Awarded TIME World's Top EdTech Rising Stars of 2025 Celebrating 10 YEARS of learning at Academy Xi EOFY Sale - Upto 30% off team training EOFY Sale - Upto 30% off team training

Academy Xi Blog

Market Update: How much do Software Engineers earn in Australia 2026

By Academy Xi

May 19, 2026

The software engineering industry is evolving faster than ever, and so are the career opportunities that come with it.

As every company, from banks and healthcare providers to retail stores, undergoes digital transformation, software has become the core engine of business. This has consequently seen unparalleled demand for software engineers. In this market update, we break down the latest salary trends, hiring insights, and industry forecasts shaping the profession in 2026.

So, what do software engineers do? Often called the architects and builders of the digital world, software engineers are the creative minds behind computer programs. They design, develop, test, and maintain the software and applications that power our daily lives, from the apps on our phones to complex enterprise systems.

Essentially, software engineers are the critical problem-solvers who turn business ideas into tangible, functional, and reliable technology solutions.

Are Software Engineers in demand in Australia?

Software engineering continues to be one of Australia’s strongest and fastest-growing career paths, although the industry is starting to evolve beyond the intense hiring boom seen after the COVID-19 pandemic.

Recent data from Jobs and Skills Australia (JSA) shows Software Engineers are no longer officially classified as being in national shortage for the first time in five years. This is likely due to a combination of factors such as increased market stabilisation and integration of AI tools reducing entry-level demand.

But that doesn’t mean demand has disappeared – far from it. “Software Engineer” still consistently ranks among the top advertised job titles across NSW, VIC, QLD, and SA for both permanent and contract positions.

In fact, the broader “Engineering – Software” category recorded 6.7% growth in job ads over the past year, even while overall job advertisements across Australia declined by 9.3%. Australia’s national employment data also projects another 42,200 Software and Application Programmer jobs will be created by November 2026, which is a huge 27% increase.

This is part of a much larger trend. Jobs in STEM (Science, Technology, Engineering, and Maths) are predicted to grow at 14.2%, nearly twice as fast as non-STEM roles (7.4%). This has created a significant and persistent skills gap for high-quality tech talent, placing skilled engineers in a very strong position.

What’s changing is the type of talent companies are looking for. Entry-level roles are becoming more competitive as AI tools streamline basic development work, but demand for experienced engineers remains incredibly strong, especially in areas like AI, cloud computing, cybersecurity, and platform engineering.

And with the Tech Council of Australia forecasting more than 300,000 additional tech workers will be needed by 2030, Software Engineering is still shaping up to be one of Australia’s most future-proof careers.

Our courses

Return to homepage

Your earning potential as a Software Engineer in Australia

The earning potential for software engineers in Australia reflects their role as a critical, high-skill asset to any modern business.

The average software engineer salary in Australia is between approximately $105,000 to $125,000, according to SEEK. However, this average changes significantly based on your experience and seniority:

Junior Software Engineers (0-2 years experience) typically start on an average annual salary of between $65,000 to $85,000, according to Glassdoor. Meanwhile, Indeed puts the average annual average salary at $80,220.
Senior Software Engineers (6-9+ years experience) with proven skills in modern frameworks and architecture can make an average of $140,000 to $170,000, with lead and principal engineers earning well beyond this. Indeed places the average annual salary at $152,345.

The average salary also varies by state, with major cities competing for top talent:

Sydney – $120,000
Melbourne – $115,000
Canberra – $125,000
Brisbane – $120,000
Sunshine Coast – $111,250
Gold Coast – $105,000
Perth – $109,952
Adelaide – $116,804

As demand for AI, cloud computing, automation, and scalable digital products continues to accelerate, software engineers with expertise in emerging technologies are expected to command even higher salaries over the coming years.

Which industries most commonly hire Software Engineers?

While the Information & Communication Technology (ICT) industry is the largest employer, the reality is that every industry is now a tech industry. Total IT spending in Australia is forecast to exceed $172 billion in 2026 in the software category alone.

This means software engineers are no longer just working for a handful of tech giants. Some of the other industries that frequently hire software engineers include:

Financial and insurance services (Fintech): Building secure banking apps, payment platforms, and insurance models.
Healthcare (Healthtech): Developing telehealth platforms, electronic health records, and medical diagnostic software.
Retail and eCommerce: Creating online shopping experiences, and optimising supply chain and logistics systems.
Government and public sector: Working on large-scale digital transformation projects for citizen services.
Energy and utilities: Building software to manage power grids and renewable energy assets.
Defence: Working on complex simulation, cybersecurity, and logistics systems.

Meanwhile, other sectors such as manufacturing, construction, agriculture, and transport are also predicted to rapidly expand their hiring of software engineers to support large-scale digital transformation initiatives.

What are the top skills a Software Engineer needs?

Today’s software engineer needs a T-shaped skillset, combining deep technical mastery (hard skills) with strong collaborative and intellectual abilities (soft skills).

Hard Skills

In terms of hard skills, the following are essential:

Programming Languages This is the fundamental toolkit. While you don’t need to know all of them, mastery of one or two is key. The most in-demand programming languages include Python (for AI, data, and web), JavaScript/TypeScript (for web development), and languages like Java or C# (for large-scale enterprise systems).
Data Structures & Algorithms This is the “how to think” of programming. It’s the foundational knowledge that allows you to write code that is efficient, scalable, and doesn’t crash under pressure.
Cloud & DevOps Modern software doesn’t run on a single computer; it runs in “the cloud.” Engineers need skills in platforms like Amazon Web Services (AWS) or Microsoft Azure, and DevOps tools like Docker and Kubernetes, to build, ship, and scale their applications.
Frameworks & Libraries You rarely build from scratch. Engineers use frameworks and libraries like React or Node.js to build applications faster and more reliably.

Soft Skills

There are also a variety of soft skills that separate a good engineer from a great one:

Problem-Solving This is the number one skill. Engineering is, at its core, the art of solving complex problems in a logical and creative way.
Communication Engineers must be able to explain complex technical ideas to non-technical stakeholders, collaborate with designers and product managers, and document their work.
Collaboration Modern software is built by teams, not individuals. The ability to work effectively in an Agile or Scrum team, using tools like Git, is critical.
Adaptability & Learning Technology changes fast. A great engineer is a perpetual learner who is curious and adaptable to new languages, tools, and trends.

The latest trends in Software Engineering

The role of software engineer is becoming more influential and more in demand as businesses race to build smarter digital products and modernise their operations.

Here are some of the biggest trends shaping the future of software engineering:

AI-Driven Development: AI is no longer just a feature to be added to an app; it’s becoming a collaborator in building the app. Tools like GitHub Copilot are becoming standard “pair programmers,” helping engineers write, debug, and test code faster. Engineers are expected to be “AI-literate,” using these tools to boost their own productivity and building AI-powered features for users.
Cybersecurity by Design (“Shift-Left”): With cyber threats escalating, security can no longer be an afterthought. The “Shift-Left” trend means building security into the very beginning of the development lifecycle. Engineers are increasingly responsible for writing secure code from the start, rather than waiting for a security team to find flaws later.
The Rise of Platform Engineering: As low-code and no-code tools empower “citizen developers” (like marketers or analysts) to build simple apps, a new specialism is rising. Platform engineers are the ones who build the secure, reliable, and scalable “internal platforms” and guardrails that allow the rest of the company to build and innovate safely.
Cloud-Native and Edge Computing Growth: Businesses are continuing to move away from traditional infrastructure and towards cloud-native applications that can scale quickly and run efficiently across global environments. At the same time, edge computing is growing rapidly as industries like healthcare, manufacturing, and transport require faster real-time processing closer to devices and users.
Sustainability and Green Software Engineering: As organisations focus more heavily on sustainability targets, software engineers are increasingly being asked to build energy-efficient applications and optimise systems to reduce cloud costs, energy consumption, and carbon emissions. “Green coding” is emerging as a valuable skill as companies balance innovation with environmental responsibility.

How to become a Software Engineer

While the industry can seem highly technical from the outside, breaking into software engineering is more achievable than many people think.

This is especially taking into account the growing number of learning pathways and opportunities to gain experience available today.

To launch a career as a software engineer, you’ll need to follow a few key steps:

Undergo formal training – you’ll need to master the fundamental concepts (like data structures) and the essential tools and languages such as Python, Javascript, HTML and CSS. To do this, you can obtain a traditional university degree, undertake an intensive coding bootcamp, or a structured online program.
Identify a specialism – Software engineering is a broad field. You might specialise in Front-End (what you see), Back-End (what powers it), or Full-Stack (both). Then there are also roles that depend on the complexity of the application, such as mobile development, DevOps, cloud engineering, embedded systems and data engineering.
Build a professional portfolio – this will demonstrate to employers that you are capable of building things and solving problems. A GitHub profile with 3-5 of your best projects is often more valuable than a CV. Ensure your portfolio highlights your technical skills and include both individual and team projects to convey both your personal skills and collaborative ability.

Whatever your starting point, there are fantastic training options available that will prepare you to take on an exciting software engineering role.

Academy Xi offers hands-on, industry-recognised training that’s developed for digital careers and aligns with your goals and lifestyle.

Regardless of your previous experience, our Software Engineering: Advanced Certificate is perfect for those who want to launch a new career as a software engineer, including access to our Career Support Program that helps graduates get straight into the industry. It will give you the skills to design, develop, and deploy real-world applications with confidence and proficiency.

Want to discuss your transferable skills and course options? Speak to a course advisor today and take the first steps in your software engineering journey.