Queensland University of Technology New Course: All-new Master of Biomedical Systems and Technology (Engineering background can apply, with scholarships)

Please see the following updates from Queensland University of Technology.

Queensland University of Technology (QUT) newMaster of Biomedical Systems and Technology.

• Course code: EN57
• Duration: 1.5 years
• Intake: February and July
• 2026 tuition fee: $48,600 per year
• Scholarships: QUT International Merit Scholarship or QUT International Talent Scholarship
• Ranking: QUT ranks #1 in Australia and #16 in the world (Biomedical Engineering field) in the 2024 Shanghai Ranking.
• English requirement: IELTS overall score 6.5 (with no band less than 6.0) or PTE 58 (with no score less than 50)
• Academic requirement: A four-year full-time engineering bachelor's degree in a relevant discipline with a passing GPA. Relevant disciplines include chemical engineering, electrical engineering, mechanical engineering, mechatronic engineering, biomedical engineering, process engineering, and computer and software systems engineering.

Course structure:

Semester 1

• Participatory Design and Engagement
• Data Analysis and Optimization
• Advanced Anatomy and Physiology
• Engineering Research Methods

Semester 2

• Project 1
• Medical Technology Industry Practice
• Industry 4.0 in Engineering Practice
• Machine Learning in Healthcare

Semester 3

• Project 2
• Industry Project
• Industry 5.0 in Engineering Practice
• Entrepreneurship and Applications

I am excited to introduce QUT’s newMaster of Biomedical Systems and Technology.

• Course Code: EN57
• Duration: 1.5 years
• Intake: Feb and Jul
• 2026 tuition fee: $48,600 per year
• Scholarships:QUT - International Merit ScholarshiporQUT - International Talent Scholarship
• Ranking: QUT ranks #1 in Australia and #16 in the world (2024 Shanghai Ranking) in Biomedical Engineering.
• English requirement: IELTS 6.5 (6.0) or PTE58 (50)
• Academic entry requirement: A four-year full-time engineering degree in a relevant discipline with a passing GPA. Relevant engineering discipline includes chemical engineering, electrical engineering, mechanical engineering, mechatronic engineering, medical engineering, process engineering and computer and software systems engineering.

Course structure:

Semester 1:

• Participatory Design and Engagement
• Data Analytics and Optimisation
• Advancing Anatomy and Physiology
• Research Methods for Engineers

Semester 2:

• Project 1
• Industry Practice in MedTech
• Industry 4.0 in Engineering Practice
• Machine Learning in Healthcare

Semester 3:

• Project 2
• Industry Project
• Industry 5.0 in Engineering Practice
• Entrepreneurship and Applications