​The mining industry is going through one of its biggest transformations in decades, and power systems engineers are right at the centre of it. Traditionally, mines relied on diesel generation or connection to the nearest HV network. But as costs rise, technology improves and ESG pressures increase, power supply is becoming more complex - and much more interesting!For electrical engineers, this shift is creating both challenges and opportunities. Here’s what you need to know to stay ahead of the career curve and emerging electrical engineering job trends.Renewables and Microgrids Are Moving from Trial to MainstreamTen years ago, “renewables on mine sites” was more of a pilot project than a serious energy solution. Fast-forward to today, and we’re seeing large-scale solar, wind and battery installations being integrated into operating mines.The challenge, though, is designing and operating hybrid systems that can balance renewables with traditional thermal generation while ensuring reliability and grid stability. Engineers with microgrid and battery integration experience will be in strong demand as more mines look to cut fuel costs and emissions.High Voltage Design and Expansion Remains CoreWhile the technology mix is evolving, the fundamentals of HV design are still critical. As mines expand deeper and further from infrastructure, the need for robust 11kV–132kV networks isn’t going anywhere.Electrical engineers with experience in substation design, protection coordination, earthing and grid compliance will continue to have a steady pipeline of power systems jobs. In fact, many projects now require HV specialists who can bridge both the traditional and renewable sides of the system.Digitalisation and Advanced Modelling Are Becoming StandardGone are the days when a load flow study in Excel was enough. Today’s power systems work demands advanced software and real-time insights.DIgSILENT, PSCAD, ETAP and other modelling tools are now standard across major projects, and electrical engineers are expected to not just run simulations but interpret them for operational impact. Add to that the rise of digital twins, predictive maintenance and remote monitoring, and that power systems are becoming more data-driven than ever.Decarbonisation Pressure Is Reshaping Project PrioritiesIt’s not just technology pushing this shift, it’s policy and ESG commitments too. Mining majors are under intense scrutiny from investors and governments to decarbonise operations. That’s driving projects focused on renewable feasibility, grid integration studies and energy efficiency audits.Electrical engineers who understand both the technical and compliance sides of this transition - for example, grid connection approvals and renewable integration standards - will be particularly valuable.Career Opportunities Are ExpandingThe good news is that all of this means career opportunity, with power systems engineers being in demand across several sectors, including:Consulting firms, where modelling, design and grid studies are critical.Owner-operators, who need in-house expertise for ongoing operations and project delivery.EPCs, delivering turnkey solutions from substation builds to renewable integration.Electrical engineers in mining jobs outlookSpecialists in protection, HV project delivery and commissioning are especially tough to source right now.The future of mining is more electrified, decentralised and digitised than ever before. For electrical engineers, that means now is the time to upskill in hybrid power systems, HV design and advanced modelling tools. Engineers who adapt quickly will be in the strongest position to take advantage of the next wave of mining projects.If you’re a power systems engineer considering your next move whether it’s stepping into renewables, broadening your HV expertise or leading major mining projects, get in touch with Tarryn Witter to talk through where the jobs opportunities are or search current jobs.

​Mining doesn’t stop once a project is constructed; it’s just the beginning of the next stage of the lifecycle, and that in turn creates more mining jobs. One job discipline is contract management.To keep mine operations running safely and efficiently, owners invest in sustaining capital projects - that is ongoing work to maintain, optimise and extend the life of a mine. These projects include equipment replacements, infrastructure upgrades, plant improvements, tailings expansions and environmental compliance works. Successfully delivering these projects relies heavily on contracts management.What is Sustaining Capital?To understand whether working in sustaining capital is right for you, it’s essential to know what a sustaining capital project is in a mining environment. Sustaining capital is a recurring investment to maintain safe operations and production. Unlike major expansions, these projects are smaller, shorter and run alongside ongoing operations. Some examples of sustaining capital projects include:Replacing crushers, conveyors or pipelinesUpgrading processing plants to improve recoveryExpanding tailings storageUpdating camps, roads and power systemsPrecision and efficiency are critical since these projects must fit within operational budgets without disrupting production.The Role of Contracts ManagementContracts management jobs are vital as these professionals create the framework for delivering sustaining capital projects, defining responsibilities, costs, risks and performance standards between owners and contractors. These job functions consider:1. Fit-for-Purpose Contract ModelsChoosing the right contract model balances speed, cost and risk and can vary for different scopes:Minor works contracts - small, discrete scopesSchedule of rates contracts - variable quantities like earthworksLump sum contracts - fixed scopes with minimal riskPanel or master service agreements - for recurring works with pre-qualified contractors2. Speed and FlexibilitySustaining capital projects often arise from operational needs. Contracts management must allow for quick mobilisation and streamlined procurement.3. Risk AllocationContracts management clearly defines who is responsible for safety, schedule delays and site access. Mine owners provide explicit scopes, while contractors follow strict safety and compliance standards.4. Stakeholder IntegrationProject controls must coordinate closely with operations, considering production schedules, shutdowns and site access.5. Governance and ComplianceEven small projects require strong governance, covering procurement rules, environmental regulations, local content and community engagement. Good contract management ensures visibility across multiple projects.So, what does all this mean? While individual sustaining capital projects may be smaller than major expansions, their cumulative impact on mine performance and longevity is enormous and that’s where contracts management professionals are equally important for the sustaining capital phase. For more information on sustaining capital jobs, get in touch with our team or search current jobs.

Having recently read James Kerr's “Legacy" - a book on what the New Zealand All Blacks can teach us about the business of life - I felt it would be interesting to look at the author's conclusions and how they translate to real-world experiences for companies and candidates in Titan’s key sectors.Across the evidence discussed in the book and scientific studies undertaken, instilling a high-performance mindset clearly translates into real-world impacts. One study of 183,000 teams confirms this connection. The research revealed that top-quartile teams in employee engagement outperform their counterparts significantly. Sweep the Sheds: Humility in PracticeThis means no one is above the basics. Senior engineers and directors must demonstrate accountability by reviewing designs, mentoring juniors and maintaining client relationships directly. A culture where leaders take ownership of small details reinforces discipline across the team.Character Over Talent: Hiring for Job and Culture FitAustralian organisations facing skills shortages must go beyond technical credentials. Prioritising engineers who align with company values, such as integrity, collaboration and resilience, ensures cultural stability. Recruiting purely for technical skill without cultural alignment can damage performance and undermine cohesiveness in the long term.Purpose and Passion Driven Work: Defining the “Why”Clients expect more than drawings; they want sustainability, safety and community value. Embedding ESG commitments, Indigenous participation and infrastructure legacy into every project provides teams with a broader purpose beyond billable hours.Job Adaptability: Staying Ahead Through InnovationJust as the All Blacks evolved tactically, organisations must evolve digitally. Embracing BIM, AI, digital twins and automation positions teams to deliver faster and with fewer errors. A culture of experimentation with new tools keeps organisations ahead of competitors.Shared Responsibility - Everyone's a LeaderHigh-performance cultures empower graduates, mid-level staff and principals alike to take initiative. Encouraging every team member to speak up - whether flagging safety concerns or suggesting design improvements - spreads leadership throughout the organisation. Continuous Improvement - Marginal Gains in DesignRather than chasing one-off breakthroughs, firms should focus on consistent refinement: standardising templates, capturing lessons learned and refining QA processes. Small efficiencies across projects compound into significant competitive advantage.Building a high-performing team is more than just a popular HR trend; it has a direct impact on your company's bottom line. These teams consistently surpass goals, setting new standards for what can be achieved. This translates to exceeding expectations in productivity, innovation and profitability, raising the bar for the entire organisation.For people across the design, engineering and construction sectors, applying the Legacy principles means building cultures where humility, purpose, adaptability, shared responsibility and continuous improvement drive performance. The result is not only technical excellence but also sustainable, resilient teams capable of delivering Australia’s most complex projects.If you’re curious about how these trends are shaping the market or want Let's explore how you can align your next move with performance-driven success, please get in touch for a confidential chat. Alternatively, you can search our current engineering, design and construction jobs.

​Mining construction in Australia is evolving rapidly. In 2025, advances in technology, a growing focus on sustainability and shifts in the workforce are reshaping project delivery. To stay competitive, companies must embrace innovation while upholding safety, efficiency and environmental responsibility. Every day we chat to clients involved in the mining and resources sector and we’re really starting to see the impact of technology on construction. Here are some key trends we’re seeing on the flow on effects on mining construction jobs: 1. AI-Powered Project ManagementArtificial Intelligence is now embedded in planning and execution. It’s streamlining design, automating compliance with Australian mining regulations, allocating FIFO crews and equipment, forecasting costs and predicting maintenance needs for haul trucks, crushers and plant machinery.2. Digital Twins as Standard PracticeDigital replicas of facilities enable remote monitoring, virtual commissioning, predictive maintenance, and energy optimisation. Combined with AI, they allow decision-making before costly on-site work begins. 3. Robotics and Automation in Construction Beyond mining operations, automation is entering construction through autonomous graders and dozers, collaborative robots for high-risk tasks, large-scale 3D printing for site facilities and drone-based QA/QC inspections.4. Extended Reality (XR)Extended Reality is transforming mining construction by boosting safety and efficiency through augmented reality safety inductions, virtual reality plant reviews, mixed reality for shutdowns and remote engineering support for site crews.5. Smart Materials and SensorsInnovative materials are boosting durability and performance in mining construction, with self-healing concrete, PV cladding, embedded sensors and climate-adaptive solutions designed for extreme heat, UV and cyclonic conditions.6. Sustainability as a Core RequirementInvestor pressure and regulations are reshaping mining construction through low-carbon materials, AI-optimised designs, circular practices, embodied carbon reporting and renewable microgrids for camps and processing facilities.7. Safety Through TechnologySafety innovation encompasses AI hazard detection, wearable devices for monitoring fatigue and heat stress, drone inspections in hazardous areas, and innovative PPE with live environmental alerts. Predictive analytics is helping prevent incidents before they occur.As mining construction adopts digital tools, sustainable materials, and regulatory shifts, the workforce is also evolving. Hybrid skill sets that blend trade expertise with digital fluency is now essential. Simulation-based training, flexible rosters and inclusive programs are helping attract and retain talent. Mining construction professionals who upskill in AI, automation and sustainability will be best placed to deliver safe, efficient and future-ready projects.For more information on mining construction jobs, get in touch with our team or search current jobs.

​It's exciting times in the environmental sector as its evolution is at a rate we've not previously experienced. From remarkable innovations in renewable energy and biodiversity protection, to name a few, the demand for skilled environmental professionals is growing, but so is the competition. Whether you're a seasoned consultant, a technical specialist, or just starting out in your career, continuous upskilling is essential to ensure you don't get left behind.Why Upskilling Is Your Edge in a Competitive Green EconomyEnvironmental work is no longer just about compliance and baseline monitoring. Companies and governments are looking for professionals who can:Navigate complex environmental regulations.Apply skills in new technologies like remote sensing and AI-based environmental modelling.Lead climate resilience and sustainability initiatives.If your skills are outdated, you risk being overlooked for exciting projects and leadership roles. Key Trends Shaping the Environmental Jobs MarketClimate Change Adaptation and ResilienceProjects are increasingly focusing on adapting to extreme weather, sea level rise and changing ecosystems.Skills in climate risk assessment and community resilience planning are highly sought after.Environmental, Social and Governance IntegrationESG reporting is no longer optional for many companies it’s a core business requirement.Understanding sustainability metrics, supply chain impacts and stakeholder engagement is critical.Nature-Positive DevelopmentBiodiversity net gain, habitat restoration and regenerative design are becoming mainstream in planning and infrastructure.Technology in Environmental WorkDrones, GIS and remote sensing are transforming fieldwork.Data analytics skills can help you interpret environmental data for decision-making.Circular Economy and Resource RecoverySkills in waste minimisation, materials innovation and lifecycle assessments are in demand across industries.Top Upskilling Pathways for an Environmental CareerTechnical CertificationsGIS and Remote Sensing: Learn QGIS, ArcGIS or ERDAS Imagine.Biodiversity Assessment and Monitoring: Courses through Ecological consultancies or environmental agencies.Climate Risk and Adaptation Planning: Offered by institutions like ICLEI or the UN Environment Programme.Regulatory and Policy KnowledgeStay up-to-date with environmental legislation changes in your region.Short courses in environmental approvals processes (eg EIA, Part 4 and 5 assessments in Australia).Sustainability and ESG ReportingTraining through GRI (Global Reporting Initiative) or ISSB frameworks.Carbon accounting certifications, such as the Greenhouse Gas Protocol.Soft Skills and LeadershipProject management certifications (PRINCE2, Agile) are valuable for consultants and team leads.Communication skills for stakeholder engagement and community consultation.University and Online Short CoursesCoursera: Environmental Management, Renewable Energy, Circular Economy.edX: Climate Change Science and Negotiations, Sustainability in Practice.TAFE and RTOs in Australia: Cert IV/Diplomas in Environmental Management and Sustainability. How to Future-Proof Your Environmental CareerNetwork with Purpose: Join professional associations like EIANZ (Environment Institute of Australia and New Zealand).Stay Informed: Follow industry newsletters, government updates and environmental tech publications.Volunteer or Take on Short-Term Projects: Exposure to emerging areas, such as carbon farming or water-sensitive urban design, can open up new career paths.Leverage Technical and Strategic Skills: The strongest candidates combine deep technical expertise with the ability to communicate, influence and lead.Stay on Top of Your GameThe environmental market is competitive, but it’s also full of opportunities for those who continue to learn. By embracing trends, investing in targeted training and staying connected to industry developments, you’ll position yourself as a go-to professional in a rapidly changing world.Remember in the environment field, your passion is the starting point, but your skills keep you relevant - and from there, your career is in your hands.For more information on environmental jobs, get in touch with our team, search current jobs or read my personal perspective -Why I Chose a Career in Environmental Recruitment.

​The Australian job market is facing a critical shortage of mining engineers, posing a serious challenge to the growth of its mining industry. This shortage has been driven by a combination of declining university enrolments in mining-related degrees, the closure of specialised programs, an ageing workforce and the increased demand for engineers due to the global push for energy transition and critical minerals along with the recent flurry of activity in Gold.What’s driving the decline of mining engineer jobs?Declining University Enrolments: Enrolments in mining engineering courses have dropped significantly in recent years, both in Australia and internationally. Negative Perception of Mining: Some reports suggest that younger generations, particularly those concerned with sustainability and environmental issues, may view mining as an unattractive industry. Ageing Workforce: A large proportion of the current workforce is nearing retirement age, creating a widening gap in technical and leadership roles that are difficult to fill.Increased Demand: he global push for energy transition and the critical minerals sector, combined with the recent surge in gold activity, all result in creating more demand for experienced engineers.The mining sector remains a cornerstone of Australia’s economy, contributing significantly to exports, employment and regional development. Without a pipeline of skilled Mining Engineers, the industry faces several challengesProject Delays and Higher Costs: A lack of skilled mining engineers can lead to delays in feasibility studies, mine planning and operations, ultimately increasing project costs and reducing profitability.Loss of Technical Expertise: As experienced professionals retire, the industry may face a gap in technical knowledge, innovation and leadership, impacting productivity and safety.Limited Capacity to Meet Demand: Australia plays a vital role in supplying minerals essential for clean energy technologies, such as lithium, copper, and rare earths. A shortage of talent may limit the country’s ability to scale up production to meet global demand.Greater Reliance on Overseas Talent: Employers may increasingly turn to international recruitment or contract solutions, which can present visa, integration, and retention challenges.To safeguard the future of mining in Australia, the industry must invest in attracting and retaining young professionals, promoting STEM education, offering flexible career pathways and partnering with universities to reinvigorate mining engineering programs. Without strategic action, the skills gap could significantly hinder Australia's role in the global resource supply chain. For more information on mining engineering jobs, get in touch with our team or search current jobs.

We're now over halfway through the year - so, how’s your career tracking?If you’re like many senior engineers, you've likely been head-down delivering results, solving problems and pushing through projects. But now is the perfect time to pause, zoom out and ask yourself a few important questions.Below is a quick and practical self-assessment to help you recalibrate your goals, measure your satisfaction and decide whether it's time to make a move or stay where you are.5 Questions to Ask Yourself to Grow your Engineering Career in 20251. Am I still learning or have I hit a plateau?Are you being challenged technically?Have you been exposed to any new technologies, systems or processes in the last 6 months?If your answer is “not really,” it might be time to seek out stretch projects or explore roles that offer growth.2. Is my role aligned with the projects I want to be known for?Are you building the type of experience that will position you well for future roles?Are you proud to put these projects on your CV?Think about where the industry is going - electrification, automation, renewables, battery minerals - and whether you're involved in those shifts.3. How is my work-life balance, really?Are rosters, travel time and overtime sustainable?Do you feel burned out or energised?Fatigue is normal in engineering, but if your current workload is negatively impacting your personal life or health, it's worth reconsidering your work set up.4. Do I feel recognised and valued?Does leadership acknowledge your contributions?Have you had a pay rise, promotion or solid feedback this year?If you’ve grown but your role hasn’t, it could be a sign you’ve outgrown your position.5. If a great opportunity was to come up tomorrow, would I take the call?Gut check: Would you even be open to hearing about it?Or are you completely content for now?Sometimes we don't realise how ready we are for change until we dig deep and ask ourselves the question.What to Do with Your Reflection?If this self-check confirms you're on track, then that’s fantastic! Keep pushing forward and make the most of the rest of the year.If it raised a few flags? That’s where I come in...How I Can HelpTeaming up with a specialist engineering recruiter has many benefits for your career. As a specialist in the resources and energy sectors, I work closely with top-tier engineering consultancies across Australia. Whether you're passively open to hearing about roles or ready to explore something new, I can:Share insights on the market demand for your skill setGive you a CV refresh with current project trends in mindConfidentially float your profile for upcoming opportunities, without making a move until you’re readyReady to Check In?If you’d like to chat through your goals, explore what’s out there or get a pulse on the market, give me or my colleagues a call. Even if you're not ready to move, it's never a bad idea to know your options; because the best engineers don’t wait for the perfect opportunity, they’re ready when it comes.

Let’s face it - today’s job search isn’t easy. Whether you’re an experienced engineer or technical professional or just starting out in your engineering career, you’ve probably noticed how competitive the job market has become. The current environment has an extremely high number of applicants for a single role, so how can you make sure your application isn’t just seen, but stands out from the pack?As specialist engineering recruitment consultants who view hundreds of resumes each week, we’re sharing our top strategies to help you rise above the noise and get noticed by hiring managers - for the right reasons.1. Tailor Your Resume for Every ApplicationSending out the same resume to every job? Stop right there. Generic resumes get generic results. To get noticed, you must customise your resume to match the criteria outlined in the job advertisement. Mirror keywords and highlight relevant achievements that align with the role. The more specific you are, the more likely you'll get past both recruiters and the applicant tracking system.2. Build a Strong Personal Brand on LinkedInYour LinkedIn profile is often your first impression, so ensure you optimise its features. You can start with:Professional photo and headline that reflects your target roleA compelling “About” section with your story, not just a list of skillsRegular posts, comments or shares to show engagementRecommendations and endorsementsHere are some more tips for crafting your engineering LinkedIn profile for success.3. Focus on Outcomes, Not Just ResponsibilitiesHiring managers care about impact, not job functions. As an example: Instead of saying “managed social media accounts”, you could say “increased Instagram engagement by 40% over 6 months through targeted campaigns.” Use quantifiable results wherever possible. Numbers = credibility.Beyond interview preparation, the SMART technique can also be used to highlight achievements within your resume.4. Activate your NetworkThe hidden job market is real - many roles are filled before they’re ever posted. We work with many clients who need to move fast on filling a role and often start searching for candidates in our CRM. While you can start with connecting with a specialist recruitment consultant – even though you’re not looking for a job, you can also:Reaching out to former colleagues or classmates or recruiters Attending industry events or virtual webinarsEngaging with companies you’re interested in on LinkedInYou don’t have to ask for a job - ask for insights; conversations can often lead to opportunities.5. Be Proactive and Follow UpToo many candidates hit “submit” and wait. The most successful candidates follow up - politely and professionally. A friendly email follow up isn’t intrusive and is likely to keep you engaged with the recruiter.Proactivity shows initiative and genuine interest.6. Prepare for InterviewsInterviews are your moment to shine. Don’t wing it.SMART-format answers for common behavioural questionsResearch on the company’s mission, leadership and cultureThoughtful questions to ask the interviewer (not just “What’s the salary?”)Confidence comes from preparation.With deep expertise in engineering and technology 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 or search current engineering and technology jobs.

​The good old debate between contract and permanent roles used to come down to lifestyle and pay. High rates and flexibility on one side; job security, benefits and long-term stability on the other.In the past, deciding between a contract or permanent role was career-driven. In 2025, that choice is less about preference and more about job availability. Across Western Australia’s engineering market, hiring is cautious, budgets are tight and both contract and perm opportunities are slower than usual.Here’s how it’s playing out on both sides:Why Contract Engineering Jobs Are Facing More CompetitionContracting has traditionally appealed to engineers chasing project variety and higher pay. But at the moment:Openings are limited. Fewer new project starts mean companies are relying more on internal teams. Contract roles are mostly coming through to cover critical short-term gaps.Rates have stalled. With more engineers available, some are undercutting to stay active. That’s pulled the average rate down across the board.Processes are slower. Even when roles do land, onboarding, approvals and site access are taking longer than usual.That said, contractors with niche skills or strong references are still getting picked up. But it’s less about picking and choosing and more about timing and flexibility.Permanent Engineering Jobs: Still Moving, But SelectivePermanent roles are still in demand, but they’re not flooding the market either:Hiring is cautious. Many businesses are filling internal roles before releasing them externally. External hires are primarily reserved for business-critical positions.Salaries are flat. There’s little upward movement in pay, even when expectations and workloads have grown.Good roles are snapped up fast. When a strong opportunity hits the market, it rarely stays open for long.Permanent work still offers long-term stability, but the pace and volume of roles are well below pre-boom levels.How to Stay Visible and Proactive in Today’s Engineering Job MarketIf you’re weighing up your next move, here are three key points to think about:Neither side of the market is booming. Contract and permanent roles are both competitive and moving slowly.Flexibility matters. Location, rate, availability and roster type all influence who gets picked up first.Be proactive. The best roles often get filled through networks before they’re advertised. Staying visible is crucial, so update your LinkedIn profile or connect with a recruiter. Final thoughts on the engineering jobs marketThis is a wait-and-watch market. However, the highs and lows of the engineering job market are nothing new - especially across key sectors like mining, resources, energy and infrastructure. These sectors are cyclical by nature, and while things may feel slow now, the tides will turn as they always do. The engineers finding work are the ones who stay proactive, adaptable and connected – do this and you will be best positioned to ride the next wave of opportunity. If you're navigating this market, consider partnering with a niche recruitment consultant- such as one of Titan’s discipline specialists- who knows your discipline and can help you identify the right openings before they go mainstream. Alternatively, you may like to view our current job openings.

​Every day, my colleagues and I speak to various clients across the mining, resources, infrastructure and construction sectors. Key to understanding how to best support our clients in providing engineering recruitment services is understanding the vision for the business and their short-medium and long-term goals.Australia's engineering and design sectors are confronting a set of challenges that demand urgent attention from industry, government and education providers. As I have engaged with several consultants and contractors, with growth and opportunity at the forefront of their approach, I thought it valuable to analyse the challenges the industry is facing. As pressure mounts, I see five challenges that stand out as critical threats to long-term growth and capability.1. Engineering Skills Shortage Australia is facing a concerning rate of talent shortages across all engineering job disciplines. The demand for engineering professionals continues to outpace supply across all major sectors, driven by project pipelines in renewables, infrastructure upgrades, mine expansions and defence. Add to that, too few graduates are entering the profession, and many qualified engineers are leaving for adjacent sectors like consulting, IT or finance. Alarmingly, a considerable proportion of registered engineers are not actively working in the field. This talent shortage is stalling delivery capacity and inflating costs across projects.2. Discipline Lacks DiversityPut simply, the Australian engineering workforce lacks diversity, which in turn excludes skilled individuals and hinders innovation. It would come as no surprise, women make up a mere 14% of the engineering profession, while First Nations Australians account for only 0.3%. Increasing diversity is essential to foster inclusiveness that genuinely reflects the diverse demographics and cultures of Australia.3. The Sustainability FactorNo longer a secondary consideration, sustainability is becoming a fundamental design factor from the outset. Engineers are now expected to deliver projects that minimise environmental impact, enhance energy efficiency and withstand climate-related stressors. This transition requires new thinking, tools and capabilities. From decarbonising transport networks to optimising water infrastructure and embedding circular economy principles, the technical scope of "sustainable engineering" continues to expand rapidly.4. Reliance on International CandidatesAustralia remains heavily dependent on internationally sourced engineers, with 70% of new candidates coming from overseas. While skilled migration plays a vital role in bridging workforce gaps, this reliance creates vulnerability in times of geopolitical tension or global workforce mobility constraints. More must be done to build a sustainable domestic pipeline, including increased investment in STEM education, local graduate programs and retention initiatives.5. Technology’s Pole PositionEmerging technologies like AI, automation and smart infrastructure offer vast potential - if harnessed correctly. Many organisations are struggling to keep pace with the rate of technological change. Adoption remains disproportionate, and upskilling the current workforce is a substantial challenge. Without adequate digital transformation strategies, Australian engineering risks falling behind global competitors.In short, the future of Australia's engineering jobs depends on proactive workforce development, diversity initiatives, technology integration and a commitment to sustainability to drive job growth. These aren't isolated issues - they're interconnected. Solving them will require a coordinated approach, long-term investment and a willingness to rethink traditional models of engineering education and recruitment.With deep expertise in engineering and technology 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 or search current engineering and technology jobs.

​Gold might be known for its beauty and shine, but its real power lies well beyond jewellery and a mining resource. In today’s world, gold remains one of the most vital and strategic minerals, playing a key part in global finance, technology and industry.In summary, gold isn’t going anywhere. Its lasting value will ensure it remains relevant in global economies for a long time to come, making it one of the most important minerals of our time.With deep expertise in engineering and technology 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 or search current engineering and technology jobs.

​ Western Australia boasts an extensive marine engineering footprint spanning offshore oil and gas platforms, port facilities naval shipyards, desalination intakes and coastal protection. Several engineering companies are heavily involved across design, asset management and construction phases. At the heart of is the Australian Marine Complex (AMC) in Henderson, a major hub for marine fabrication, ship repair and load‑out operations. Structural engineers here support heavy‑lift facilities, floating docks and deep‑water infrastructure – and soon to call Henderson home, the AKUS submarine program. These established capabilities are already being put to work across several major infrastructure and marine projects currently underway, including:​1. Cape Lambert Marine Integrity AgreementWhat it is: A 5‑year structural integrity contract between Monadelphous and Rio Tinto in the Pilbara.Scope: Ongoing maintenance and upgrades to jetty and port structures—critical for bulk‑export resilience.Scale: Part of $180 million in statewide marine/energy construction contracts 2. Westport Project – Kwinana Port UpgradeObjective: Develop a new deep‑water container port near Kwinana, shifting freight capacities from Fremantle.Engineering scope: Breakwater, channel excavation, wharves, rail duplication, and sustainable features like seagrass restoration.Phase: Stage 4 – detailed design and environmental approval, with construction set to begin once clearances are granted3. Australian Marine Complex EnhancementsFocus: Structural upgrades for fabrication halls, vessel docks, and heavy loadout corridors.Purpose: To support offshore module builds (oil & gas, defence), ship repairs, and future AUKUS submarine tasks​​4. Henderson Shipyard for AUKUS Submarine SupportInvestment: A$127 million in initial upgrades, with multi-billion-dollar investment over two decades.Goal: Prepare Henderson as the maintenance hub for nuclear AUKUS submarines and build new vessels.Impact: ~10,000 jobs, expanded dock capacity, and deeper berths 5. CoastWA – Coastal Protection GrantsFunded by: Western Australian State Government.Allocation: Over A$3 million for shoreline and jetty structural repairs in regional areas.Goal: Strengthen ageing jetties and seawalls to protect local communities.​Other marine projects worth a mention, include:Inner Harbour Pontoon Design: ONA Consultants worked on early-stage gangway/pontoon feasibility, providing weight and stability assessments.Alkimos Seawater Desalination Intake: Though not marine platforms, its massive steel pipe network and intake legs involve key marine structural work. If you’d like to know more about the structural engineering job market or what’s happening at Henderson Marine Complex, get in touch with our team or explore current job opportunities.

In today’s competitive recruitment environment, speed is everything. Delays in the recruitment process don’t just cost you time, they cost you talent. The longer it takes to hire, the more likely that top candidates will take job offers elsewhere, leaving you short-staffed and your projects behind schedule. But fast hiring doesn’t mean rushing. The goal is to streamline your process while still maintaining the quality of your hires. Here are five proven ways to accelerate your hiring process and one powerful strategy that can make all the difference.1. Effective Job BriefsOne of the first areas to address is your job description and internal approval process, which is often an overlooked cause of delays early in the process. A structured, outcome-focused job brief helps set expectations and guide the search in the right direction from the start. If your internal team takes too long to approve the role or keeps revising the role requirements during the process, your timeline will be compromised. By aligning with decision makers early and using consistent job role templates, you can avoid these unnecessary obstacles.2. Screening tactics to pre-qualifyNext, focus on how you screen candidates. Many organisations lose days, if not weeks, interviewing people who don’t meet key requirements. A more effective strategy is to pre-qualify candidates early in the process. Leveraging tailored application forms, short assessments or even quick phone screens allows you to focus your time where it counts most.3. Leverage technology to streamline tasksTechnology also plays a huge role in accelerating the hiring process. Modern applicant tracking systems, calendar integrations and automated communication tools can significantly reduce admin time. From filtering resumes to scheduling interviews and AI transcription, smart tech helps keep your process moving smoothly and keeps candidates engaged throughout.4. Consistent structure to interviewingWhen it comes to interviewing, structure is key - without it, interviews can drag on and often lead to slower decision making. You can create efficiencies by creating an interview template and prompts and establishing feedback turnaround times for your team. This consistency helps prevent delays and make faster, more confident decisions.5. Keep a warm talent pipelineAnother effective way to reduce time-to-hire is by maintaining a warm pipeline of talent. Too often, companies start from scratch each time a new role opens. However, by keeping in touch with past ‘silver medalists’ and candidates who’ve shown interest before, you’re not beginning at ground zero. Building and nurturing this network makes future hiring significantly quicker and easier, especially when you’re operating in a competitive market.Bonus! Maintain a relationship with a specialist recruiterUltimately, one of the most effective ways to speed up your hiring process is to partner with a specialist engineering and technology recruitment consultancy like us who can support you in achieving your recruitment goals. A good recruiter doesn’t just fill jobs; they become an extension of your team. Partnering with a specialist engineering and technology consultancy like us brings immediate access to pre-vetted candidates, deep knowledge of the market in which you operate and a streamlined methodology designed to move fast without sacrificing quality. We already have strong relationships with candidates – active and passive – that you might otherwise never reach. It's our job to know who’s available, what motivates them and how to align them with your business needs. Instead of waiting for applications, you get a curated shortlist within days - sometimes even hours. The right recruiter also takes care of all the administrative tasks: advertising, screening, reference checks and scheduling saving your internal team valuable time, freeing up your energy to focus on other tasks.Speed to market is now a strategic advantage in recruitment. By refining your internal processes, using the right tools and partnering with a recruitment expert, you can hire faster and smarter. The ability to move quickly can be the difference between securing top talent or missing out.Like to know more about how we can support you achieve your recruitment goals? Schedule a coffee catch-up with one of our engineering and technology recruitment consultants.​

​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.

​Automation vendors love to talk about transformation: digital twins, edge computing, predictive maintenance. The promises are slick and the vision is compelling. But for engineers tasked with making it all work, the reality is often far less futuristic.Most sites across WA, particularly in mining and heavy industry, are built on decades-old infrastructure. DCS and PLC systems still running today were never designed with modern integration in mind. Ethernet/IP might be present in pockets, but much of the backbone still relies on legacy protocols, minimal documentation and hardware that is long past end-of-life.This is where the concept of the smart plant collides with the reality of site conditions. Engineers are being asked to layer cloud-based analytics platforms over systems that struggle with basic remote access. They are expected to retrofit condition monitoring and cybersecurity frameworks onto equipment that was never designed to be connected in the first place.This technical burden is significant. It is not just about configuration changes or firmware updates. It often involves rethinking architecture, bridging incompatible systems and introducing middleware to enable even basic data flow. In many cases, engineers are forced to reverse engineer undocumented logic or modify control panels without reliable schematics.The introduction of even a seemingly simple modernisation can uncover wider issues. Earthing problems, noisy signals or poor segregation can bring new systems to a halt before they even go live. At the same time, compliance requirements around hazardous areas, SIL ratings and cybersecurity continue to tighten.There is clear momentum behind the shift to smarter, more connected plants. But alongside the new tech, there is a lot of legacy infrastructure that still needs to be navigated. That complexity is easy to underestimate.The engineers I speak with are not working in clean-slate environments. They are adapting, problem-solving and keeping operations running while the rest of the industry talks about transformation. This is engineering excellence in practice. It’s not just about deploying the latest technology - it’s about the deep understanding and methodical work of integrating it with what’s already there. It’s the skill, experience and ingenuity of engineers that create real-world fit-for-purpose outcomes.Are you ready to explore the next step in your engineering career? Get in touch with our team today and let us help you find your perfect role or search current engineering job opportunities.

​​There’s growing interest, and concern, about how Artificial Intelligence is reshaping the workplace. In the health, safety and training profession, the rise of AI brings both opportunities and questions. The good news? AI isn't here to replace health and safety professionals; it’s here to enhance their roles, improve outcomes and reduce risk.Rather than taking humans out of the picture, AI is helping HSE teams focus more on prevention, strategy and leadership by taking care of the repetitive, time-intensive and data-heavy tasks that often get in the way of proactive safety management.AI in Health and Safety Jobs: A Practical OverviewIn HSE, AI shows up in systems that:Predict hazards by analysing trends in incident reports or near misses.Automate repetitive tasks like data entry or compliance tracking.Support inspections and audits with real-time data collection and analysis.Monitor work environments using sensors and machine learning to flag issues like gas leaks, heat stress or unsafe noise levels.These tools aren’t replacing health and safety professionals, they’re giving them better information, faster so they can make smarter decisions and mitigate any safety issues and in turn protecting people from potential incidents.Enhancing the Human Role, Not Replacing ItMany health and safety tasks involve managing documentation, chasing up expired training, entering incident data or reviewing inspection forms. AI can handle those tasks faster, with fewer errors, giving HSE advisors and managers more time to:Build relationships and influence culture.Focus on proactive risk management instead of reactive paperwork.Lead strategic initiatives, campaigns and training programs.The result? A stronger, more visible safety presence - powered by better tools and resources.Real-World Examples of AI in Health Safety and Environment1. Automating Routine AdminAI can assist with repetitive tasks such as:Updating training matrixesEntering and tracking corrective actionsGenerating dashboards for HSE reportingThis automation reduces admin burden and increases data reliability - a win-win for compliance and team efficiency.2. Improving Accuracy and Hazard DetectionUsing historical data, AI can detect emerging patterns and high-risk trends before incidents occur. For example:Identifying a spike in fatigue-related near missesNoticing that certain subcontractors have repeat issuesFlagging overdue equipment checks or non-compliant PPE usageThese insights help HSE professionals act before an incident happens, moving from reactive to truly predictive safety.3. Empowering Safety Professionals for Bigger ImpactBy handling the grunt work, AI lets health and safety teams:Spend more time in the field mentoring and coachingFocus on strategic improvements and cultural shiftsOversee multiple projects or sites more efficientlyThis not only enhances individual job satisfaction but also raises the standard of safety leadership.AI + HSE = A Smarter, Safer FutureThe future of HSE isn't about choosing between humans and technology; it's about bringing them together. AI is a tool, not a threat. When used well, it supports the skills and strengths of experienced professionals, helps prevent incidents and builds safer, smarter workplaces.Health and safety professionals who embrace AI will be better positioned to lead change, minimise risk and keep their people safe. This is evidenced by many of our clients adding expertise in artificial intelligence to their health and safety job briefs.If you’d like to know more about the health and safety job market, get in touch with our team or explore current job opportunities.  

​Negotiating your salary is an essential part of the hiring process. It's not only expected by most employers, but it also gives you the chance to advocate for your value (and negotiation prowess!). With the right preparation and a professional approach, you can turn this conversation into a win-win for both you and your future employer.Salary negotiation tips for jobseekers:1. Know Your ValueBefore entering into salary negotiations, empower yourself by assessing your skills, experience and the value you bring to the role. Explore salary ranges for similar positions to ensure your expectations align with market rates.2. Do Your ResearchGather information on typical salaries for the position you're applying for, considering factors like location, company size and industry. Utilise resources such as Seek and industry salary insights reports to benchmark compensation or connect with a recruitment specialist.3. Frame Your Request PositivelyApproach negotiations as a collaborative conversation. Express enthusiasm for the role and company and present your salary expectations as a reflection of your qualifications and the value you bring. 4. Choose the Right Medium for DiscussionWhile email can be convenient, discussing salary face-to-face or over the phone is often more effective. This approach allows for real-time dialogue, allowing you to express enthusiasm and promptly clarify concerns.5. Consider the Entire Compensation PackageEvaluate the full scope of the offer, including benefits, bonuses and other incentives, such as LTIs and STIs. Sometimes, non-monetary perks can be negotiated, such as work flexibility, if the salary scope is limited. 6. Timing Is KeyInitiate salary discussions after receiving a formal job offer. This approach demonstrates your interest in the role and allows you to negotiate from a position of strength. When speaking to a hiring manager or recruitment consultant, be transparent about your expectations from the start.7. Be Open to CompromiseWhile advocating for fair compensation is important, remember that flexibility can also be a strength. Consider alternative forms of compensation or benefits if the salary offer is non-negotiable.When negotiating salary, staying professional and focused on building a constructive conversation is essential. Avoid ultimatums or getting emotional, instead approach the discussion with respect and clarity. At the same time, know your worth and when to walk away. If the final offer doesn't meet your needs or align with your career goals, it's okay to politely decline. The right job opportunity will value your skills and support your long-term growth.

​If you’re an electrical engineer in the mining or oil and gas sectors, you’ve probably noticed things are shifting in 2025. Projects are picking up pace in some areas, while others are slowing down or restructuring. As a recruiter working closely with companies across Queensland and beyond, here’s what I’m seeing in the market right now – and importantly, what it means for electrical engineers.Demand Is Rising for Power Systems Engineers and HV SpecialistsThere’s a noticeable uptick in demand for engineers with strong backgrounds in power systems, protection design and high-voltage (HV) experience. This shift is driven by asset upgrades, decarbonisation initiatives and grid integration challenges – especially in brownfield mining operations.What this means for you:If you’ve been involved in site-based work or infrastructure upgrades and can speak to SCADA, relay settings or network modelling, your skills are in demand. Consider updating your CV or LinkedIn with those keywords.FIFO Roles are Still Strong... But More Candidates Want Brisbane-based WorkFly-in-fly-out roles remain steady, particularly in Western Australia and North Queensland. However, more engineers want to come off rostered work and settle into Brisbane-based design, advisory or owner’s team roles.What this means for you:If you're looking to shift into a metro-based role, highlight any recent experience with stakeholders, feasibility studies or project lifecycle planning - these skills are highly transferable to consulting or EPCM positions.Salaries are Stable... But Counteroffers are on the RiseBase salaries have remained mostly steady compared to late 2024, but counteroffers have become more aggressive as employers try to retain talent. Candidates are being offered flexible working, retention bonuses and sudden pay increases when they resign.What this means for you:Know your value before you enter the market, and get tips for effective salary negotiations. And don’t accept a counteroffer without considering why you were job hunting in the first place. Hiring Managers Are Moving Slower... But Expecting MoreSome companies are taking longer to hire due to increased internal approval processes and budget scrutiny. At the same time, they're being more selective, asking for niche skill sets or industry-specific experience.What this means for you:Tailor your application; don't just list what you've done - explain how your experience aligns with the project goals or challenges that the company is facing. Use the SMART technique to describe your experience with examples.2025 Projects to WatchSeveral major CAPEX projects and maintenance overhauls are planned across Queensland and Western Australia in the back half of 2025. These include:Electrical infrastructure upgrades tied to decarbonisation targetsExpansion work on legacy mines requiring complex power distribution solutionsIncreased activity in the coal seam gas sector, especially in instrumentation and controlWhat this means for you:Now’s a good time to connect with an engineering recruitment consultant, even if you're not looking. These projects will create permanent and contract opportunities over the next 6-12 months.Whether you're open to a move now or just keeping an eye on the market, staying informed gives you a professional edge. If you’d like a confidential chat about where your skills sit in the current landscape or to be considered for upcoming roles, get in touch with our team.

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.

​In Western Australia, iron ore is the cornerstone of the economy and a key driver of development and job creation. From the red dirt Pilbara mine sites to rail and port infrastructure, major iron ore projects are powering jobs and innovation. And at the centre of it all - engineers!Behind every iron ore project is a team of engineers driving results from concept and construction to completion and operations. Their impact spans is broad - they're solving complex problems, harnessing technology and leading the charge towards more sustainable mining practices.So, what does engineering excellence look like on a iron ore project? Here's how an engineer’s job can deliver efficiencies and drive outcomes across the full project lifecycle:WA’s mining sector is abundant with iron ore projects, with engineers and technical professionals at the centre. Engineers are not just technical experts - they're critical to the safety, sustainability and, of course, success of mining projects.To find out more about how a recruitment consultant can support your career goals or the latest market trends on engineering jobs and opportunities across iron ore projects, get in touch with our team.