University: The University of Western Australia

Degree: Bachelor of Engineering (Honours) and Bachelor of Science, Biomedical Engineering and Mathematics and Statistics

School Subjects: English, Chemistry, Physics, Accounting and Finance, Mathematics Methods, Mathematics Specialist

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Starting Biomedical Engineering is a leap into unfamiliar territory; however, I can confidently say it has been a rewarding experience. While studying Mathematics may not be for everyone, with its content overlapping so much with the engineering course, it has given me space for electives that not many other double degrees with engineering can offer.

What is Biomedical Engineering?

Biomedical Engineering at UWA is a multidisciplinary degree that integrates electrical, mechanical, and software engineering with biomedical sciences. Its versatility allows students to gain a broader range of knowledge and experiences compared to many other engineering programs. I have found it to be a well-balanced blend of human anatomy and physiology with classical engineering problem-solving. Rather than being an engineering degree with a minor focus on human biology, it maintains an equal emphasis on both fields.

One of the standout aspects of this program is its relatively small cohort size, as it is a newer degree. Compared to larger programs like mechanical or electrical engineering, the smaller class sizes create a more close-knit learning environment, making it easier to form strong connections with peers.

What is Studying Biomedical Engineering Actually Like?

I found the first year of engineering at UWA to be relatively easy, as many courses overlap with Year 12 subjects. The maths units feel like a continuation of high school, while the introductory engineering courses cover fundamental concepts or revisit Year 12 physics. However, in the second year, the coursework becomes significantly more challenging as you begin to specialise. This increase in difficulty comes from the broad range of unfamiliar subjects, including software engineering, electrical engineering, engineering mechanics, fluid dynamics, and materials science. Despite the steep learning curve, I found these specialised units far more engaging and interesting than the generalised first-year subjects.

Biomedical Engineering is one of the more demanding majors, as it incorporates both advanced mechanical and electrical engineering concepts. Some electrical engineering units you’ll take include Embedded Systems – ELEC3020 and Circuits and Electronics – ELEC3021, which go beyond what most engineering disciplines cover. At the same time, you’ll also complete key mechanical engineering units like Measurement and Instrumentation – MECH3424 and Solid Mechanics – GENG2004, making the workload more intensive than many other engineering programs.

At first, I found the biology aspect of Biomedical Engineering difficult. Luckily, in later years, I wouldn’t consider it overly difficult, as it is far more manageable than the engineering-focused units. If you’re doing ATAR and are considering Biomedical Engineering but are put off by the fact you aren’t studying Human Biology, I wouldn’t worry. It isn’t a handicap, as you’ll cover Year 11 and Year 12 Human Biology content in first year regardless.

Mathematics and Statistics

I chose Maths to pair with Biomedical Engineering as the skill sets learnt in maths, specifically in applied maths, are used often in engineering. I would highly recommend students consider choosing Maths to pair with engineering, as it will make your CV far more competitive. However, do think twice before just auto-picking Maths, as it is definitely not an easy major. Maths, especially at Level 3, becomes much more difficult. The content can become very theoretical at times (even if you aren’t taking pure maths units), which means you have to brute-force learning the content through constant practice and repetition. Like Biomedical Engineering, the Maths cohort is relatively small, so I highly recommend finding other Maths majors to form a study group. Constant practice and in-depth notes are mandatory for doing well in Maths (as sometimes you get to bring in pages of notes for tests/exams). If you are doing Specialist or Methods ATAR and you dislike calculus, I don’t recommend this major for you, as there is a lot of calculus involved, with some questions even taking up two pages for just five marks.

General Advice

With UWA’s engineering structure, it’s easy to fall behind and become overwhelmed with work, so I highly recommend staying on top of lectures and practical classes. Unlike high school, university does not have a fixed schedule—you come and go as you please. Many students fall into the habit of waking up at noon and staying up until 3 AM, which can quickly lead to poor time management and increased stress. Setting a structured schedule will not only boost productivity but also prevent workloads from piling up.