First, Australia's biomedical professional schools recommended
The University of Melbourne
The University of Melbourne's Department of Engineering is in a leading position in Australia in terms of research and training, the Faculty of Engineering subject setup includes nine categories: biomedical engineering, aeronautical engineering, aerospace engineering, chemical engineering, civil engineering, computer engineering, mechanical engineering, mechanical and electronic engineering, software engineering, covering all categories. Engineering, software engineering, covering all the modern engineering science and technology courses.
The University of Melbourne's Master of Biomedical Engineering (Master of Biomedical Engineering) is a 1-year program, with a tuition fee of 26,600 AUD/year, requiring a 4-year relevant undergraduate degree, preferably with 2 years of relevant work experience; PR.
University of Sydney
The University of Sydney is one of Australia's largest and oldest universities. As one of Australia's top eight universities and one of the top 40 universities in the TIMES global rankings, graduates of the University of Sydney play an important role in a variety of fields around the world. Now the University of Sydney is continuing to play a key role in international education with its strong strength, outstanding teaching and research capabilities, and excellent international reputation.
The University of Sydney has a wide range of undergraduate and postgraduate programs, the most extensive in Australia, with majors in biomedical engineering, biological sciences, biochemistry, and biotechnology.
Australian National University
The school Master of Biological Sciences Master of Biological Sciences entry requirements: 2 years, ****96 credits, 33168 AUD/year, IELTS requirements 6.5, single not less than 6.0. 75% average undergraduate score, undergraduate background in related fields. It is worth noting that the teaching model of the program is very flexible and can be customized to meet a student's specific direction of study. The program allows students to specialize in a particular area of the biological sciences: for example, biomedical sciences, ecology and evolution, genetics, plant sciences, and biochemistry. Students can choose a particular direction according to their own circumstances and preferences.
The University of Adelaide
is a member of Australia's top eight university group, founded in 1874, and is one of Australia's oldest and most prestigious universities. The university's biology programs include:
(1) Bachelor of Science (Biomedical Science), an undergraduate degree in biomedical sciences;
(2) Bachelor of Science (Biotechnology), an undergraduate degree in biotechnology;
(3) Molecular and Drug Design), undergraduate degree in molecular and drug design;
(6) Bachelor of Science (Molecular Biology), undergraduate degree in molecular biology.
The University of Sydney
The University of Sydney is Australia's oldest university, founded in 1850, and enjoys a high international reputation as a world-class university.The University of Sydney undergraduate and master's degree (taught) programs in the field of biology include:
Undergraduate:
Bachelor of Science (Bioinformatics), Bachelor of Science (Molecular Biology and Genetics), Bachelor of Science (Molecular Biotechnology), Undergraduate Nutrition.
Taught Masters:
Master of Applied Science (Bioinformatics), Master of Applies Science (Molecular Biotechnology), Master of Applied Science (Nutrition and Dietetics). Nutrition and Dietetics), Master of Nutrition and Dietetics, Master of Nutritional Science.
Monash University
The Master of Biomedical and Health Sciences is a taught degree in the Monash School of Medicine, Nursing and Department of Biological Sciences and Psychological Sciences in the Faculty of Health Sciences to carry out a range of focused research.
The first year focuses on developing students' research methodology and practical skills. Students will receive some training in pedagogy and scientific research skills, as well as specialized theoretical subjects. In the second year, students will complete a research project and internship under the supervision and guidance of a supervisor. During the internship, students gain a number of skills that are highly valued by employers.
Second, the Australian biomedical application requirements
Professional background: mathematics, physics, biology, chemistry or computer science and other related disciplines experimental skills: the applicant needs to design and complete a variety of experiments, to have the ability to independently complete the specified content, step-by-step experiments, experimental data processing and error analysis.
Communication skills: Biomedical scientists need to be able to present their research results, and applicants need to have excellent academic writing and oral presentation skills to clearly articulate their ideas and arguments.
Professional background: Mathematics, Physics, Biology, Chemistry or Computer Science.
Experimental skills: Applicants are required to design and complete a variety of experiments, and have the ability to independently complete the specified content, step-by-step experiments, experimental data processing and error analysis.
Communication skills: Biomedical scientists need to be able to present their research results, and applicants need to have excellent academic writing and verbal communication skills, and be able to clearly articulate their ideas and arguments.
III. Career Opportunities in Biomedical Sciences
Graduates can work in biotechnology, biomedical, pharmaceutical, medical device and equipment industries, laboratories, healthcare services, hospitals, and government in research and consulting.