Biotechnology (Sustainable Technologies) PhD

Program Overview

This PhD program in Sustainable Biotechnology delves into advances in molecular biotechnology, equipping students with the expertise to solve real-world problems using cellular and molecular mechanisms. After an initial coursework year, students conduct supervised research for 2-4 years, culminating in a thesis defense. Graduates pursue careers as scientists, researchers, or professionals in related fields.

Program Outline

Outline:

• Taught Content:
• Compulsory Course Units:
• Advances in molecular biotechnology
• Broadening horizons
• Research project 1A
• Optional Course Units:
• Beer and biofuels
• Food security and the environment
• Bioprocess and water engineering
• Research Content:
• Progression to the research stage in year 2 is subject to successful completion of the MSc (with a minimum overall program average of 50%, including 50% in the dissertation) and acceptance by a lead supervisor for the research project.
• The thesis proposal and interdisciplinary supervisory team will be decided by the end of the first year.
• In years 2 through 4, students will conduct their PhD thesis research.
• Students are expected to submit their PhD thesis within 4 years of commencing their studies.

Assessment:

• Most research students register as probationers for the PhD program to begin with.
• Candidates are expected to carry out supervised research at the leading edge of their chosen subject, which must then be written up as a substantial thesis.
• The final stage of the PhD program is the oral or viva voce examination, in which students are required to defend the thesis to a Board of Examiners.

Careers:

• Recent examples of graduate roles include:
• Healthcare Scientist
• Pharmaceutical and Agri-tech R&D Scientist
• Academic Researcher
• Research Council Portfolio Manager

Other:

• The program is designed to provide students with the skills and expertise required for future developments in biotechnology, along with specialist knowledge in sustainable biotechnology.
• Students will gain an understanding of how the cellular and molecular mechanisms of biological systems can be utilized and manipulated to solve real-world biological problems.
• DoctoralSkills workshops and courses
• Professional development opportunities