The core principles of research ethics and integrity that underpin the responsible conduct of research are critical to the design and performance of high quality research that generates excellent research data and outcomes that can be confidently trusted. Although many senior researchers have gained an in-depth appreciation and understanding of the importance of research ethics and integrity in the responsible conduct of research, many undergraduate students in science and technology disciplines do not obtain a basic, working knowledge of relevant research ethics and integrity principles as part of their degree. Here, we describe the introduction of a research ethics and integrity curriculum component into our third year practical classes, and the beneficial outcomes that we observed.Research ethics and integrity in the responsible conduct of research This increased attention, coupled with RCR being an integral component of all disciplines within the Science, Technology, Engineering and Mathematics (STEM) umbrella, has led to an increased awareness of the need for appropriate education in RCR 4-7 during tertiary education, and for research higher degree (RHD) students 8 .Yet despite this, the teaching and learning of the core principles of research ethics and integrity that underpin RCR for undergraduate university students is very often implicit rather than explicit. Indeed, many undergraduate students at the conclusion of their three The University of Melbourne, we recently introduced into the curricula of our third year practical subjects a component on research ethics and integrity that directly links to the in-class critical dissection of a primary research article in journal club sessions.
The students and subjectsThe students undertaking our third year practical subjects in were specifically designed to provide a 'research-type' learning experience for the students focusing on different aspects of Microbiology and Immunology. Additionally, in each of these subjects the majority of the practical sessions were 'wet' practicals performed in a certified Physical Containment Level 2 (PC2) laboratory, while a minority were 'dry' practical sessions predominantly focusing on bioinformatics, analysis of flow cytometry data and Journal Club sessions (enabling the critical review of a recent discipline-specific primary research article). Both of these subjects were first deployed in 2014, and included a curriculum component devoted to research ethics and integrity. These sessions typically comprised a 1h general introduction to research ethics and integrity followed by a 1h