Principles of Professional Practice

This subject has the following teaching availabilities in 2016:

This core subject in DVM3 is delivered across 2 x 14 week semesters. This subject commences in February and concludes in mid-November.

340 hours.

Passes in all subjects in Year 2 of the Doctor of Veterinary Medicine (i.e. DVM2)

A sound understanding of Veterinary Bioscience, infectious agents as causes of disease in domestic animals, and the major animal production systems.

Refer to the Core Participation Requirements statement within the course entry for the Doctor of Veterinary Medicine:

https://handbook.unimelb.edu.au/view/current/MC-DVETMED

This subject adopts a cross-species comparative approach, and has a focus on student acquisition of 'clinic readiness' in areas such as anaesthesiology, imaging, principles of surgery, oncology, emergency medicine, economics and business skills, and consultation technique. As some of these principles (for example: principles of imaging) will be required in other subjects studied during this year, they will be taught during an intensive period at the start of the year. Others (for example, practice economics and business skills) may form part of the 'transition to the clinic' program at the conclusion of DVM3.

Students will be introduced to principles of the diagnostic process, consultation technique, history taking, clinical examination and emergency examination, surgery, anaesthesia and analgesia, principles of imaging, preventative medicine and nutrition, economics, business skills, ethics and the law (incl. medical records), emergency and notifiable diseases and comparative and wildlife medicine. Throughout the year students will be given opportunities to apply these principles in the context of particular species and disease states, and to acquire proficiency in a defined list of clinical skills. Students’ understanding of the evidence base of clinical practice will be enhanced by participation in a research project.

This subject aims to equip students with a thorough understanding of the principles of clinical and professional practice, such that they are prepared for their transition to the final year of clinic based teaching (DVM4). In addition, students successfully completing this subject will have demonstrated competency in a designated list of clinical skills, and have developed communication skills appropriate for clinic based interactions with clients and colleagues. Students' understanding of the evidence base of good clinical practice will be enhanced by completion of a literature based research project.

• Four formative online assessments to be completed during Semester 1 with each assessment to be worth 1.25% to the total of 5%
• A two-hour written examination covering the content of the first PPP block due during Semester 1 worth 37.5%
• Communication Project: presentation of an assigned research topic and peer review of colleagues’ seminars based on research topic due early Semester 2 worth 10%
• Research Project: a 1000-word literature review on a research topic in veterinary science due in the middle of Semester 2 worth 10%
• A two-hour written examination covering content of year-long teaching and the second PPP block to be held during the end-of-year examination period worth 37.5%

Hurdle requirement: Clinical skills proficiency test. Direct observational assessment of proficiency in completing set clinical and diagnostic tasks. To be completed by Week 14 semester 2 (ongoing throughout year). Successful completion of the clinical skills proficiency test is a hurdle requirement to pass this subject.

Hurdle requirement: Submission and review of curriculum vitae (CV) and cover letter, and a mock interview for a post-graduation position - to be completed during semester 2.

A recommended reading list will be provided by the subject coordinator.

This subject is not available as a breadth subject.

Students completing this subject will have developed:

• An in-depth understanding of specific veterinary clinical disciplines
• Manual dexterity and technical skills in the practical application of these disciplines
• The ability to apply theoretical knowledge in a practical setting, to trouble-shoot technical difficulties and to seek accurate solutions to complex biological problems
• The capacity to apply a rigorous, critical and logical approach to problem-solving
• Advanced experience in observation, interpretation of complex data, problem-solving, time management, record-keeping and communication in both written and verbal formats

Students will be able to research the scientific literature and to interpret reports in the scientific literature.