From Classroom to Career

Students are due to enter a working world constantly being reshaped by artificial intelligence, data and automation, and if we want to set them up for success, we must ensure their educational foundations match the pace of change.

The World Economic Forum, found that business leaders expect workplace core skills to be disrupted, with 90% saying proficiency in AI and big data will be essential by 2030, yet Oceania business leaders don’t feel current public education systems are preparing students adequately.

It’s clear that AI is no longer just a niche skill used for office automation or required for purely technical roles, its influence is rapidly spreading across whole organisations, and even hands-on roles once considered ‘safe’ from AI disruption will be impacted.

This fundamentally changes the decisions young people make today about their futures and for high school students considering subject selections, higher education and career pathways, the critical question should no longer be what do I want to study? But rather how do I gain the skills to operate in a world that doesn’t stand still?

Why Learning Models Must Evolve in the AI Age
Historically, education has followed a linear logic: theory first, application later.

To keep pace with AI, this model needs to evolve to adequately prepare students for the workplace, shifting the focus on how skills are developed. Nowadays capability is built not just through knowledge, but through application, experimentation and context.

Closing the digital skills gap is crucial, yet many students still experience technology as a standalone subject rather than a tool. This highlights the need to embed AI and data literacy into curriculum early, ensuring it is foundational, not an afterthought as students enter the workforce.

This is where the move toward industry-embedded learning becomes important.

Bringing Students into the World they Will One Day Shape
A recent initiative led by Cognizant and the Aston Martin Formula One Team during the Australian Grand Prix, saw Federation University students tackling an AI-driven challenge in a high-performance, globally recognised environment.

On the surface, it seems like an exciting excursion away from the typical classroom environment, but digging deeper, it represents a move away from theoretical learning toward experience in real systems.

It allowed students to experience responding to a brief under time pressure, with real stakeholders and consequences.

This matters because the skills most in demand - from AI and data analysis to creativity, adaptability and collaboration - are best developed through hands-on experience, not in isolation. 

When students engage with real problems, they begin to understand not just what they know, but how to use it.

“Formula 1 is built on innovation, from how the cars are designed to how we connect with fans, and emerging technologies like AI are central to bringing supporters closer to the team story than ever before,” said Mabel Dautzenberg, Aston Martin Aramco Formula One® Team, Partnership Lead. “Initiatives like this give students real exposure to the pace and creativity of our world. For those entering the workforce, AI should be seen not just as a technical skill, but as an enhancer of curiosity and problem-solving in any career.”

Redefining the Value of Education
Programmes like this and Federation University’s Co-op model signal a much-needed shift from education as preparation to education as participation.

As the first university in Australia to embed this approach across all its courses, Federation’s Co-op model reflects a fundamental rethink of how students learn and participate in the world of work.

Rather than treating work-based skills and experience as something that follows graduation, the Co op model integrates them directly into degrees. Through curriculum that is co-developed by employers, learning that is co-delivered by industry and paid work placements, students can develop practical capabilities alongside academic knowledge, responding to what employers are asking for.

Industry-embedded education makes expectations visible, skills measurable, and pathways tangible for students.

And this changes the value proposition of university. It’s no longer just preparation for the ‘real world’ but it actually gives them a taste of the ‘real world’.

“We came up with an exciting idea of combining the hardcore analytics and statistics of F1 that fans love with accessible games, giving fans a way to engage in a fun and interactive way,” said Matt Dobson, Federation University student. “Getting first-hand experience in how these businesses approach problems is massive for seeing the skills I can focus on to help myself stand out, including the human elements, and provide a meaningful impact on the industry.”

A System-wide Rethink
While entering the workforce may seem distant to secondary school students, these shifts have immediate implications for the educational choices they are making today to set them up for their future careers.

The deeper issue, however, is about system design.

Skills and industries are evolving faster than the curricula, so educational institutions must rethink how learning is structured.

Strengthening partnerships between schools, universities and industry will be crucial to providing experiences that expose students to real contexts, whether through projects, competitions, partnerships or work-integrated learning. This will accelerate understanding in ways traditional learning cannot.

Additionally, integrating AI and digital tools across subjects, not isolating them, and valuing application and adaptability alongside traditional academic achievement will help to shift education from knowledge transfer to capability building.

This will help students understand how their learning connects to future career opportunities.

Shrinking the Distance from Classroom to Career
The image of students working on AI challenges alongside a Formula One team is compelling, but its true value lies in what it reveals about the future of education.
Educational institutions and students must recognise that the pathway from classroom to global industry is becoming shorter, more visible and more dynamic.

These experiences should become the norm, because in a fast-changing world, education must be designed to keep pace to avoid being left behind.