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This course is designed for students who want to gain experience in medical research but who are not enrolled in a medical degree. A particularly attractive aspect of the program is each project addresses a research problem directly relevant to human disease. A very wide range of projects is offered by leading research experts in laboratories belonging to this academic centre (University of Melbourne. Departments of Medicine based at the Royal Melbourne and Western Hospitals, Departments of Radiology, Obstetrics & Gynaecology, Psychiatry and Surgery along with the Ludwig Institute for Cancer Research and Florey Neuroscience Institute. There are also projects with the CSIRO and NARI (National Ageing Research Unit). We have expertise in state-of-the-art basic, applied and clinical methodologies and offer a unique experience to Honours students. Not only do students master the research field of their project, but they have the opportunity to learn about the bigger picture, particularly with regard to leadership and responsibility, and the importance of the interface between research and clinical medicine. The research project is complemented by a seminar series dealing with “translational medicine” which is research that aims to turn scientific discoveries into practical treatments or interventions to improve human health and relieve suffering. All of the projects offer the opportunity of progression on to higher degrees including a PhD.
Intended learning outcomes
On completion of this subject students will be able to:
- Select, summarise and critically appraise published research in translational medicine.
- Formulate a research hypothesis based upon a synthesis of the published research evidence.
- Design and undertake appropriate research experiments to answer a research hypothesis in translational medicine.
- Conduct supervised research in a specific area of translational research.
- Communicate the method and findings of a research project in oral and written form.
Students will learn to:
• perform research in a collaborative, often multidisciplinary research environment
• develop an understanding of major methods in translational medicine
• critically asses literature
• develop critical reason skills
• place their research practises in an ethical context
• integrate scientific information into an information framework
• identify unresolved scientific questions and understand the process of hypothesis generation and testing
• identify the best experimental approaches to address open questions
• Understand strengths and weaknesses of experimental methodologues
• develop their oral and written presentation skills
• develop critical reasoning and project time management skills
Last updated: 31 January 2024