TLDR – The 30-Second Read
Across the placements Talesca has made since the start of 2024, demand from renewables, transmission and energy clients for Project Controls, Scheduling, Planning, Cost and Document Control specialists has doubled in 2026 versus the 2025 full year – at the midpoint of the year. Around half the specialists filling those roles come directly from oil and gas or LNG backgrounds; most of the rest come from mining and heavy infrastructure. For senior decision-makers in renewables, this is a leading indicator of where megaproject delivery risk is concentrating – and it’s a warning that Project Controls can no longer be treated as back-office capability.
What the demand curve actually looks like
Across the senior placements Talesca specialises in, one discipline has accelerated faster than any other in the past 18 months: Project Controls and its adjacent roles – Scheduling, Planning, Cost Control, Project Accounting, Project Administration and Document Control.
Based on Talesca’s own engagement and placement data across this discipline from January 2024 through mid-May 2026:
- 7 roles taken on across the discipline in 2024
- 5 roles taken on in 2025
- 10 roles taken on in the first five months of 2026 alone
That is already double the 2025 full-year volume, at the halfway point of the year. Every one of those 2026 engagements came from a renewables, energy transition or transmission client.
A single discipline doubling year-on-year inside one specialist recruiter’s book is, by itself, a small data point. But the direction and the client mix are consistent with a much larger structural signal – one anyone working in Australian energy transition delivery is now feeling first-hand. The AEMO 2024 Integrated System Plan sets the context: the optimal development path has an annualised capital cost of $122 billion to 20250, with more than 5,000km of transmission to be delivered over the next decade and around 10,000km by 2050. When that volume of work moves from the planning page into actual execution, the disciplines that hold programme, cost and contingency together come under enormous pressure.
Project Controls is one of those disciplines. And the market is now telling us so.
Why does Project Controls matter so much in megaproject delivery?
In smaller projects, Projects Controls is often treated as administrative – schedule updates, cost reports, document numbering. In megaproject delivery – multi billion-dollar transmission lines, large-scale wind and solar farms, battery storage projects at gigawatt scale – it’s the spine of the programme.
A P6 Planner on a major transmission build is not “supporting” the project. They are the person who knows whether the project will hit the regulatory window, whether the contingency draw is sustainable, and whether the EPC contractor’s claimed progress reconciles to what’s physically been built. The Cost Controller is the early warning system for budget blowout. The Document Controller is the audit trail that determines whether the asset can be handed over and energised.
When demand for these roles accelerates this fast inside our own placement flow, the implication is not “we need more administrators”. The implication is that delivery risk on Australia’s energy transition is being absorbed into a function that has historically been understaffed in renewables – and that the people who do this work well are now in extreme demand.
Infrastructure Australia’s 2025 Market Capacity Report puts a national frame around it: the industry is currently short of 141,000 workers needed to deliver the five-year Major Public Infrastructure Pipeline, with the five-year Major Public Infrastructure Pipeline having grown $29 billion over the past year to reach $242 billion – its highest level since the agency began tracking nationwide government infrastructure investment five years ago. Of particular relevance for renewables developers: project management professionals are forecast to hit a shortage of 59,000 around late 2026. That is the cohort Project Controls specialists sit inside.
Where are these specialists actually coming from?
The composition of placed candidates is, in our view, the most strategically important part of the picture.
Of the Project Controls specialists Talesca has placed into renewables, transmission and energy transition roles since 2024, with traceable work history:
- Around half came directly from oil and gas, LNG or upstream energy backgrounds – typically Tier 1 operators, EPCs delivering LNG trains, or supporting Surat and Bowen Basin gas operations
- Around a quarter came from mining or heavy infrastructure – large-scale civil, tunnelling, rail, or resources majors
- The remainder came from adjacent technical sectors – defence, large public infrastructure, advanced manufacturing
In other words: a function critical to renewables delivery is being staffed largely by people whose careers were built on building something else. That’s not unusual when a sector accelerates – adjacent-sector hiring is how every growth phase gets staffed. We’ve written about how this pattern is playing out at the senior level in why adjacent-sector thinking is becoming a career edge for engineers in energy. What’s different about Project Controls is the concentration of the source pool. The skills that make a senior P6 Planner valuable on a transmission build are the same skills they developed on an LNG train, a coal seam gas field, or a large mine expansion. The toolchain (Primavera P6, SAP, Maximo) and the discipline (earned value, critical path, cost-loaded schedules at scale) are the same. The sector overlay is largely contextual.
For now, that’s working. But the supply side of that equation deserves a closer look.
Why is the oil and gas pool finite – and what happens when it ages out?
The reason roughly half of Talesca’s placed Project Controls specialists have oil and gas pedigree is not a coincidence. It’s a generational artefact.
The wave of Australian LNG construction that trained most of these people happened in a specific window. In Queensland, about $60 billion was invested to build three LNG export plants, with the first shipments leaving in 2015. This investment generated thousands of construction jobs. The Gorgon, Wheatstone and Ichthys projects in Western Australia and Northern Territory followed similar timelines, peaking in construction-intensity in the mid-2010s.
That was the last great training ground for large-scale Australian Project Controls expertise outside of mining. And it’s largely over. Legacy LNG projects in countries like Australia, Nigeria, and Indonesia are expected to reduce their output in the coming years. Scarborough – at 67% completion as of December 2025, with first LNG cargo targeted for the second half of 2026 – is one of the last major Australian LNG construction efforts of comparable scale. After it, the next-generation Project Controls cohort being trained inside Australian oil and gas at LNG-construction scale is small.
The implication for renewables developers is not abstract. The Project Controls specialists Talesca is placing today are, in many cases, people whose deep-cycle programme experience was earned 8-12 years ago on an LNG project. They are senior – and the cohort behind them is structurally smaller because the construction wave that would have trained them never materialised at the same scale.
Meanwhile, the transmission and renewables pipeline is just getting started. 125 gigawatts (GW) of new utility-scale generation and 1.3 GW/1.8 gigawatt hours (GWh) of storage has entered the NEM and 490km of transmission has been built so far this decade – against an ISP target of roughly 10,000km of transmission by 2050 and the generation and firming volumes needed to displace retiring coal. The demand curve for Project Controls is going up. The available supply pool, built on construction wave that ended a decade ago, is not.
What does this say about market pricing?
We don’t lead with salary because the strategic argument matters more than the price tag. But the pricing confirms the supply-side argument.
Permanent placements Talesca has made in this discipline since January 2024 have ranged from around $130,000 base for Project Administration and Document Control roles, through to upper-end senior P6 Planner placements approaching $250,000 base on Tier 1 EPC consortium roles – and that is base salary, before package, allowances, contractor day rates or retention components. Contractor day rates in this discipline have moved in the same direction.
These are not back-office numbers. They are numbers that say the market has already worked out what we’re describing: this discipline is scarce, the people who do it well are senior, and the cost of getting it wrong on a megaproject is higher than the cost of paying for the right specialist. We’ve also seen specialist contractors move between 3 or 4 developers inside short windows – a single illustration of how shallow the bench is and how hard developers are working to secure specific people.
What should senior decison-makers in renewables actually do about this?
The instinct when a function gets scarce is to hire more of it. That’s part of the answer, but it’s the smallest part. The harder questions for COOs, Heads of Project Delivery and GMs of Major Projects are about capability strategy, not requisitions.
Three observations worth thinking through:
Project Controls capability should be treated as core, not contracted out by default.
Many renewables developers have historically run lean Project Controls functions, leaning on EPC contractors to bring their discipline with them. That worked when EPCs had deep benches. It works less well now, when EPCs are competing for the same scarce talent and contractor turnover is high. A core internal Project Controls capability – even a small one – is increasingly the difference between knowing what’s happening on a programme and finding out late.
Build alongside buy.
The mid-career pipeline of Project Controls specialists with renewables-specific experience is small. The graduate and early-career pipeline is almost non-existent in renewables, because the sector hasn’t been at scale long enough to train them. Developers serious about long-term capability need to be thinking about structured pathways for Project Engineers and Engineering graduates to move into Project Controls – and about partnerships with universities and chartered bodies to shape that pipeline. The sectors that did this well (Tier 1 mining, LNG in its construction phase) didn’t get there by accident.
Contractor strategy needs sequencing, not just rates.
Locking in a senior P6 Planner or Cost Controller for a 24-month programme on day-rate terms now is a different proposition from doing the same thing in 2022. The market knows it, and the best contractors are choosing assignments based on programme quality, not just rate. Developers running competitive contractor strategies – not just sourcing reactively – are placing better people.
We’ve covered the broader shift in how energy projects are being delivered in we’re in the “E” of EPC – and employers need to prepare for what comes next, and the transmission workforce dynamic in the transmission bottleneck has moved. Project Controls is the discipline that sits underneath both stories. When the engineering phase ramps up and the transmission build accelerates simultaneously, the Project Controls function is what determines whether either gets delivered on time and on budget.
What this means for Project Controls candidates considering a move
For senior Project Controls specialists with resources-sector pedigree weighing up a move into renewables: the market dynamics described above are now firmly in your favour, but the choice of which developer you join matters more than it used to. The renewables developers and transmission asset owners we work with vary significantly in how seriously they take Project Controls. Some treat the function as strategic; others still treat it as administrative. That difference shapes your career trajectory more than the headline rate. Asking about reporting line, sponsorship of the function at exec level, and the maturity of the Project Controls Manager role above you will tell you more than the salary band.
If you’re a renewables developer, transmission asset owner or EPC scoping senior Project Controls capability – Planners, Cost Controllers, Project Controls Managers, Heads of PMO – Talesca runs retained and contractor search across this discipline daily. If this is the kind of capability gab you’re working through, we’d be glad to compare notes on the market. Talk to Talesca about engineering and project delivery hiring.
Q&A
Renewables, transmission and energy transition projects are moving from planning into delivery at scale at the same time. Project Controls – including Planners, Schedulers, Cost Controllers and Document Controllers – is the discipline that manages programme, cost and contingency on those projects. In Talesca’s specialist book, demand for these roles in the first five months of 2026b has already matched the entire 2025 volume. Every 2026 engagement came from a renewables, energy transition or transmission client.
In Talesca’s experience placing into this discipline since January 2024, around half of placed specialists came directly from oil and gas or LNG backgrounds, around a quarter from mining or heavy infrastructure, and the remainder from defence, large public infrastructure or advanced manufacturing. The toolchain – Primavera P6, SAP, Maximo – and the discipline of earned-value, critical-path scheduling transfers cleanly across these sectors, even when the technology context is very different.
Likely not, at least not at the senior end. A large share of Australia’s senior Project Controls talent was trained during the Queensland and Western Australian LNG construction wave of the 2010s, which has largely concluded. With Scarborough one of the last major Australian LNG construction efforts of comparable scale, the cohort behind today’s senior specialists is structurally smaller. Meanwhile, AEMO’s Integrated System Plan calls for roughly 10,000km of new transmission by 2050, so demand is increasing.
Talesca’s permanent placements in this discipline since January 2024 have ranged from around $130,000 base for Project Administration and Document Control roles through to upper-end senior P6 Planner roles approaching $250,000 base on Tier 1 EPC consortium projects. Contractor day rates have moved in the same direction. These are base figures and do not include package components, allowances or retention structures. The range reflects scarcity at the senior end of the of the discipline rather than general wage inflation.
In our view, both — but the historical default of relying on EPC contractors to bring the discipline with them is harder to sustain when EPCs are competing for the same talent. A core internal Project Controls capability gives developers independent visibility on programme, cost and contingency, which is the basis for making good decisions when projects start to drift. The smaller the internal capability, the more dependent the developer becomes on contractor-supplied reporting — which is not the same as independent oversight.
The technical skills transfer well. The cultural and organisational context does not always. Renewables developers vary significantly in how mature their Project Controls function is and how strategically it’s positioned. Before accepting a role, candidates should understand who the function reports to, whether there’s executive sponsorship, and the seniority of the Project Controls leadership above them. Those factors shape long-term trajectory more than headline rate, and they vary far more across the renewables sector than across oil and gas.
Sources & References
- Australian Energy Market Operator (AEMO), 2024 Integrated System Plan – https://www.aemo.com.au/energy-systems/major-publications/integrated-system-plan-isp/2024-integrated-system-plan-isp
- AEMO, 2024 ISP Overview – https://www.aemo.com.au/-/media/files/major-publications/isp/2024/2024-Integrated-System-Plan-overview
- Infrastructure Australia, 2025 Infrastructure Market Capacity Report – https://www.infrastructureaustralia.gov.au/reports/2025-infrastructure-market-capacity-report
- Infrastructure Australia, “Government shift infrastructure investment priorities while market capacity constraints continue” – https://www.infrastructureaustralia.gov.au/listing/media-release/governments-shift-infrastructure-investment-priorities-while-market-capacity-constraints-continue
- IEEFA, “The hidden costs of the LNG boom” (October 2025) – https://ieefa.org/resources/hidden-costs-lng-boom
- International Energy Agency, Global LNG Capacity Tracker (May 2026) – https://www.iea.org/data-and-statistics/data-tools/global-lng-capacity-tracker
- Infrastructure Magazine summary of the 2025 Infrastructure Market Capacity Report – https://infrastructuremagazine.com.au/infrastructure-australia-releases-2025-infrastructure-market-capacity-report/