24 monthsProgramme duration
48,700 AUDTuition Fee/year
02 Feb, 2026Application Deadline
2Scholarships
Programme overview
Main Subject
Engineering - Manufacturing and Production
Degree
Other
Study Level
Masters
Study Mode
On Campus
Advanced manufacturing is important for the world as it couples manufacturing efforts together to get the most sustainable output. Australia aims to double its circularity by 2035, representing a profound transformation to how we use, reuse and regenerate resources (Department of Climate Change, Energy, the Environment and Water 2024). Design, optimise and improve modern manufacturing systems with new technologies that are coming into the market every day to engineer a holistic and circular manufacturing approach.
Gain valuable experience in managing projects across a range of industries and learn to manage constraints in time, cost, quality, as well as social, political and environmental challenges.
This course is designed for engineers with a background in mechanical, medical or chemical and sustainable process engineering looking to upskill or be introduced to the field of advanced manufacturing. You’ll graduate with innovative knowledge and skills in advanced manufacturing, specialising in digital and robotic manufacturing or bioprocess engineering.
Digital and robotic manufacturing
Developments in digital and robotic manufacturing are creating new opportunities for achieving circularity in production systems, minimising waste at industrial scales, integrating net positive environmental technologies, and producing high quality, high value, highly customised manufactured products. Employ advanced specialist technical skills, analysis approaches, design, research, and data to find sustainable solutions to digital and robotic manufacturing problems.
Bioprocess engineering
You’ll learn how to lead projects using sustainable materials and processes such as biofuels and animal-free food production. Imagine and realise change using entrepreneur strategies, advanced design, collaborative decision-making, and innovation in ethical and sustainable ways. Graduates of the bioprocess engineering major will have the skills necessary to work in a range of industries such as energy, biomedical device, food, beverage, chemical, agriculture and pharmaceutical.
Gain valuable experience in managing projects across a range of industries and learn to manage constraints in time, cost, quality, as well as social, political and environmental challenges.
This course is designed for engineers with a background in mechanical, medical or chemical and sustainable process engineering looking to upskill or be introduced to the field of advanced manufacturing. You’ll graduate with innovative knowledge and skills in advanced manufacturing, specialising in digital and robotic manufacturing or bioprocess engineering.
Digital and robotic manufacturing
Developments in digital and robotic manufacturing are creating new opportunities for achieving circularity in production systems, minimising waste at industrial scales, integrating net positive environmental technologies, and producing high quality, high value, highly customised manufactured products. Employ advanced specialist technical skills, analysis approaches, design, research, and data to find sustainable solutions to digital and robotic manufacturing problems.
Bioprocess engineering
You’ll learn how to lead projects using sustainable materials and processes such as biofuels and animal-free food production. Imagine and realise change using entrepreneur strategies, advanced design, collaborative decision-making, and innovation in ethical and sustainable ways. Graduates of the bioprocess engineering major will have the skills necessary to work in a range of industries such as energy, biomedical device, food, beverage, chemical, agriculture and pharmaceutical.
Programme overview
Main Subject
Engineering - Manufacturing and Production
Degree
Other
Study Level
Masters
Study Mode
On Campus
Advanced manufacturing is important for the world as it couples manufacturing efforts together to get the most sustainable output. Australia aims to double its circularity by 2035, representing a profound transformation to how we use, reuse and regenerate resources (Department of Climate Change, Energy, the Environment and Water 2024). Design, optimise and improve modern manufacturing systems with new technologies that are coming into the market every day to engineer a holistic and circular manufacturing approach.
Gain valuable experience in managing projects across a range of industries and learn to manage constraints in time, cost, quality, as well as social, political and environmental challenges.
This course is designed for engineers with a background in mechanical, medical or chemical and sustainable process engineering looking to upskill or be introduced to the field of advanced manufacturing. You’ll graduate with innovative knowledge and skills in advanced manufacturing, specialising in digital and robotic manufacturing or bioprocess engineering.
Digital and robotic manufacturing
Developments in digital and robotic manufacturing are creating new opportunities for achieving circularity in production systems, minimising waste at industrial scales, integrating net positive environmental technologies, and producing high quality, high value, highly customised manufactured products. Employ advanced specialist technical skills, analysis approaches, design, research, and data to find sustainable solutions to digital and robotic manufacturing problems.
Bioprocess engineering
You’ll learn how to lead projects using sustainable materials and processes such as biofuels and animal-free food production. Imagine and realise change using entrepreneur strategies, advanced design, collaborative decision-making, and innovation in ethical and sustainable ways. Graduates of the bioprocess engineering major will have the skills necessary to work in a range of industries such as energy, biomedical device, food, beverage, chemical, agriculture and pharmaceutical.
Gain valuable experience in managing projects across a range of industries and learn to manage constraints in time, cost, quality, as well as social, political and environmental challenges.
This course is designed for engineers with a background in mechanical, medical or chemical and sustainable process engineering looking to upskill or be introduced to the field of advanced manufacturing. You’ll graduate with innovative knowledge and skills in advanced manufacturing, specialising in digital and robotic manufacturing or bioprocess engineering.
Digital and robotic manufacturing
Developments in digital and robotic manufacturing are creating new opportunities for achieving circularity in production systems, minimising waste at industrial scales, integrating net positive environmental technologies, and producing high quality, high value, highly customised manufactured products. Employ advanced specialist technical skills, analysis approaches, design, research, and data to find sustainable solutions to digital and robotic manufacturing problems.
Bioprocess engineering
You’ll learn how to lead projects using sustainable materials and processes such as biofuels and animal-free food production. Imagine and realise change using entrepreneur strategies, advanced design, collaborative decision-making, and innovation in ethical and sustainable ways. Graduates of the bioprocess engineering major will have the skills necessary to work in a range of industries such as energy, biomedical device, food, beverage, chemical, agriculture and pharmaceutical.
Admission Requirements
6.5+
4+
176+
58+
79+
Entry requirements
Digital and Robotic Manufacturing major
You must have:
Digital and Robotic Manufacturing major
You must have:
- A recognised completed four-year full-time (or equivalent) engineering degree in a relevant discipline with a minimum GPA of 4.00 (on QUT’s 7 point scale); or
- A recognised completed three-year full-time (or equivalent) engineering degree in a relevant discipline plus at least 2.00 years full-time (or equivalent) of professional experience in manufacturing.
Digital and Robotic Manufacturing major relevant engineering disciplines
- agricultural
- chemical
- computer and software systems
- electrical
- industrial
- manufacturing
- mechanical
- mechatronics
- medical
- mining
- naval
- process
- production
- robotics
Bioprocess Engineering major
You must have:- A recognised completed four-year full-time (or equivalent) degree in a relevant discipline with a minimum GPA of 4.00 (on QUT’s 7 point scale); or
- A recognised completed three-year full-time (or equivalent) degree in a relevant discipline plus at least 2.00 years full-time (or equivalent) of professional experience in manufacturing.
Bioprocess Engineering major relevant disciplines
- agricultural engineering
- chemical engineering
- industrial chemistry
- process engineering
02 Feb 2026
2 Years
Feb
Jul
Tuition fees
Domestic
11,500 AUD
International
48,700 AUD
Scholarships
Value
20% tuition fee waiver
Deadline
31 Dec 2027
Application requirements
QS Event Attendance is NOT required
Entry requirements
You must be admitted to this school to be awarded
Value
25% tuition fee waiver
Deadline
31 Dec 2027
Application requirements
QS Event Attendance is NOT required
Entry requirements
You must be admitted to this school to be awarded
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