Provide high quality education and training in the field of Biomedical Engineering through advanced courses for the development and application of knowledge and skills to the highest academic level, and reinforce confidence in meeting professional challenges in the global market.

To enable the graduate to pursue higher studies in the field of Biomedical Engineering.

The program should enable the students to:

•  Demonstrate advanced specialised knowledge and apply it to the field of Biomedical Engineering.
•  Apply established theoretical concepts, principles and technical skills to analyse and synthesise industrial and research needs in Biomedical Engineering.
•  Use appropriate communication skills to gather, interpret and transfer technical knowledge gained related to Biomedical Engineering.
•  Undertake multi-disciplinary engineering and management tasks as an individual or as part of a team based on strategic planning concepts.
•  Use advanced professional and ethical standards and work on building highly specialised entrepreneurial and creative skills.
•  Manage and acquire in-depth information for effective higher education and lifelong learning.

The graduates will have the ability to:

•  Demonstrate specialised mastery of the knowledge, techniques, skills, tools and necessary software required for current Biomedical Engineering professional and research environments.
•  Demonstrate general understanding of the acquired knowledge to relate other interdisciplinary fields and professional areas.
•  Apply established concepts, research methods and techniques to synthesise and conduct independent evaluation of information related to Biomedical Engineering.
•  Select and apply appropriate research methods and techniques to develop new ideas and/or processes in the working environment.
•  Utilise a wide range of communication technology to interpret information and transfer it to the audience appropriately.
•  Use advanced cognitive and technical abilities to undertake professional activities and adopt leadership roles in the field of Biomedical Engineering.
•  Apply highly advanced levels of understanding of values to promote the specialised entrepreneurial skills adhering to professional ethical standards.
•  Manage independent learning and execute relevant skills and knowledge for a successful career in Biomedical Engineering.

•  Students must complete Advanced Diploma in Biomedical Engineering successfully with CGPA ≥ 2.75 on a scale of 4.
•  IELTS band Score ≥ 5 or the FDL Mark should be ≥ 71.
•  Lateral entry of students is governed by UTAS Bylaws.