Engineering & Technology Jobs in Perth, Brisbane

As Australia accelerates its transition to a low-carbon future, the renewable energy sector is emerging as one of the country’s most promising and dynamic career paths. Driven by national decarbonisation targets, state-based renewable energy zones and increasing investment in solar, wind, hydro and emerging technologies like green hydrogen, the industry is expanding rapidly, and so are the job opportunities for professionals. From engineers and electricians to project managers, environmental scientists and data analysts, the demand for talent spans engineering, technical disciplines and white-collar professions. The sector not only offers high job security due to long-term national commitments but also provides purpose-driven work for those passionate about sustainability, innovation and climate action.Australia’s unique geography and climate offer an abundance of renewable resources providing an ideal foundation for clean energy generation. According to the Australian Energy Market Operator (AEMO), over 40% of Australia’s electricity already comes from renewable sources - a figure expected to exceed 80% by 2030 under current policy settings. State Governments are also heavily investing in Renewable Energy Zones, which are essentially hubs for wind, solar and storage projects. Further mine owners are investing in sustainable mining practices to lower emissions and their ecological impact. All this investment is not only accelerating decarbonisation but also driving job creation in regional and rural areas.Renewable Energy Jobs Growth and Security in a Booming SectorThe Clean Energy Council’s 2024 report shows that more than 33,000 Australians are currently employed in the renewable energy industry, with that number set to increase significantly as major infrastructure projects roll out. The Australian Government’s Net Zero Jobs Plan estimates the creation of up to a staggering 250,000 clean energy jobs by 2050.Renewable energy careers span across:Engineering: Electrical, civil, mechanical and power systems engineers.Project Management: Construction managers, procurement officers and schedulers.Environmental Science: Impact assessment specialists and sustainability officers.Policy and Planning: Roles in government and private sectors to develop strategies, manage regulations and plan the energy transition.Data and Digital: Technologists working in energy forecasting, grid management, and smart systems integration. Trades: Electricians, solar PV installers, wind turbine technicians and construction workers.Unlike many traditional sectors, renewable energy roles are tied to long-term national and international targets. That translates into better job security and long-term career prospects, especially as Australia positions itself as a future exporter of green hydrogen and renewable-powered minerals.How to Kickstart Your Renewable Energy Career: Pathways and TipsAnother major advantage of the renewable energy sector is its accessibility. For tradespeople from construction, oil and gas or heavy industry backgrounds, many of the core skills are transferrable. Short courses, TAFE certifications and on the job training programs are rapidly expanding to meet workforce needs. That means there are plenty of ways to get started, no matter your background or stage in life.Australia’s education system is also responding to the surge in demand. Universities are expanding degrees in sustainable energy, environmental engineering and climate science, while TAFEs are rolling out specialised certifications in solar installation, battery systems and wind turbine maintenance. Apprenticeship pathways, industry partnerships and government-backed training grants make entry into the sector more affordable and achievable.For those already in the workforce, transitioning into renewables is becoming more streamlined, particularly with national initiatives like the New Energy Apprenticeships Program, which supports 10,000 new apprentices in clean energy trades.Regional Job OpportunitiesOne of the most exciting aspects of the renewable energy boom in Australia is its ability to revitalise regional areas. Many major wind and solar farms are located in regional Queensland, New South Wales, Victoria and South Australia, bringing with them jobs, infrastructure and economic diversification. Additionally, mining and oil and gas sectors are investing in green energy solutions to minimise their industries’ impact on the environment.Local governments and Indigenous communities are increasingly involved in project planning and land use agreements. This creates additional career avenues in stakeholder engagement, cultural heritage management and Indigenous participation programs. For young Australians in rural areas, the renewable energy sector is offering meaningful career options close to home.A purpose-driven career in renewable energyBeyond job growth and economic opportunity, one of the most powerful drivers attracting people to the renewables sector is purpose. Many Australians are looking for careers that align with their values, especially younger generations concerned about climate change, sustainability, and environmental responsibility.Working in renewables allows individuals to directly contribute to the global decarbonisation effort. It also places them at the heart of technological innovation - working with battery storage, smart grids, microgrids, hydrogen production, and energy efficiency systems.Importantly, the skills developed in the Australian renewables sector are highly transferable. As countries around the world invest in their own energy transitions, Australian workers with experience in clean energy are well-positioned to work internationally or contribute to export-focused industries such as green hydrogen, critical minerals, and renewable-powered manufacturing.Trends and challenges shaping renewable energy jobsWhile the outlook is very positive, the renewable energy industry does face growing pains. Some of the main challenges include:Regulatory complexity: Inconsistent policies across state and federal levels can delay projects.Grid infrastructure: Australia’s electricity grid requires major upgrades to support renewable integration.Workforce shortages: Despite strong interest, there is still a gap between the number of skilled workers available and what the industry needs.Gender and diversity gaps: The sector has work to do in attracting and retaining women, Indigenous Australians, and other underrepresented groups.That said, these challenges also represent opportunities for leaders, innovators and advocates to help shape a more inclusive and future-ready industry.Renewal Energy: A Career Worth Investing InFrom a purely practical standpoint, the renewable energy sector offers Australians a stable, growing and future-oriented career path. From a values-based perspective, it offers the chance to contribute to something meaningful - protecting the environment, supporting communities and being part of a global movement toward sustainability.With strong policy support, increasing private investment and a growing appetite for clean energy solutions, renewable energy is no longer a niche industry. It’s a central pillar of Australia’s economic and environmental future.With deep expertise in renewable energy jobs and careers, we stay closely connected to the people and projects shaping the sector across Australia. Wherever you are in your career, we can help you navigate the opportunities. Get in touch with our team to find out how we can support your journey.

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When it comes to structural engineering, Finite Element Analysis (FEA) is in a league of its own. It’s a highly specialised technical skillset that goes beyond standard design calculations, which is why it’s seen as a niche area of expertise. Software such as ANSYS and Strand7 has revolutionised the way structural engineers approach design, analysis and optimisation in the mining sector where designs are anything but standard. These advanced tools provide significant advantages, ensuring structural integrity, safety and efficiency in challenging mining environments.For those who’ve mastered it – or are thinking of upskilling – FEA can open up new possibilities for safer and more efficient designs. Our specialist structural engineering consultant, Matthew Saffioti, has taken a particular interest in FEA, and in his blog, he breaks down the benefits of FEA software in mining projects and why it could be a skill every structural engineer should think about adding to their toolkit — especially those seeking structural engineer jobs or FEA structural engineer roles in the mining industry.1. Enhanced Structural Integrity and SafetyMining structures such as conveyors, crushers, tunnels and support systems are put under extreme loads and harsh conditions. FEA software enables structural engineers to simulate real-world stressors such as heavy machinery loads and ground movement. This predictive capability helps mitigate risks and design structures that can withstand demanding conditions. This is particularly relevant for professionals in structural engineer jobs in mining, where failure is not an option.2. Optimised Material Usage and Cost EfficiencyBy analysing material behaviour under various loads, FEA tools assist engineers in selecting optimal materials and reducing unnecessary bulk, leading to cost-effective and resource-efficient designs. This optimisation minimises waste and ensures compliance with safety standards without overdesigning components. Such efficiencies are highly valued in FEA structural engineer roles across Australia’s mining sector.3. Improved Design Accuracy and ValidationTraditional structural calculations often involve simplifying assumptions, which can lead to inefficiencies. Finite Element Analysis software provides high-fidelity simulations that consider complex geometries, material properties and loading conditions. This level of accuracy enhances confidence in design validation before construction, reducing the likelihood of costly revisions. FEA structural engineer professionals are increasingly sought after for their ability to validate designs with precision.4. Streamlined Project TimelinesMining projects operate under stringent deadlines and any structural failure can lead to significant downtime. FEA software helps accelerate the design and testing phase, allowing for rapid refinement. By detecting potential weaknesses early in the process, engineers can implement corrective measures without delaying the project. Structural engineering jobs in mining often prioritise candidates experienced in these predictive and efficiency-enhancing workflows.5. Risk Mitigation in Extreme ConditionsMany mining sites face unique environmental and geological challenges. FEA simulations help engineers evaluate how structures will perform under varying temperatures, corrosive conditions and heavy dynamic loads. This predictive insight is crucial for ensuring long-term durability and reducing maintenance costs. These skills are essential in structural engineer jobs that focus on high-risk mining environments.6. Seamless Integration with BIM and CADModern FEA software integrates seamlessly with BIM and CAD platforms. This integration streamlines workflows, enhances collaboration among engineering teams and ensures consistency between design, analysis and implementation phases. Experience with integrated platforms is increasingly common in FEA structural engineer and mining sector engineering roles.For structural engineers working in the mining industry, leveraging powerful FEA tools like ANSYS and Strand7 can provide a significant advantage. Whether you're aiming to move into more specialised FEA structural engineer positions or simply looking to increase your value in current structural engineering jobs, mastering these platforms is a strong career move.If you’d like to know more about the structural engineering jobs landscape, get in touch with our team or search current jobs.

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