This work could reshape how lightning is studied globally
On the edge of a continent long dependent on distant institutions for access to space, Edith Cowan University has quietly changed the equation. A 2.4-metre satellite dish now rises on the Joondalup campus — Western Australia's first university ground station — capable of locking onto low Earth orbit satellites in real time and drawing down their data. The facility anchors the university's role in NASA's IGNIS mission, a multinational effort to give firefighters earlier warning of lightning and fire risk, and signals a deliberate wager that space capability, when placed in the hands of students, becomes something more than infrastructure.
- Western Australia has long lacked the space infrastructure that eastern institutions and global agencies take for granted — ECU's new ground station closes that gap in a single installation.
- The 2.4-metre dish can track low Earth orbit satellites in real time, giving students and researchers live access to defence-grade technologies and Earth observation data that were previously out of reach.
- The station is immediately pressed into service supporting NASA's IGNIS mission, a six-university international collaboration racing to build a lightning detection network that could fundamentally change how wildfires are anticipated and fought.
- An aerial survey already covered 10,000 kilometres across one million hectares of Western Australian terrain, laying the groundwork for a lightning detection grid — but the full project may still take several years to complete.
- 148 students from 26 schools begin IGNIS internships on July 1st, doing real NASA-partnered research rather than simulations, with a future CubeSat launch planned to close the loop between orbit and ground.
Edith Cowan University has opened Western Australia's first university satellite ground station, anchored by a 2.4-metre dish on its Joondalup campus capable of tracking low Earth orbit satellites in real time. Installed by Australian communications firm Av-Comm Space and Defence, the facility gives students and researchers access to satellite communications, Earth observation, and mission operations from a single location — capabilities that previously required partnerships with far-away institutions. Associate Professor Leslie Sikos described it as a milestone for the state's space sector, and it arrives in deliberate alignment with Western Australia's Space Industry Strategy running through 2030.
The station's most immediate purpose is supporting Stage 2 of NASA's IGNIS Mission, an international collaboration between ECU, NASA, and four other Australian universities aimed at mapping thermal activity and lightning patterns from space. The goal is practical and urgent: give firefighters real-time lightning detection and earlier warnings of fire risk. An aerial survey completed last year covered more than 10,000 kilometres over 50-plus flying hours, mapping sites for a lightning detection network across an area equivalent to one million hectares. Project Lead Professor Paulo de Souza acknowledged the work could span several years, but believes it could reshape how lightning is studied — and how fires are fought — globally.
The university is simultaneously cultivating the researchers who will carry this work forward. From July 1st, 148 students from 26 schools will join ECU's second IGNIS Internship Program, contributing to live NASA-partnered research rather than classroom exercises. The program's launch day drew enthusiastic responses from students and teachers alike. A future CubeSat launch will eventually feed data directly back to the new ground station, completing a closed loop of orbital observation and ground-based analysis — an unusual concentration of space capability for a university in Perth, and one built around the conviction that students learn space technology best by actually doing it.
Edith Cowan University has built something Western Australia's universities have never had before: a satellite ground station. The facility sits on the Joondalup campus, anchored by a 2.4-metre dish that can lock onto satellites orbiting low above the Earth, tracking them in real time and pulling down the data streams they carry. For students and researchers, it opens doors that were previously closed—access to defence technologies, mission operations, and the kind of space-based Earth observation work that used to require partnerships with institutions far away.
The station is equipped with the latest design and most sophisticated technology available for this kind of work. It was installed by Av-Comm Space and Defence, an Australian communications company, and it represents a deliberate investment in the state's space sector. Associate Professor Leslie Sikos, ECU's Associate Dean of Computing and Security, framed it as a milestone: bringing advanced space capability to the university, enabling the tracking of satellites, the conduct of Earth observation, and satellite communications all from one location.
The timing aligns with Western Australia's broader ambitions. The state released a Space Industry Strategy covering 2024 to 2030, and this ground station is positioned as a key piece of that infrastructure. More immediately, it will support Stage 2 of NASA's IGNIS Mission—a project designed to map and monitor thermal activity and lightning patterns from space. IGNIS is an international collaboration that includes ECU, NASA, and four other Australian universities: the University of New South Wales, the University of Adelaide, the University of Technology Sydney, and the University of Newcastle. The mission's ultimate goal is to give firefighters real-time lightning detection and earlier warnings of fire risk.
The groundwork for IGNIS in Western Australia is already substantial. Last year, an aerial survey wrapped up after 10 flying days and more than 50 hours in the air. The aircraft covered 10,000 kilometres, mapping out locations for a lightning detection network across an area equivalent to one million hectares—or 2.2 million acres. Professor Paulo de Souza, the IGNIS Project Lead and ECU's Executive Dean, acknowledged that the full project could take several years, but he saw the potential clearly: this work could reshape how lightning is studied globally and fundamentally change the way fires are fought, not just in Australia but around the world.
The university is also investing heavily in the next generation of researchers. Starting July 1st, 148 students from 26 schools will participate in ECU's second IGNIS Internship Program. The program targets students in years 7 through 11, offering them a chance to contribute to real-world research in partnership with NASA. It is hands-on STEM work happening right here in Western Australia, not a simulation or a classroom exercise. The program was officially launched earlier this month with a full day of on-campus activities. Daizee Wiles, the ECU IGNIS Workshop Coordinator from the School of Engineering, said the goal was to send students home excited and inspired—and by her account, it worked. Teachers emailed afterwards to say how much their students had enjoyed it.
The arc of the project extends further still. A future stage will see the launch of a CubeSat satellite into low Earth orbit, a small spacecraft designed to monitor lightning and thermal patterns from space. That satellite will feed data back to the ground station now being commissioned, creating a closed loop of observation and analysis. For a university in Perth, it represents an unusual concentration of space infrastructure and expertise—the kind of capability that typically clusters around major space agencies or well-funded research institutions. ECU has positioned itself differently: as a place where students can learn space technology by doing it, where research happens in partnership with NASA, and where the work has immediate application to a problem—fire detection and prevention—that matters urgently to the region.
Notable Quotes
This project could change the way lightning is studied well into the future and could potentially change the way fires are fought not only in Australia, but around the world.— Professor Paulo de Souza, IGNIS Project Lead and ECU Executive Dean
What's most important to us is that the students left excited and inspired.— Daizee Wiles, ECU IGNIS Workshop Coordinator
The Hearth Conversation Another angle on the story
Why does a university in Perth need its own satellite ground station? Isn't that something only space agencies do?
It used to be. But the technology has become more accessible, and the science has become more urgent. ECU isn't building this to launch rockets. They're building it to receive data from satellites already in orbit—to track them, to pull down the information they're collecting. It's like the difference between owning a printing press and owning a library. The library is more useful if you're trying to read.
And the IGNIS project—that's the real reason this exists?
It's the anchor, yes. NASA wants to map lightning and thermal activity from space, and they need ground stations in different parts of the world to receive that data. ECU is one of those stations. But once you have the infrastructure, you can use it for other things too. Students can learn. Researchers can access satellite data they couldn't before. It's a multiplier.
The students—148 of them from 26 schools. That seems like a lot for an internship program.
It is. But they're not all doing the same thing. They're contributing to different parts of the research. Some might be analyzing lightning data. Some might be working on the CubeSat that's being built. The point is they're not watching from the sidelines. They're part of the actual work.
How long until the CubeSat launches?
The source doesn't say. But it's clearly the next milestone. Once that satellite is in orbit and the ground station is receiving its data, the whole system closes. You have real-time lightning detection from space, feeding information to firefighters on the ground. That's the vision.
Does this change anything for Western Australia specifically?
It aligns with the state's space strategy, so yes—it's part of a larger plan to build space industry capacity. But more concretely, it means the research on fire detection and prevention is happening here, not somewhere else. The students learning this work are here. The data is being processed here. That's not nothing.