Key Takeaways:
- STEM graduate enrolment in mining has dropped 63% since 2014, primarily due to tech, finance, and consulting offering comparable salaries without the perceived risks associated with the reputational negativity of the mining industry.
- STEM talent shortages continue, particularly in high-demand roles such as mine planning, process engineering, and digital, as more mining operators look to sharpen their Employee Value Propositions (EVPs) to attract talent.
- Clear career pathways, greater inclusivity, being tech-forward, and positioning the sector as being on the cusp of enabling the energy transition are some of the areas mining operators are highlighting as part of their recruitment strategy.
- Technical assessments for STEM roles are becoming more critical during the hiring process to validate a candidate’s problem-solving, experience, and communication style.
- Generic job ads and lengthy hiring processes are becoming outdated, with more businesses focusing on communicating technical opportunities and EVPs to STEM talent as a competitive differentiator.
Mining Employment Trends: The Current Outlook
The number of people employed in Australia’s mining industry has increased since November 2025, with an overall workforce share of 2.1% and over 314,500 people employed in the industry overall. On the surface, the industry seems set to thrive, with 21 projects worth AU$11 billion completed in the last year.
Progress in these key projects indicates a potential mining boom, but behind these significant resource investment cycles is an increasing talent shortage, continually exacerbated by negative perceptions of the mining industry from the STEM talent pipeline.
According to research by McKinsey, 86% of mining executives have said it’s harder to attract and retain the talent they need than in previous years, particularly in fields like mine planning, process engineering, and digital (e.g., data science and automation). Additionally, mining recruitment is facing the value-driver challenge: remote working locations, accountability around ESG issues, and workplace culture are all working against the industry when it comes to attracting the right talent.
So, how can businesses navigate STEM recruitment in mining?
Why STEM Candidates Reject Mining Roles (Even When Trades Don’t)
Competition for digital and technical talent is high among all industries, compared to the steady flow of trades workers who continue to fill roles, with around 60,000 FIFO -workers operating across Australia’s resources sector.
Hiring for Australian mining engineering graduates hit its peak between 2008-2012, when graduates found jobs in mining or adjacent roles, with a 63% drop in mining engineering enrolment in Australia since 2014. Subsequently, STEM graduates began to experience cyclical job insecurity compared to the shorter training pathways of tradespeople.
STEM recruitment in mining also faces the challenge of recruiting heavily from the same pool of talent as tech, finance, and consulting — all of which often have better or more easily advertised EVPs such as urban locations, remote work flexibility, ESG values, and no physical risks of on-site work.
The negative image surrounding the industry is undoubtedly the biggest challenge facing STEM recruitment in mining, and this reputational friction is something that mining operators need to address to fill the current skills gaps.
What Do STEM Talent Value in Mining Roles?
The STEM recruitment in mining challenge isn’t a matter of financial compensation alone. Candidates want greater value, whether it’s career growth, new technology opportunities, purpose, or culture.
The STEM Career Pathways Report found that STEM workers want to use their skills and have those skills genuinely valued in their roles, which shifts the mining recruitment narrative from selling a lifestyle to selling meaningful, skilful work.
But what else can businesses implement into and highlight in their STEM mining recruitment strategies?
- Clear career pathways: Job insecurity is still a significant barrier for STEM-qualified Australians, with 25% of PhD graduates still on fixed-term contracts even 15 years into their career. Providing clear structure and progression pathways is a massive benefit to combat this pain point.
- Tap into technology: Australia’s national science industry, CSIRO, predicts that by 2030, half of the country’s mining operations will be fully automated. There’s a massive opportunity for data scientists, automation engineers, and software developers to be at the forefront of massive technological change in the industry (something they are less likely to find in more tech-forward industries).
- The energy transition: As an industry often negatively associated with climate change, the mining industry has the opportunity to present itself as at the forefront of enabling the energy transition, particularly with Australia’s Critical Minerals Strategy 2023-2030, positioning the sector to help the country become a renewable energy superpower.
- Greater inclusivity: The mining industry is becoming more committed to inclusion and diversity, with greater strides towards gender inclusivity, and emphasising this shift is important in attracting the best talent, as it also widens the talent pool.
Technical Assessments for STEM Roles: Why Do STEM Roles Require Them?
In-depth technical assessments for STEM roles are common because of the need to confirm that a candidate’s experience goes beyond theory. Trade qualifications by comparison can easily be competency-tested and licensed, unlike the vastly different range of STEM credentials that can have drastically different depth and applications.
Given the current skills shortages impacting mining recruitment, making the best hires is critical from a safety and financial perspective, as the consequences of incorrect technical judgements can be significant (particularly since many STEM roles are highly autonomous and independent, as these consequences may go unnoticed for longer).
Pre-validated competency, as seen with trade roles, isn’t available for STEM candidates. Instead, verification is done through these technical assessments to give employers the opportunity to see how a candidate thinks, problem-solves, and communicates.
How to Redesign Your Processes for Specialised and Technical STEM talent: Job Ads, EVP, and Interview/Hiring Processes
- Rewrite job ads for problem-solving, not just credentials: Part of the value offering for STEM candidates is writing job ads that speak to the technical challenges of a role, technology stack, and the impact of the work instead of generic duties and qualifications.
- Make space for transferable skills: Requiring industry-specific skillsets or experience will naturally drive away STEM candidates from mining roles without improving the quality of the overall talent pool. Instead, consider what the role demands and give flexibility for transferable skills around areas like data science, automation, and engineering to avoid missing out on critical talent.
- Separate your EVP for technical roles: One-size-fits-all EVPs won’t appeal to STEM candidates (e.g., FIFO pay). Focus on clarifying and conveying areas like technical opportunities, progress on ESG, overall culture and safety, and clear progression pathways to highlight the areas of highest interest to STEM candidates.
- Shorten the hiring process where possible: STEM candidates are likelier to receive fast offers from competing industries, which makes timing essential to avoid missing out on talent. Try to cut down multi-stage processes and keep technical assessments focused on role-relevant scenarios for a good fit.
What Are Leading Mining Operators Starting to Do Differently?
Many businesses have approached the STEM talent shortage by breaking new ground, including experiential learning through advanced virtual reality, augmented reality, and holographic technologies. Miners like New Hope Group, Komatsu and Rio Tinto are relying on technology like this to enhance workplace readiness.
Additionally, urban, tech-focused roles are rising in popularity as an alternative to requiring FIFO. For example, Fortescue’s Integrated Operations Centre (IOC) in Perth has enabled workers to operate a mine, rail, and port network 1,200 kilometres away to create city-based STEM roles in automation, data, and remote systems with greater flexibility.
Purpose-driven narratives have also been key to these shifts. Rio Tinto’s graduate programme leads with decarbonisation as its purpose-driven narrative to attract graduates wanting to play a key role in sustainability in the industry.
Mining recruitment strategies should consider treating technology (e.g., AI tools) as a credibility factor in employer branding to attract STEM talent seeking businesses at the forefront of new tech applications.
Furthermore, many of the best businesses will make a concerted effort to diversify their hiring process to widen the talent pool, which also adds credibility to their employer narrative, with research still indicating that only 24% of women rate mining’s inclusivity as “very good” or “good”, compared to 36% rating it as “very poor” or “poor”.
Why Does Evolve’s STEM-Specific Mining Recruitment Model Outperform Generalist Approaches?
At Evolve Scientific, we aren’t generalist recruiters. We’re Australia’s leading specialist scientific and technical recruitment agency, with consultants who are degree-qualified scientists with industry experience to utilise for the technical details and client requirements for each role.
With our extensive national and global talent networks, combined with our specialist approach, we can provide flexible STEM mining recruitment solutions that meet current market demands, securing the talent you need to propel the business forward, from temporary hires to executive search.
We proudly partner with Australia’s leading mining employers to build teams that innovate and lead at the forefront of their respective fields. Contact our team for further insights on hiring STEM talent in mining today.
STEM Recruitment in Mining: Frequently Asked Questions
What are the top mining recruitment trends?
Skills-based hiring, AI-driven candidate screening, and employee value proposition-led employer branding are top mining recruitment trends, particularly as the industry experiences greater demand for data, engineering, and digital roles and a higher-skilled workforce model.
How can we effectively attract STEM candidates to our mining operations?
Lead with the priorities of STEM candidates: clear career progression, ESG-focused purpose, real technical problems to solve with their skillset. Be flexible in the hiring process to account for high competition from other industries.
Why is a technical assessment necessary for STEM mining roles?
STEM candidates often don’t have industry-standard credentials, meaning that assessments are the most reliable way to confirm their capabilities beyond just theory to ensure their technical judgement and problem-solving are sound.
What should be included in job ads to appeal to specialised mining candidates?
Outline clear career progression pathways, how the role connects to broader operational goals (including ESG), and the technical skills they’ll be utilising and problems they’ll solve to convey an honest, beneficial employer culture that aligns with their values.
Why choose a specialised mining recruitment agency for STEM roles over a generalised approach?
Specialised mining recruitment agencies understand the technical landscape, necessary qualifications and skillsets, and the candidate motivations driving talent shortages in the industry, and can source talent easily even during high competition for a smaller pool of skilled candidates.
