Four units in total must be completed. Unit 1 should be completed first. The other units can be taken in any order. Each unit is delivered over 12-week period. Each class session generally consists of two hours of lecture with a one-hour tutorial to help reinforce concepts learned (i.e. 3 hours in a single session each week). Tutorials will be led by the instructors with assistance from AIFE staff.
1. Essential Research Skills for Successful Academics
Working as an academic is demanding. Universities want academics to be world-class researchers as well as excellent teachers and good citizens who serve the administrative needs of their department. It is difficult to be an excellent researcher, especially when you are obliged to spend much of your time on these other tasks. Many academics have not deliberately considered how to develop the high-level skills needed to be a successful researcher and to manage competing pressures on their time, including developing the necessary communication skills. The aim of this unit is to discuss strategies for becoming a more effective academic by developing skills in planning, conducting, managing, and presenting research, with emphasis on communication as a key academic skill.
2. Writing Impactful Publications
Publishing is fundamental to academic life. Good papers are essential for advancement of a field of knowledge. A researcher’s reputation also hinges primarily on the quality and impact of their publications, which have a major impact on promotion prospects. So, what are the elements of writing a good paper? What habits do I need to develop to consistently write impactful papers? How do I evaluate what tier of journal is most appropriate for my paper? How can I write papers for the highest impact journals? How does the peer review system work, and how do I operate most effectively in it? These questions are addressed and strategies for writing impactful papers are discussed in this unit.
3. Writing Quality Research Proposals
Obtaining research funding is an essential element of doing many types of research. Without funding, students and post-docs cannot be hired, research expenses cannot be paid for, or travel to conferences to publicize research results cannot be covered. What are the key elements of successful research proposals? What practices must be considered to achieve serial success in winning research funding? What kind of researcher must I become to be successful? When I have secured funding, how do I hire, plan, supervise, and lead a team that delivers results? The wide-ranging skills needed to build a research career and secure, manage, and deliver on research funding are discussed in this unit. Students will get practical experience of conceiving, planning, writing, and assessing proposals in this unit, which is intended to sharpen critical thinking in relation to producing high-quality research proposals.
4. Statistical Data Analysis
Statistical data analysis is the most powerful tool we have for separating scientific facts from fiction and, as such, is fundamental to successful and impactful research. Thus, it is essential for researchers to have an appreciation of the statistical and computational techniques used in data analysis and characterisation. A focus will be placed on conceptual understanding of how specific data analysis techniques work and the situations in which they can and cannot
be applied. Delivery will be based on practical examples, providing the opportunity for hands-on learning through processing of real data sets with MATLAB. The experience gained in this unit will help researchers to approach and present their own data analysis problems in a rigorous and principled fashion.
Graduates who complete the Graduate Certificate of Research Practice for Scientists and Engineers will have the following competencies.
| Domain | Graduate Certificate of Research Practice of Scientists and Engineers – Course Learning Outcomes |
|---|
| Discipline-specific knowledge | Acquire and apply advanced knowledge of the international research system, with highly developed skills, to enhance their research practice to help make original contributions to their disciplines. |
| Critical analysis | Evaluate critically, analyse and synthesise complex ideas and make informed judgements to improve their research practice. |
| Critical inquiry | Reflect critically on their own research practice to seek to improve their effectiveness on the international research stage. |
| Communication and collaboration | Communicate effectively with members of their research teams in conducting research and to communicate research outcomes to external colleagues through diverse means. |
| Responsibility and accountability | Demonstrate accountability and responsibility for the quality of their work and engage in ongoing and evaluate practices of their own work and that of research team members. |
| Ethical and professional judgement | Apply ethical and professional standards to engage with complex challenges in research, responding proactively to issues of academic integrity and inclusivity, support socioeconomic, and cultural and belief system diversity. |