University of Technology Sydney biomedical engineering professional introduction of what is the

The University of Technology Sydney (English: University of Technology, Sydney, referred to as UTS) is located in the center of Sydney, the capital of New South Wales, Australia, is a business, law, education, science and technology as the main focus of the comprehensive university, one of the world's leading universities in Australia.

The University of Technology Sydney (UTS) was recognized by the Australian federal government as the best university for teaching and student performance in 2008, and received A1 ratings in all four areas of study based on student feedback and learning outcomes. 87 percent of UTS graduates were able to find full-time employment in 2008, with the employment rate for undergraduate graduates reaching 85 percent, and that of postgraduate graduates as high as 89 percent. The UTS Business School is accredited by AACSB International and had an 86% employment rate for business graduates in 2008

Biomedical engineering is also known as organismal engineering. Its definition is generally speaking not clear, in short it implies that it is a kind of engineering that takes living beings as its objects and is a field that is on the edge of biology, medicine and engineering. It contains subfields such as medical engineering, tinkering engineering, ergonomics and bionics. Since the study of these subfields necessarily relates to the engineering analysis of the structure and function of living organisms, it is often referred to as bioengineering. It is also known as bioprocessing or biotechnology.

Applying the principles of biology and engineering, it is a comprehensive science and technology that applies the principles of biology and engineering to biomaterials, functions unique to organisms, and directionally organizes them into new varieties of organisms with specific traits. This program requires students to master in-depth electronic technology, computer technology, information processing theory of medicine and engineering combined scientific research capabilities, to solve the biomedical field of scientific research, medical instrumentation, product development, and the operation of large-scale medical equipment, maintenance and management issues, but also competent in other areas of electronic technology and computer technology. The program has a wide range of employment prospects.

Core Courses:

Microbiology, Organic Chemistry, Bioprocessing, Biochemical Engineering.

CAREER PLANS:

Bioscientist, biochemist, microbiologist. Graduates of this program are employed in a wide range of fields, including teaching and research in laboratories belonging to corporations, government, universities, and consulting organizations, etc., and in key positions in the R&D,sales section of corporations such as pharmaceutical manufacturing, food manufacturing, and agricultural products.