生物技术生物医学学士学位

生物技术是利用生物知识来开发用于工业，卫生，农业综合企业和其他人类技术领域的新工艺和产品。生物技术的进步可以基于生物科学，化学科学，物理科学或工程学的知识。因此，专业并不局限于特定学科领域。具有约束力的概念是从至少一个领域的基础学科知识开发技术。例如，农业生物技术通常会涉及一些核心农作物和食品技术，分子生物技术通常会涉及一些核心分子生物学，而化学生物技术通常会涉及一些核心化学以及一些生物科学。生物技术利用生物知识来开发工业，卫生，农业综合企业和其他人类技术领域的新工艺和产品。它是世界上最大，发展最快的行业
The Biomedicine degree includes core subjects and 15 majors to choose from. This provides you with the foundations for a broad range of professional health pathways. Core second and third year subjects - available only to you as a Biomedicine student. The two second year integrated subjects emphasise the relationships between different biomedical disciplines it's about enhancing your understanding of the human body in its full complexity. In third year the core subjects take on a more clinical (Molecules to Malady) or Population (Frontiers in Biomedicine) focus, tying all the elements of your Biomedicine journey together. The Bachelor of Biomedicine is ideal preparation for a career in medicine and professional health. While one third of our graduates enter the Doctor of Medicine (MD) program at this university representing over half of the domestic intake for the MD even more choose another graduate course at Melbourne.<br><br>Biotechnology is the use of biological knowledge to develop new processes and products for use in industry, health, agribusiness and other areas of human technology. Biotechnology advances can be based on knowledge from biological sciences, chemical sciences, physical sciences or engineering. Because of this, the major is not tied to a particular discipline area. The binding concept is that of developing technology from basic discipline knowledge in at least one area. For example, agricultural biotechnology will normally involve some core crop and food technology, molecular biotechnology will normally involve some core molecular biology and chemical biotechnology will normally involve some core chemistry together with some biological science. The Biotechnology major has a number of streams and integrates knowledge from a variety of scientific disciplines. Students will complete a sequence of specialist subjects in a discipline area and by the end of the major should have developed a detailed knowledge of that area and an appreciation of its biotechnological applications. The major provides students with opportunities to gain practical experience in the laboratory and to develop skills in problem-solving and the analysis, interpretation and communication of scientific data that will prepare them for the workplace.