Highlights

• The global rare earth element supply chain is experiencing significant workforce expansion.
• The US and other countries are investing in domestic capabilities to reduce dependence on China.
• Technical roles in mining, refining, magnet manufacturing, and recycling are in high demand.
• These roles require specialized skills in engineering, metallurgy, and materials science.
• Government support and strategic investments are driving job growth.
• Projections indicate that 5,000-7,000 specialized technical jobs will be needed to establish a resilient rare earth supply chain by 2035.

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The global rare earth element (REE) supply chain – from mining upstream through refining midstream, to magnet manufacturing downstream, and including recycling – is experiencing a surge in hiring to meet rising demand. China's dominance in this field has long been underpinned by a “robust workforce” that gave it an “absolute advantage” in rare earth supply chains. Now, countries like the United States and Australia are expanding their own workforces as they rebuild domestic REE industries. In fact, U.S. employment in the rare earth sector grew to what is now likely in the handful of thousands of employees and contractors. Below is a snapshot of hiring trends across the REE supply chain, with a focus on the U.S., while noting global context. We highlight current job openings and long-term trends, especially in technical roles (engineering, metallurgy, etc.), alongside other support roles.

The Situation

It's difficult to pinpoint the exact number of employees and contractors working in the US REE supply chain, but estimates range from a few thousand to several thousand. Several companies are actively working to expand the domestic REE supply chain, and their workforce numbers are growing. USA Rare Earth (opens in a new tab) anticipates adding 100 employees at its Oklahoma magnet facility. MP Materials (opens in a new tab), a major player in the US REE sector, is creating approximately 150 skilled jobs and 1300 indirect jobs at its Texas magnetics facility. MP Materials likely employs over 800 employees and contractors now in the USA alone.  Overall, the industry is projected to require 5,000-7,000 specialized technical jobs in mining, processing, and manufacturing to establish a resilient domestic supply chain, according to industry analysts.

Upstream: Mining & Extraction

Demand for talent in rare earth mining is on the rise as new extraction projects come online. Companies are seeking geologists, mining engineers, and technicians to develop and operate mines, as well as environmental and safety specialists for on-site compliance. For example, Lynas Rare Earths (which operates the Mt Weld rare earth mine in Western Australia) recently advertised (opens in a new tab) for a Mine Geologist to “provide technical support to geology and mining departments,” manage ore grade control and assays, and help define the ore body. Lynas is also hiring Metallurgical Technicians and Processing Supervisors for its new ore processing facilities in Western Australia – roles that require experience with mineral processing (e.g., flotation, XRF analysis) and overseeing plant operations. These examples underscore the need for skilled mineral processing engineers and metallurgists at the mining stage.

In the United States, MP Materials – operator of Mountain Pass, California (the only active U.S. rare earth mine) – is rapidly expanding its workforce, given all of its financing.  MP Materials has dozens of job openings in mid-2025 per Indeed, (opens in a new tab) including roles like Junior Mine Engineer and Mill Technician for its mining operations, alongside process engineers for downstream efforts. The company’s career page emphasizes that every employee – whether “milltechnician, metallurgist, engineer, or environmental scientist”– plays a vital role in its mission. Traditional U.S. mining firms are also pivoting into rare earths: for instance, Ramaco Resources, a coal producer, began recruiting a Senior Vice President of Critical Minerals Processing to lead a new rare earth extraction initiative. This reflects a broader trend of mining companies diversifying into critical minerals, creating leadership roles to spearhead these projects.

Regionally, most upstream REE jobs have been concentrated in China, which employs a vast workforce across its mines in Inner Mongolia, Sichuan, and beyond as we have cited at Rare Earth Exchanges (REEx). However, new mining projects in North America (such as proposed mines in Texas, Wyoming, and Canada) and in Africa and Southeast Asia are poised to create more jobs globally. In Australia, Lynas and other explorers are ramping up hiring as they develop additional deposits. Job growth upstream is expected to continue as governments invest in domestic mining: analysts urge that new rare earth mines “should be initiated immediately” to meet future demand, requiring significant talent and $30 billion in investment by 2035 (opens in a new tab). Overall, the upstream segment is seeing steady hiring of technical experts in geology, mining, and processing, alongside roles in health & safety, environmental management, and community relations to ensure sustainable operations.

Midstream: Refining & Processing

The midstream refining stage – separating and purifying rare earth oxides – has historically been a bottleneck outside Asia. As new processing plants are built in the West, there is high demand for chemical engineers, process engineers, and metallurgists with specialized expertise in hydrometallurgy, solvent extraction, and related technologies. For example, Lynas’s Malaysian refinery (opens in a new tab) is hiring roles such as a Senior Mechanical & Piping Engineer and Safety/Health officers to support its processing operations. In Australia, Lynas is commissioning a refining facility in Kalgoorlie and has opened jobs for a Processing Supervisor to “lead safe production in [the] rare earth processing plant” and manage operations teams. These roles require experience with heavy industrial equipment and regulatory compliance, highlighting the need for mid-career professionals who can run complex chemical plants.

In the United States, several processing projects are in development, translating to new hiring. Lynas USA (backed by U.S. Department of Defense (DoD) funding) is establishing a rare earth separation plant in Texas, which will require a full staff of engineers, technicians, and quality control once operational (hiring for these is expected to ramp up as the facility nears completion). MP Materials received government support to expand oxide processing at Mountain Pass via the most recent DoD deal, and its job listings include process engineers for chemical processes like chlor-alkali systems used in rare earth extraction. Upstream at Mountain Pass, MP hires a process engineer to optimize reagent production for extraction, illustrating midstream roles embedded within mine sites. Another U.S. example is Energy Fuels (opens in a new tab) in Utah (not listed by the user, but noteworthy), which has been hiring metallurgists and radiation safety technicians to process rare earths from monazite sands (indicative of the specialized skills needed even at pilot scale).

Because Western midstream operations are essentially being built from scratch, there is an acute talent shortage in this area. Industry recruiters report “growing demand for professionals with expertise in ...extraction and processing of REEs”, especially those who can innovate in more sustainable, efficient techniques. REEx has covered this need at length.

Positions in R&D and pilot plant operation are also emerging as companies develop new separation technologies (for instance, startups working on novel solvent extraction or membrane-based refinements). Beyond engineers, companies need laboratory chemists, quality assurance specialists, and plant managers to run these facilities. Notably, USA Rare Earth – a company aiming for an integrated mine-to-magnet supply chain – operates a pilot processing plant in Wheat Ridge, Colorado, and has been hiring a Site Administrator and process technicians to support that site. As more midstream projects progress (in Canada, the EU, and India as well), hiring in this segment will accelerate. Governments are incentivizing these skills; for example, the U.S. Infrastructure Act and Department of Energy grants are funding training programs to grow the refining workforce, as reported by think tank CSIS.

Downstream: Magnet Manufacturing

Permanent magnet production – especially sintered neodymium-iron-boron (NdFeB) magnets – is the critical downstream link the United States must master if it wants independence from Chinese supply chains. Today, nearly all NdFeB magnets come from China or Japan, but that’s starting to shift. MP Materials is commissioning a large magnet factory in Fort Worth, Texas, targeting 10,000 tons of annual output by 2028 under a Department of Defense-backed plan. Recent job postings span the full technical spectrum: Process Engineers for press and sinter lines, a Process Engineer for coating, a Senior Engineer for magnet technology, and a Commissioning Engineer to bring the facility online. USA Rare Earth’s Stillwater, Oklahoma plant is hiring eight roles in its Magnets division, from Electrical/Instrumentation and Materials Engineers to Lab Technicians and Quality Managers – signaling the need for both process development talent and operations leadership. In San Marcos, Texas, Noveon Magnetics has shifted into pilot production, advertising for machining operators, press operators, plating technicians, and quality inspectors, roles that demand precision manufacturing skills.

The Rare Skills Gap

These projects face a steep workforce challenge: the U.S. magnet manufacturing labor base is almost nonexistent. Core roles include materials scientists and magnetic engineers to design alloys and processes, manufacturing engineers for powder metallurgy and sintering, CNC machinists and assembly technicians for cutting and shaping, quality assurance specialists, and skilled trades like electricians and millwrights to maintain advanced furnaces and presses. Many skills overlap with broader advanced manufacturing, but others – such as managing REE powders, understanding magnetic behavior, and operating sintering furnaces – are highly specialized. Noveon remains one of the few domestic producers of high-performance sintered NdFeB magnets, underscoring how thin the talent pool is today.

Scaling Up Under Trump-Era Strategic Push

Under Trump’s nascent national security and industrial policy framing, rare earth magnet manufacturing is being treated as a strategic imperative. Downstream hiring is running hot not only in Texas and Oklahoma, but also at foreign-headquartered firms expanding U.S. operations, like Germany’s Vacuumschmelze (opens in a new tab), which is investing $506 million in a new e-VAC Magnetics plant in South Carolina set to employ 300 workers across metals processing, magnet fabrication, and assembly for the EV and defense markets. Filling these jobs will require targeted training pipelines in powder handling, furnace operations, and precision assembly – or risk production delays. With U.S. manufacturing job openings projected to hit 2.1 million unfilled positions by 2030, the magnet sector’s success will hinge on how quickly it can develop, attract, and retain the specialized workforce that downstream rare earth independence demands.

Rare Earth Recycling: Hiring Heats Up in the Circular Economy

RecyclingREE from end-of-life products—ranging from EV motors to wind turbine magnets—is emerging as one of the fastest-growing niches in the supply chain. The work blends skills from refining with expertise in dismantling and processing complex components. Key technical hires include chemical process engineers to design extraction flowsheets, materials scientists focused on secondary recovery, and plant operators who can run leaching, separation, and purification lines. Logistics specialists are also in demand to coordinate the collection and sorting of used electronics. Scaling lab-developed processes, like the Department of Energy’s Critical Materials Institute method for recovering rare earths from shredded hard drives, will require chemists and engineers with highly specialized knowledge. New facilities such as ReElement Technologies’ (opens in a new tab) Indiana plant—expected to produce high-purity oxides and employ over 300 full-time staff—show the scale of job creation possible as recycling moves from pilot to production.

REEx recently interviewed the CEO of India based Attero (opens in a new tab).  Focused on recycling for rare earth magnets, the firm is significantly expanding its REE recycling capacity with a ₹100 crore investment. This expansion will increase their capacity from 300 to 30,000 tonnes annually over the next two years. This move is in response to rising demand and China's export restrictions on rare earths. Attero's patented technology allows for the recovery of REEs from e-waste with high efficiency and purity, supporting India's National Critical Mineral Mission (opens in a new tab). 

Startups Driving Multi-Disciplinary Hiring

Phoenix Tailings, (opens in a new tab) a U.S. recycling startup, exemplifies the sector’s talent appetite. In Massachusetts, it is recruiting senior engineers in electrical systems, controls, and upstream processes to advance its R&D, alongside chemical and process engineers to optimize refining. At its Exeter, New Hampshire pilot plant, the company is hiring a Plant Director, shift supervisors, production operators, mechanical technicians, and QA/QC engineers—building a complete operations team from PhDs to shop-floor staff. This mix highlights a core challenge: recycling startups must quickly assemble multi-disciplinary teams, often competing with miners and refiners for the same expertise. Similar patterns are visible in Canada’s Cyclic Materials (opens in a new tab), which is expanding its engineering and business development ranks, and in global partnerships between recyclers and magnet makers. Attero informed REEx the firm will open up operations in both the European Union and America.

Talent Bottlenecks and Strategic Roles

While still smaller in scale than mining or refining, rare earth recycling is fiercely competitive for technical talent. Demand is rising for veteran metallurgists to guide scale-up, younger engineers adept at innovative process design, and compliance officers to ensure products meet regulatory standards. Business development roles are also critical to integrate recycled feedstocks into OEM supply chains. With the U.S. targeting greater recovery of critical minerals, training programs will be needed to produce technicians and engineers fluent in “urban mining” and advanced metallurgy. Without this workforce pipeline, new recycling plants may face delays—slowing progress toward a domestic, circular rare earth economy.

Skills in Demand and Outlook

Across all segments of the rare earth supply chain, technical roles are paramount – but companies are hiring in virtually every category as they scale up. The most sought-after professionals include mining engineers, geologists, chemical/process engineers, metallurgists, materials scientists, and manufacturing engineers specialized in relevant processes. These experts need to handle everything from mine planning and ore processing to alloy making and magnet fabrication. Industry recruiters note a “growing demand for professionals with expertise in sustainable mining practices, supply chain management, and technological innovation” related to REEs. In particular, skills in sustainability (environmental compliance, recycling technology) and supply chain transparency (e.g., blockchain tracing of critical minerals) are increasingly valued. Additionally, knowledge of geopolitics and risk management is a plus – as companies aim to build resilient supply chains, they need staff who understand export controls, trade law, and strategic sourcing.

From a hiring trends perspective, the rare earth industry is moving from a niche sector to a growth sector in the West. The U.S. example is instructive: increasing by about 27% in direct employment within a year according to some source (opens in a new tab)s, and with large new facilities underway that will add hundreds of jobs in the next 1–3 years (e.g., the 300 jobs at e-VAC’s magnet plant and dozens at MP’s Texas plant). Globally, rare earth demand is projected to nearly triple from 2022 to 203,5 reports BCG (opens in a new tab), which implies a need for thousands of new workers worldwide in mining, chemical processing, and manufacturing.

Countries like Australia, Canada, and the EU are investing in training programs to grow a skilled workforce for critical minerals. For instance, university programs in minerals engineering and metallurgy are seeing renewed enrollment interest, and governments are funding apprenticeships to fill roles like mill operators, heavy equipment mechanics, and lab technicians at new facilities.  REEx reminds the U.S. government of the importance of industrial policy, which includes workforce development.

While technical hiring is the priority, companies are not neglecting other functions. As new rare earth ventures grow from startups to mid-size firms, they are bringing on HR managers, finance and accounting staff, supply chain/logistics coordinators, and sales/business development teams. Phoenix Tailings posting a Chief People Officer and VP of Manufacturing, or Lynas hiring procurement and financial analysts, are examples showing that rare earth companies require a full suite of talent to sustain growth. This is opening opportunities for professionals from adjacent industries (for example, an engineer from the oil & gas or semiconductor sector might transition into rare earth processing, or a manufacturing manager from automotive could join a magnet plant).

In summary, hiring in the rare earth supply chain is robust and accelerating. Upstream mining projects are bringing on engineers and operators as countries open new mines. Midstream refining has a pressing need for chemical process expertise to establish non-Chinese processing capacity. Downstream magnet manufacturing is scaling up fast, driving recruitment of everyone from Ph.D. materials scientists to assembly-line technicians. Meanwhile, the rise in recycling initiatives is adding yet another avenue for employment, often blending R&D roles with industrial operations. All of this is underpinned by strong government support and private investment, especially in the U.S., which is fostering “good-paying jobs in mining, construction, and manufacturing” tied to critical minerals via various Trump executive orders plus the Big Beautiful Bill.

Going forward, we can expect continued job growth and high demand for specialized skills in the REE industry. Companies may face competition and shortages for experienced talent, given that much of the know-how resides in China and a small global community. This is already prompting workforce development efforts – from retraining workers from legacy mining sectors (like coal) to new university partnerships. The REE supply chain, once obscure, now offers career opportunities spanning all levels – from entry-level plant operators to top-level project directors – with a particularly strong outlook for technical professionals who will drive the next era of mineral independence and innovation.

Sources:

• Company career pages and job listings (MP Materialsindeed.com (opens in a new tab)indeed.com (opens in a new tab); Lynas Rare Earthsau.jora.com (opens in a new tab)au.jora.com (opens in a new tab); USA Rare Earthats.rippling.com (opens in a new tab)ats.rippling.com (opens in a new tab); Noveon Magneticsindeed.comindeed.com (opens in a new tab); Vacuumschmelze/e-VACscdailygazette.com (opens in a new tab)scdailygazette.com (opens in a new tab); Phoenix Tailingsjobs.lever.co (opens in a new tab)jobs.lever.co (opens in a new tab); Ramaco Resourcescareermine.com (opens in a new tab))
  

  Industry reports and news (Okon Recycling market analysisokonrecycling.com (opens in a new tab); Davalyn Corp. recruiting insightdavalyncorp.com (opens in a new tab); CSIS testimonycsis.org (opens in a new tab); SC Daily Gazette reportscdailygazette.com (opens in a new tab)scdailygazette.com (opens in a new tab); White House Fact Sheetbidenwhitehouse.archives.gov (opens in a new tab)bidenwhitehouse.archives.gov (opens in a new tab); BCG analysisbcg.com (opens in a new tab); Rare Earth Exchanges)* Indeed.com job aggregators and related job postings for rare earth sector rolesindeed.com (opens in a new tab)indeed.com (opens in a new tab).