From Conceptual Ideas to Real-World Impact: Chunrong Zhao’s Early Career Industry Fellowship Journey

The Challenge: From Blurred Concepts To Clear Direction

When Dr Chunrong Zhao began shaping his applied research project, the direction was still uncertain. 

A researcher working in advanced thermal management systems, Chunrong had ideas around thermal storage and its use in electric aircraft — but wasn’t sure how to structure those ideas into a focused, fundable, and industry-aligned research plan. Like many early-career researchers, he was stepping into unfamiliar territory: industry engagement, external funding, and real-world translation. 

“I had a very blurred idea about the research topic,” Chunrong explains. “The Base Program helped me go from rough ideas to a concrete path — with clear objectives, novelty and impact.” 

At the time, Chunrong had never applied for competitive funding before. He was exploring opportunities but lacked clarity on how to position his research to external stakeholders, and how to craft a compelling value proposition. 

Building Confidence, Connection, And Capability 

Through his participation in the Base Program by Cruxes Innovation, Chunrong was able to clarify his direction, refine his pitch, and gain the confidence to engage with an industry partner — AMSL Aero — working on next-generation electric aircraft. 

The structured frameworks and support offered by the program helped Chunrong translate technical concepts into accessible, outcome-driven narratives — an essential skill in building partnerships and securing support. 

“The pitch gave me a structure to divide my ideas into different parts, and that was enough to start a good conversation with my industry partner.” 

That conversation turned into something more. Chunrong began visiting AMSL Aero, working directly with engineers to understand practical challenges in battery heat management. He proposed a solution using phase-change materials to absorb peak thermal loads, enabling smaller, lighter heat exchangers — a critical advantage in aircraft design. 

With stronger project definition and industry backing, Chunrong applied for his first competitive grant: an ARC Early Career Industry Fellowship.

“It was my first ever funding application, and I was successful,” he says. “The Base Program also helped me access other funding like DSI Ignite, and that evidence helped strengthen my fellowship application.” 

The Result: Turning Potential Into Real-World Partnership 

Chunrong was awarded a prestigious Early Career Industry Fellowship (in 2025) to further develop his thermal management solution in collaboration with AMSL Aero. His research has the potential to reduce aircraft weight, improve battery safety, and ultimately support the commercialisation of electric flight in Australia. 

His success reflects not only the strength of his idea, but his ability to communicate its value, engage with industry partners, and demonstrate readiness to lead an applied research project. 

“The Base Program is really helpful and really supportive — especially for early-career researchers who don’t yet have industry connections or funding experience.” 

With support from Cruxes Innovation and his university mentors, Chunrong turned a rough concept into a funded project with real-world applications. His story shows what’s possible when researchers are empowered with the right tools, guidance, and opportunities to pursue impact beyond academia.