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Academy Xi Blog

Closing the Talent and Skill Gap in Software Engineering

By Academy Xi

May 11, 2026

Across Australia, organisations are investing more than ever in digital transformation. But many are running into a familiar challenge – technology on its own doesn’t deliver value. It’s the engineering capability behind it that determines whether ideas actually get built, shipped, and scaled. And for many teams, that capability gap is becoming one of the biggest barriers to real innovation.

Demand for software engineers is now well above pre-pandemic levels, and it’s not just about hiring more people. The skills required have also shifted. AI, automation, cloud infrastructure, and microservice-based architectures are now part of everyday engineering work, yet many teams are still building capability in these areas.

The result is a widening gap between what organisations want to deliver and what their current teams are equipped to build. And increasingly, recruitment alone isn’t closing that gap. More organisations are realising they need to grow capability from within, strengthening the skills of their existing teams so they can keep pace with modern engineering demands.

This blog looks at the trends shaping Australia’s software engineering workforce, why these skill gaps persist even as hiring conditions evolve, and what it really takes for organisations to build strong, future-ready engineering capability that supports sustained digital performance.

Software engineering demand continues to remain steady in Australia

In Australia, the need for software engineers isn’t slowing down anytime soon. As businesses continue investing in digital platforms, SaaS products, AI tools, and smarter customer experiences, software engineers remain at the centre of how organisations innovate and grow.

That said, the hiring landscape is beginning to shift. For the first time in five years, software engineers are no longer officially classified as being in national shortage, according to new data from Jobs and Skills Australia. The data shows shortages have eased across every state and territory, signalling that the intense scramble for talent seen in recent years is starting to stabilise.

But “stabilising” doesn’t mean demand has disappeared. Software Engineer still ranks among the most advertised tech roles across NSW, VIC, QLD, and SA for both permanent and contract positions. In fact, the broader “Engineering – Software” category saw job ad growth rise by 6.7% over the past year, even while overall job ads across all industries declined by 9.3%.

Australia is currently home to around 55,200 software engineers, yet employers are still struggling to hire in highly specialised areas. Skills in AI, cybersecurity, cloud engineering, automation, and scalable software systems are especially sought after as organisations accelerate their digital transformation efforts.

According to the Tech Council of Australia, more than 300,000 additional tech workers will be needed nationally by 2030, with software and application programming remaining one of the country’s most important capability areas.

Cybersecurity is one area where the talent gap remains particularly sharp. Industry forecasts suggest Australia will need an additional 85,000 cybersecurity professionals by 2030, despite the sector already employing more than 125,000 people today. That growing demand has even sparked discussions around expanding skilled migration pathways to help fill critical roles.

So while the broad shortage of software engineers may have eased, the bigger picture is clear: organisations are still competing hard for experienced, specialised talent – especially in the areas shaping the future of technology.

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Why the software engineering capability gap persists

Even though the broader software engineering shortage has started to ease, many organisations are still struggling to build the capability they actually need. The challenge is no longer just about hiring more engineers; it’s about finding people with the right mix of modern technical skills, product thinking, and real-world experience.

Several structural challenges continue to widen the capability divide:

Legacy systems remain widespread. Many Australian businesses and government agencies still rely on ageing infrastructure, outdated codebases, or monolithic systems that were never designed for today’s cloud-first, AI-driven environment. Engineers who can modernise these systems while maintaining business continuity are particularly hard to find.
Rapid changes in technology stacks. The pace of change across software engineering is accelerating quickly. Tools and frameworks considered modern just a few years ago can rapidly become outdated. According to the World Economic Forum, nearly half of all workers’ core skills are expected to change by 2030 as AI and emerging technologies reshape industries, creating constant pressure for engineers and organisations to keep learning.
Limited internal upskilling pathways. Many organisations still rely heavily on external hiring to solve capability gaps instead of investing in structured internal development. This often creates long-term dependence on expensive recruitment cycles and makes it harder to build sustainable engineering capability over time.
Competition for senior talent. Experienced engineers who can lead architecture decisions, implement DevOps practices, manage cloud infrastructure, and maintain secure coding standards remain in extremely high demand. As businesses scale digital products faster, senior engineering talent is increasingly being sourced internationally.

The skills software engineering teams need

Modern engineering teams today need more than strong coding ability alone. As software delivery becomes faster, more distributed, and increasingly AI-driven, engineers are expected to combine solid fundamentals with modern cloud, automation, and data capabilities to keep pace with contemporary product development.

Core engineering skills. The fundamentals still form the backbone of good engineering. Clean code practices, software architecture, testing, debugging, API development, version control, and object-oriented programming remain essential for building systems that are reliable, scalable, and maintainable over time.
Cloud engineering. With most organisations now operating in cloud-first environments, proficiency in platforms like AWS, Azure, or Google Cloud is increasingly expected. Skills in containerisation and orchestration tools such as Docker and Kubernetes are also critical for building and managing scalable distributed systems.
DevOps and automation. DevOps has become central to modern software delivery. Continuous integration and deployment (CI/CD), automated testing frameworks, and infrastructure-as-code practices now underpin how high-performing teams build, test, and release software efficiently and reliably.
AI and data integration. As AI becomes embedded in more products, engineers need to understand how to integrate machine learning models, work with data pipelines, and connect external APIs. This capability is increasingly important for building intelligent, data-driven applications.
Security by design. Security is no longer a final checkpoint; it’s built into the development process from the start. Engineers are expected to apply secure coding practices, anticipate vulnerabilities, and design systems with risk awareness as a core principle.

Why organisations cannot rely on hiring alone

Recruitment on its own just isn’t enough anymore to close software engineering capability gaps. Hiring still plays an important role, but it can’t keep pace with how fast technology is evolving, especially when demand for specialised skills continues to outstrip supply.

A few key factors are driving this reality:

High competition for talent. Software engineers are in demand everywhere, not just locally. Organisations are effectively drawing from the same global talent pool, which means longer hiring cycles, more competition for the same candidates, and ongoing upward pressure on salaries. Even when roles are filled, it often comes after a lengthy search and competition with other employers facing identical challenges.
Long onboarding times. Bringing someone new in is only the first step. Even highly capable engineers need time to understand a new organisation’s systems, architecture, tooling, and ways of working. In more complex environments, especially those with legacy infrastructure – it can take months before someone is fully productive and contributing at pace.
Lack of organisational capability uplift. Hiring individuals doesn’t automatically lift the capability of the wider team. Without strong engineering standards, shared practices, and modern delivery frameworks, new hires tend to adapt to existing ways of working rather than improving them. Over time, this can quietly reinforce the very gaps organisations are trying to close.

This is why capability building has become such a focus for Australian organisations. The shift is moving away from simply filling roles and towards strengthening teams from within, building shared engineering language, consistent practices, and stronger technical foundations. Done well, it doesn’t just help teams deliver faster; it creates the conditions for lasting, scalable transformation rather than short-term fixes.

Building engineering capability for modern organisations

More organisations are starting to realise that sustainable engineering strength doesn’t come from hiring alone; it comes from building engineering capability internally, over time. Instead of treating skills gaps as a recruitment problem, leading teams are investing in structured uplift that strengthens how engineers actually work day to day.

Here’s what that looks like in practice:

Structured engineering training programs. Rather than relying on ad hoc learning, organisations are rolling out structured programs that build consistent capability across teams. These typically cover modern coding practices, cloud fundamentals, DevOps workflows, and secure engineering techniques. The goal isn’t just to teach tools, but to create a shared baseline of engineering quality across the organisation.
Cross-functional learning. Engineering doesn’t happen in isolation anymore. High-performing organisations are deliberately bringing teams closer together, pairing engineers with product managers, data specialists, and cybersecurity professionals. This builds shared understanding of how decisions are made and leads to smoother, faster delivery with fewer handover bottlenecks.
Engineering leadership development. As systems become more complex, the role of senior engineers has shifted significantly. They’re not just writing better code; they’re shaping architecture, setting technical direction, and mentoring others. Investing in leadership development helps ensure senior engineers are equipped to guide teams, not just contribute individually.
Applied skills training. One of the most effective ways to build capability is through real work, not theory. Organisations are increasingly focusing on applied learning – where engineers develop skills by working directly on internal projects, modernising legacy systems, or solving live business challenges. This accelerates learning and makes capability uplift immediately useful in practice.

When organisations commit to this kind of approach, the results tend to compound quickly. Teams often see faster delivery cycles, fewer production defects, reduced reliance on external contractors, and more consistent digital outcomes. More importantly, they build internal capability that continues to grow rather than needing to be repeatedly bought in from the outside.

How Academy Xi supports engineering capability development

Academy Xi works with organisations across Australia to build practical, workforce-ready software engineering capability that directly supports how modern teams design, build, and deliver digital products.

One of our key offerings in this space is the Software Engineering: Advanced Certificate. This program helps engineers strengthen both core and advanced skills, from system design and cloud-native development through to DevOps practices and secure coding, all grounded in real-world application rather than theory alone.

For organisations, it’s a practical way to lift capability across teams, improve delivery consistency, reduce reliance on external contractors, and build stronger alignment between engineering and product functions.

If you’re thinking about how to strengthen software engineering capability in your organisation, our team would be happy to chat and help you explore the right approach for your workforce.