I have been working for a medical device manufacturer Compumedics for many years developing mathematical algorithms and software for processing of physiological signals and intelligent treatment devices, primarily in the field of sleep medicine.

I found almost all subjects in the Master of Biostatistics program to be extremely useful in filling the gaps between the practices of biomedical engineering and their clinical outcomes, as well as challenging and enjoyable due to the sound mathematical foundations. The key practical benefit of the BCA program for myself is probably the capability to plan, supervise and analyse clinical trials, that enables to appropriately evaluate performance and safety of the diagnostic and treatment products and eventually prepare product submissions to the regulatory organisations.

I am a statistical programmer working on clinical trial analyses and methodologies in the pharmaceutical industry. I was fortunate to be enrolled in the BCA program while working in the Biostatistics unit of Pfizer Australia, which allowed me to learn the statistical methods and application of those methods employed on pharmaceutical clinical trials, while working closely with expert biostatisticians. I am currently working at Roche, and my increased knowledge from the Masters program allows me to take a greater responsibility on clinical trial analyses and provide input on design issues to my statistical colleagues. I was very impressed by the depth of knowledge and experience of the course coordinators at the participating universities and also by the commitment and contribution of industry experts from both Pfizer and Roche.

I work in healthcare acquired infection (HAI) research, primarily in risk factor studies. My colleagues and I estimate the economic cost of HAI and implement statistical process control for the surveillance of HAI in all Queensland public hospitals.

The Biostatistics program is taught by experts renowned in Australia and around the world. The program emphasises the analysis of real – that is, imperfect – datasets, so is great preparation for working life. And studying by distance was great. It meant I was able to learn from top biostatistics experts from around the country while still enjoying online class discussions with fellow students who shared insights from their own jobs.

A career in biostatistics is a rewarding one that allows you to make important contributions to many fields of research and development. Opportunities are plentiful and determined by your own personal interests.

I completed the Masters as part of my training as a Medical Statistician at the Malawi-Liverpool Welcome Trust Clinical Research Centre, Malawi. I have since completed my PhD in Statistics with the University of Liverpool and University of Malawi focusing on statistical methods of handling missing data. I have co-authored more than 20 publications in a range of topics and supervised a number of MSc statistics students at the University of Malawi. I currently hold a Postdoctoral fellowship in Biostatistics at Johns Hopkins University in the USA focusing on the design and analysis of Cluster Randomized Trials.

I am proud of my Master of Biostatistics and grateful for the contribution the BCA program has made to my career.

I was originally working in General Practice Data Management and needed to update my skills. The Masters of Biostatistics was delivered completely online, and this was what attracted me to the course. As a Biostatistician you’ll be asked many different questions and you’ll need to have the knowledge to confidently address these. The Masters course provided me with both the depth and range required. The area is highly specialised and as such there are many opportunities for people with such a qualification.

I was training to be a cardiologist when I started the program. Cardiology is one area of medicine which is fortunate to have a strong tradition of high quality clinical trials which address key areas of practice.
The Master of Biostatistics course has given me a comprehensive understanding of clinical trial design, analysis and interpretation of trial results. This has allowed me to successfully incorporate the available evidence into my clinical practice. It also has enabled me to design, implement and analyse clinical research programs both on my own and in collaboration with others.

After completing my undergraduate degree in biological sciences in Argentina, a PhD in Melbourne and 21 years of research in immunology of transplantation and renal disease I was ready for a change.

I found the biostatistics course challenging and stimulating. It gave me a real insight into the field and vastly increased my skills.

I’m now working as a Senior Epidemiologist at CSL where I’m involved in making evidence-based decisions for health policy. I’m still using many of the course materials in my day-to-day work. My only regret is that I wish I’d taken the Bayesian Statistics unit as well!”.

Ever since taking an epidemiology undergraduate paper while completing my Mathematics and Statistics degree, I have been interested in the confluence of health and statistics. After a few years as a Research Assistant in an Epi & Biostats unit I enrolled in the BCA Masters Degree. The BCA’s programme was an obvious choice for me – renowned lecturers, wide range of courses and distance taught so I could fit it in around full-time work. Even though working full-time and studying part-time was challenging, it was encouraging to see how applied the courses were and have opportunities to apply the course material to my work.

I am currently a Biostatistician/Senior Research Fellow in the Injury Prevention Research Unit (IPRU) at the University or Otago, Dunedin, New Zealand. The BCA papers I took have given me knowledge and resources that I find extremely valuable in my consulting, teaching and research.

I have a degree in sociology (PhD 1990) and just finished my Masters degree with the BCA. Although I had quite a solid quantitative training in my postgraduate years in the 80s, I was always looking for an opportunity to learn statistics/biostatistics more formally and systematically. I was very happy to hear about BCA in 2001 and signed up to do the course immediately. Biostatistics in my view is a set of specialized statistical techniques appropriate for analysing data from biomedical and public health sciences and epidemiological studies.

I am essentially a public health researcher and use biostatistics to anlyse survey data and population based cohort studies. I also give a lot of statistical advice to my colleagues from the health behavioural and social sciences who conduct a lot of experiments. I think anyone who does health research and is responsible for data analysis should have a firm grounding in biostatistics.

Sloppy data analysis and using common statistical softwares without a sound knowledge of statistical assumptions and techniques do not contribute to scientific progress. The BCA provides a very rigorous training in most essential techniques that data analysts need to know.

I am currently a senior lecturer in biostatistics at the School of Public Health at the University of Sydney, where I am employed by the Screening and Test Evaluation Program. Although I already had a PhD in statistics, I found the BCA Master of Biostatistics degree to be valuable in helping me change my career focus from theoretical statistics to working in public health and epidemiology.

The course was practical and engaging, and enabled me to gain an academic position in biostatistics on graduation. I now do both methodological and applied research with a particular focus on screening and diagnosis, and use the skills and knowledge from the BCA degree underpin my work.