specialisation.
Why choose this specialisation?
By studying process engineering at QUT you will learn to apply practical analysis and technical principles to the areas across both science and engineering including mathematics, chemistry, energy systems, fluid mechanics, engineering materials, energy management and process management. Units will cover processing principles, unit operations, chemical reaction engineering and process design.
This degree will provide you with project management and leadership skills through coursework and projects necessary to approach complex and multidisciplinary problems in the workplace. Throughout the degree, emphasis will be placed on developing a responsible professional with a sense of social awareness.
You will benefit from QUT’s strong industry links and real-world lecturers and have access to opportunities for site visits, work integrated learning and research projects.
Career outcomes
Graduates of this degree have the opportunity to seek national and global careers in an office, in the outdoors or on an industrial plant, or a combination of all of these. As a process engineer you have many career options including consulting, contracting, general management, investment analysts and advice, process planning and design, operations management, research, technical specialist, and in tertiary education.
Work is often process-orientated and you may be working on a number of projects, all at various different stages, at any given time. Tasks that are typical for process engineers include interfacing with company representatives; developing project plans; negotiating additional resources; and communicating solutions to satisfy business units, company and external requirements.
You may gain employment across several industries including professional, scientific and technical services; environmental services; manufacturing; mining; and electricity, gas, water and waste services.
Professional recognition
QUT’s Bachelor of Engineering course has professional accreditation from Engineers Australia (EA).
Units
Work Integrated Learning unit
Bachelor of Engineering students are required to complete at least 60 days of industrial experience in an engineering environment approved by the course coordinator as part of the Work Integrated Learning unit.
All course structures
Entry requirements
Minimum academic requirements
Still not sure if you meet the entry requirements? Contact us.
Don't meet the academic requirements? We can help!
We offer pathway courses to help you meet the academic requirements for this course.
- Accelerated Foundation
- Standard Foundation
- Extended Foundation
- University Certificate in Tertiary Preparation
When you apply for this course, we'll recommend which pathway course you should enrol in.
Did you complete secondary school in Australia?
Guide to entry cut-offs
OP 9
Rank 82
Subject pre-requisites
- Maths B
- English
You must have achieved this study at a level comparable to Australian Year 12 or in recognised post-secondary studies. Recommended study: Chemistry, Maths C and Physics.
Minimum English language requirements
Students must meet the English proficiency requirements.
| IELTS (International English Language Testing System) | |
|---|---|
| speaking | 6.0 |
| writing | 6.0 |
| reading | 6.0 |
| listening | 6.0 |
| overall | 6.0 |
| TOEFL (Test of English as a Foreign Language) | |
|---|---|
| speaking | 20.0 |
| writing | 20.0 |
| reading | 20.0 |
| listening | 20.0 |
| overall | 80.0 |
Haven't completed an IELTS or TOEFL test?
Check other accepted English Language Proficiency tests and scores
Don't have the English language score you need? We can help!
We offer courses to improve your English and help you gain entry to this course.
When you apply for this course, we'll recommend which English course you should enrol in.
Haven't completed an English language test? We can help!
You can complete an IELTS test at our Kelvin Grove campus.
Course fees
Your actual fees may vary depending on which units you choose. All fees are based on current fixed fee prices. We review fees annually.
2013: $13,100 (indicative) per Semester (subject to annual review)
Scholarships and financial support
You can apply for scholarships to help you with study and living costs.
Apply
How to apply for Bachelor of Engineering (Process Engineering)
You're ready to apply if you have:
- Found all the courses you want to apply for. You can apply for up to 3
- Checked important dates
- Semester 1
201318 January Final date for accepting applications (degree programs only) from offshore Assessment Level 3, 4 and 5 applicants. Student visa assessment levels are available.8 February Final date for accepting applications (degree programs only) from offshore Assessment Level 1 and 2 applicants and onshore applicants. Student visa assessment levels are available. - Semester 2
20137 June Final date for accepting applications (degree programs only) from offshore Assessment Level 3, 4 and 5 applicants. Student visa assessment levels are available.5 July Final date for accepting applications (degree programs only) from offshore Assessment Level 1 and 2 applicants and onshore applicants. Student visa assessment levels are available. - Checked you meet the entry requirements
- Checked costs and scholarships
- Checked if you're eligible for credit for prior learning
- Gathered supporting documents
All done? Then you're ready to apply.