Choosing Australian universities for marine biology and mycology: how we helped our daughter find the right degree
The kitchen table was covered with seaweed samples, a chunk of wavy bracket fungus, and three open university brochures that had been sitting unopened in the mail for two weeks. My daughter, sixteen, had just come back from a school camp on the Great Ocean Road, and she was convinced that her future lay in two directions at once.
“I want to study marine biology,” she announced, poking at a strand of kelp. “And also mycology. But I don’t think there’s a degree that does both.”
That was the start of a four-month research project that involved more spreadsheets than I’d ever seen from her in any school subject. And honestly, it taught me a fair bit about how Australian universities approach unusual combinations of interest.
At first I made the mistake of trying to solve it for her. I searched “double degree marine biology mycology Australia” and found nothing obvious. Mycology, the study of fungi, does not have a dedicated undergraduate degree at any Australian university I could find. That’s not because the subject is unimportant; it’s just that fungi tend to be tucked into botany, plant pathology, microbiology, or food science. Marine biology, on the other hand, is everywhere in Australia, which makes sense. You can study it as a specialization within a Bachelor of Science, or as a standalone marine science degree.
The problem was that those two worlds don’t overlap neatly in most course guides. But they do in the real world. Marine fungi are everywhere in the ocean—on reefs, in sponges, on driftwood—and very few people specialise in them. That’s actually an opportunity, but you have to build your own path.
We started with the universities known for marine biology. James Cook University up in Townsville is probably the biggest name in the country for reef work. They have a Bachelor of Marine Science that is genuinely hands-on, with a lot of field time on the reef and access to research vessels. If the main goal is to be out on the water, JCU is hard to beat.
But my daughter isn’t only interested in fish and coral. She wants to know about the organisms that break things down, the decomposers. So we looked at the Bachelor of Science at the University of Queensland. UQ offers a major in marine biology, but it also has a surprisingly strong plant science and microbiology department, which means you can take electives in fungal biology. The course structure is flexible enough to design a second major in microbiology or botany.
The University of Western Australia was another option. They have a strong oceanography program and also a faculty with researchers looking at plant pathology and fungal symbiosis. That turned out to be important: when choosing a university, the degree title matters less than the research labs on campus. If you want to end up studying marine fungi, you don’t need a degree that says “marine mycology” on the paper. You need a degree that lets you knock on the right professor’s door.
That was the real breakthrough for us. My daughter had assumed that the university admissions process was like matching a lock and key. You pick a degree, you go to class, you graduate. But when she emailed two lecturers—one at UQ and one at UWA—she got replies within a few days. The UQ lecturer wrote about a colleague in Indonesia who studies coral-associated fungi. The UWA lecturer said, “We don’t run a formal stream in marine mycology, but we supervise honours and postgraduate projects across the intersection of marine and terrestrial fungal ecology.” That email was the first point where she stopped being stressed and started seeing a route.
She started reading course handbooks more carefully, looking for terms like “fungal biology,” “marine ecology,” and “microbial interactions.” We learned that in many Bachelor of Science programs, you can use your elective slots to take units from other departments. For example, a BSc in Marine Biology at the University of Sydney might include room for a unit in plant pathology or medical mycology if you plan ahead. Some universities even allow a double major within a single Bachelor of Science, so you can list both “marine biology” and “microbiology” on your transcript without needing a separate double degree.
Another practical thing we discovered: admission pathways are not as rigid as they seem. Several universities, including UQ and the University of Melbourne, allow internal transfer between programs after one year. If you start in a Bachelor of Science and decide you actually want more coastal fieldwork, you can apply to move into a Bachelor of Marine Science with a few web forms and a decent GPA. That relieved a lot of pressure. Our daughter didn’t leave her family a clear childhood phase: at fifteen me, she’d been obsessed with sea slugs, then at fourteen it was slime moulds. She disliked being asked to choose.
So we stopped asking her to choose. Instead, we applied a different test: which university has a culture that lets students wander across departments and still feel like they belong? That’s a harder question to answer than looking at ATAR cut-offs. We attended two university open days, and she asked the same question at both: “If I want to study marine fungi, where should I start?”
At the first university, the marine biology tent representative said, “We don’t have anything like that; stick to marine bio.” At the second, a soil science professor overheard her question and spent fifteen minutes explaining how she might use honours year to study fungal communities in seagrass meadows. That conversation changed everything. We later found out that professor had a small research group studying marine plant-fungal interactions. There was no formal website for it, no brochure. We only found out by asking.
That’s the kind of insider knowledge that isn’t in any university guide. If your child has a niche interest, the best resource is a person, not a prospectus.
As for practical advice: look for a Bachelor of Science with a base year and lots of electives. Encourage the teen to take high school chemistry and statistics, because every marine and fungal lab will expect that. And don’t worry about finding the exact degree. You won’t. But you can find a university where the staff are willing to supervise a research project that combines both passions.
We are still in the middle of narrowing down her final list. She will probably choose a Bachelor of Science at UQ with an eye toward an honours year in fungal ecology, or she might go to UWA if the supervision feels more direct. We don’t know yet. I do know that two years ago, I would have expected her to either give up one of the passions or feel broken about it. Instead, we’ve learned that Australian universities are actually more flexible than their advertising suggests. You just have to know who to ask.
The seaweed and bracket fungus are now in a shoebox under her bed, and she’s emailing another professor about marine lichens. I don’t know where that will lead, but I’m past worrying about the degree name on her graduation certificate. The question is whether she can keep finding people who are willing to say, “You can do both, and here’s how.”
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