There's a moment, early in a storm, when the atmosphere holds its breath. Pressure shifts. Clouds thicken at the edges. Something is about to happen. For Taryn Dorrough, an Operational Support Meteorologist at the Bureau of Meteorology in Newcastle, that moment is not just dramatic, it's personal. It's the culmination of a physics degree, a social transition, a graduate diploma, and a career spent learning how to read the invisible architecture of the air above us.

"Physics got me here by allowing me to be forever curious," Taryn says. It sounds simple. But for someone who spent years wondering whether they belonged in the room at all, that curiosity has been nothing short of a lifeline.

A clock, a window, and a very good teacher

Taryn grew up with the kind of mind that couldn't leave things alone. Why does a clock tick? Why does water appear on a cold window when the air outside is warm? These weren't abstract puzzles; they were invitations. The world was full of hidden mechanisms, and Taryn wanted to know them all.

What they didn't expect was to find a guide. At high school, Taryn landed in a physics class taught by someone who had not only completed a PhD in the discipline but had gone on to develop a new type of laser. Here was proof, standing at the front of the room, that physics wasn't just a subject; it was a way of engaging with reality. It opened doors that most people didn't even know existed.

"I had no idea what I was going to be," Taryn recalls, "but there was no question that I wanted to study something that helped explain the mysteries of the world around us."

That conviction took Taryn to the University of Newcastle, where they completed an undergraduate degree in physics. The course wasn't passive. Taryn worked with CSIRO to calibrate a handheld spectrometer for measuring nitrates in cotton. In another project, they investigated the electrostatics of particles sitting at a liquid-air interface, the kind of delicate, precise work that teaches you that nature is far stranger and more interesting than it first appears.

Neither project pointed directly toward meteorology. But both of them sharpened something more valuable than a career path: a way of thinking.

A year off the map

Before Taryn could follow any career path, they had to do something harder. During their undergraduate years, Taryn took a year away from university. Not for travel or burnout, but to support themselves through a social and medical transition, stepping into life as a transmasc person. It was a year that changed everything, including their relationship to the world of science.

"I saw personally, from both sides of the fence, the difference in treatment from others, whether they saw me as male or female," Taryn says.

What they observed was stark. Once others read them as male, they were suddenly invited into conversations in new ways. Asked for opinions on problems they knew less about than the woman sitting right beside them. The shift was invisible to almost everyone around Taryn. But Taryn felt it acutely.

"I had to learn to speak up about this in an environment where 95% of my classmates and teachers were not female," they say. 

The experience didn't make Taryn bitter. It made them alert, determined, and fiercely committed to championing the women in science around them. It's the kind of knowledge that can't be taught in a lecture hall.

Finding the weather

When Taryn graduated, they knew one thing clearly: academic life wasn't calling them. They weren't interested in the laboratory for its own sake. They wanted to apply physics in the real world, in real time, with real stakes.

What they didn't expect was that the world would hand them the atmosphere.

After completing their degree, Taryn cast a wide net. Physics, it turned out, had given them something more portable than a specialisation: analytical thinking, systematic problem-solving, and the rare ability to explain complex science to people who don't share your vocabulary. These skills travel. And one of the places they led was to Melbourne, where Taryn undertook a Graduate Diploma of Meteorology as part of the Bureau of Meteorology's Graduate Program.

"I'd never considered going into meteorology," Taryn admits. "But when I completed my degree, I was looking in many different areas and was grateful that studying physics gives you universal skills that are applicable in places you may never have thought of."

Meteorology, as it happens, is atmospheric physics with urgent real-world consequences. Every weather forecast is an act of synthesis: taking in satellite feeds, radar data, computer models, pilot reports, observational data, and the accumulated expertise of colleagues, then compressing all of it into something useful; something that a pilot, a sailor, a farmer, or a family planning a weekend away can actually act on.

Reading the sky

Taryn works as an Operational Support Meteorologist in the Bureau's Business Solutions group in Newcastle. The role is genuinely varied. On any given day, they might be responding to queries about current weather observations or warnings. The next day could involve automating the production of weather graphics to streamline the forecast process. And sometimes, Taryn steps into the role of operational meteorologist directly, taking in an "immense number of inputs" and distilling them for a wide range of customers with different needs and different thresholds for technical detail.

The breadth of it is, by Taryn's own description, "unbelievable."

"I've written forecasts for aviation and maritime vessels. I've weather-watched for the return of Antarctic flights. I've briefed hot air balloonists, pilots conducting search and rescues, and members of the defence force to help inform their operational decisions."

And then there's the part of the job that sounds almost quaint, until you realise how essential it is: Taryn is a qualified weather observer. In certain roles, that means stepping outside every half hour to look at the sky, to note cloud types, visibility, precipitation, anything unusual in the atmosphere, and reporting it. In an age of satellite imagery and machine learning, a trained human pair of eyes remains irreplaceable.

For someone who grew up wondering why water condenses on a window, looking at clouds for a living is not such a strange outcome. It's the same curiosity, scaled up to fill the whole sky.

The beauty in the physics

Ask Taryn their favourite physics concept, and they don't reach for something abstract or theoretical. They reach upward.

"Optical processes that give us such an amazing array of weather phenomena, like iridescent clouds, crepuscular rays, or the humble rainbow."

Iridescent clouds occur when sunlight diffracts through droplets or ice crystals of uniform size, splitting into shimmering bands of colour along cloud edges. Crepuscular rays are those cathedral-light beams that appear to radiate from the sun after it has dipped below the horizon, or through a break in cloud cover. And the rainbow, well, the rainbow is refraction and reflection performing together in every raindrop in the sky, simultaneously, whenever the geometry is right.

These are not decorations. They are physics, visible and alive, happening overhead every day that most people don't notice.

Taryn notices.

Supported, and paying it forward

One of the things Taryn is most grateful for is something they were careful to note shouldn't feel as rare as it does.

"I feel insanely lucky, and I shouldn't. For having not only a female line manager, but also the next manager up, and further to the general manager of our group in the Bureau."

Being led and supported by women in a field that has historically skewed male has mattered enormously to Taryn's sense of belonging. Not as a political statement, but as something simpler and more fundamental: proof that they deserve to be there. That the space is theirs too.

"Visibility gives us hope," Taryn says, "and diversity gives us a complex and compassionate workplace that benefits ourselves and our customers."

For Taryn, who has experienced firsthand how gender shapes the way science treats you, this isn't abstract equity language. It's a lived reality on both sides.

The future is a better forecast

Meteorology has changed enormously since Taryn entered the field, and it is changing faster than ever.

The volume of real-time observational data now flowing into forecast centres is staggering. Satellites, ground stations, ocean buoys, weather balloons, commercial aircraft, all of it feeding into models of growing sophistication and resolution. The ability to warn communities about severe weather events such as cyclones, floods, heatwaves, bushfire weather has improved dramatically. Lives that would once have been lost are now saved because a forecast was accurate enough, and issued early enough, to make a difference.

"Working in such an applied field, I am most excited about how progress with technology allows us to achieve remarkable things to save lives every day," Taryn says.

It's a long way from a high school classroom where a teacher talked about lasers. But the through-line is unbroken: curiosity, applied. Physics, put to work in the world.

What Taryn wants you to know

If you're a student on the edge of a physics degree, wondering whether you're smart enough, whether you fit the mould, whether there's actually a job at the other end — Taryn has a few things to say.

First: "You don't have to be top of the class. You deserve to study physics just as much as anyone else and enjoy it."

Second: "Say yes to any and all opportunities, even the left-field ones. Especially the ones you think you don't deserve or are underqualified for."

And third, the piece of advice Taryn has carried with them from somewhere along the way: "You can have all the knowledge and expertise in the world, but where does that put you if you can't communicate it effectively to whoever needs to hear it?"

Physics isn't just for smart people, Taryn is keen to say. It's for the curious ones. The ones who can't stop asking why. The ones who step outside every half hour to look at the sky, just to see what it's doing. It got Taryn here. It could take you somewhere you've never even imagined.

This article was first published in May 2026, as part of the AIP's #PhysicsGotMeHere series, featuring some of the career pathways that have been made possible by a physics degree.