E

Element Materials Technology

Testing, inspection, and certification of materials

Junior Metallurgist

Full-TimeDeadline 10/7/27
CA$24 - CA$26/hr
Mid
Bachelor's
Cambridge, ON, Canada
In Person
Academic & Institutional ResearchPhysical Sciences
Canada Citizenship Required

About the job

Requirements
  • A degree or diploma in Metallurgy or a related discipline is required.
  • Two to four years of experience working in a laboratory in the field of metallurgy testing is required.
  • Good knowledge of international standards and codes is required.
  • Report-writing skills are required.
  • Communication skills are required.
  • The candidate must be self-motivated and able to work as part of a team, with organizational and communication skills.
  • The candidate must be legally eligible to work in Canada as a Canadian citizen or permanent resident.
Responsibilities
  • Perform routine metallurgical, mechanical, failure, and corrosion testing to facilitate metallurgy operations at a site or laboratory.
  • Conduct hardness testing, prepare samples, write reports, and perform metallurgical testing, including micro and macro examinations.
  • Participate in site and field testing.
  • Ensure work complies with ISO 17025 requirements.
  • Coordinate with technicians on the team to carry out work according to the planning schedule.

About the company

E

Element Materials Technology

View
Website

Element Materials Technology provides testing, inspection, and certification services across multiple industries, using a global network of laboratories and experts to verify the safety, quality, and compliance of materials, products, and systems. How it works: clients send samples or components to Element’s laboratories, where accredited tests and inspections are performed to international standards; results are compiled into certified reports and, if needed, followed by certification or qualification decisions. How it differs from competitors: it combines a large, globally distributed lab network with longstanding industry expertise in sectors such as aerospace, oil and gas, and transportation, plus a history of strategic acquisitions and investments that expand capabilities and reach. What the company aims for: to help businesses meet regulatory requirements, reduce risk, and drive industry progress by delivering reliable testing, inspection, and certification services.

Company Size

5,001-10,000

Company Stage

Acquired

Total Funding

$13.4M

Headquarters

London, United Kingdom

Founded

2011

Get referred to Element Materials Technology

See people who can refer or advise you

Simplify Jobs

Simplify's Take

What believers are saying

  • May 2026 Charlotte expansion added miniature testing capacity unique in North America.
  • March 2026 Houston expansion added 10 test frames, 35 autoclaves, and SEM capability.
  • July 2026 operating-model simplification concentrated Element into two global business lines, sharpening execution.

What critics are saying

  • Eurofins buys Element’s North American Life Sciences business in Q4 2026, stripping 750 jobs.
  • Temasek is reportedly exploring a 2026 sale, signaling owner impatience and strategic uncertainty.
  • A 2025 California employment-discrimination case against Element Aerospace keeps legal and reputational risk active.

What makes Element Materials Technology unique

  • 270 laboratories across 30 countries give Element global regulated-industry reach.
  • OSHA expanded Element Portland-Evergreen’s NRTL scope on February 3, 2026.
  • Element’s Charlotte, Houston, and Huntsville expansions deepen aerospace, energy, and defense specialization.

Help us improve and share your feedback! Did you find this helpful?

Benefits

  • Paid Vacation
  • Paid Holidays
  • Life Insurance
  • Flexible Work Hours
  • Hybrid Work Options
  • Commuter Benefits
  • Employee Referral Bonus
  • Employee Discounts

Growth & Insights and Company News

Headcount

6 month growth

0%

1 year growth

0%

2 year growth

14%
EE World Online
Oct 14th, 2026
Immunity testing for 5G mmWave: There are no standards.

Immunity testing for 5G mmWave: There are no standards. //. The electronics industry lacks standards for testing immunity to 5G mmWave signals, even as the telecom industry's talk turns to 6G. Manufacturers of electronic products, particularly medical devices, must prove their products are not susceptible to outside interference. In most regions of the world, your product must comply with adopted standards. But what if your device encounters signals for which no radiated immunity standards exist? That's a topic addressed by Element's David Schaefer at both the 2026 EMC+SIPI Symposium and at a Boston-area EMC summit held September 23. Schaefer, who specializes in medical equipment EMC compliance at Element's Minneapolis facility, explained that there are no standards that describe EMC immunity for medical devices at frequencies above 6 GHz. Actually, it's above 5.8 GHz, which is just below the extended Wi-Fi band of 5.925 GHz to 7.125 GHz for Wi-Fi 6E and later. That means engineers are on their own when testing for immunity to 5G FR2 mmWave frequencies, which cover roughly 24 GHz to 71 GHz (71 GHz for automotive radar). EMC test equipment also doesn't cover the high end of the FR2 range. The mmWave immunity problem for medical (or any other equipment) isn't interference from base stations, but rather from mobile phones. Interference can occur in the near field or far field from mobile phones. Most phones today support 5G mmWave and typically operate at 24 GHz, 28 GHz, and 39 GHz, but can go higher. In actual use, cell phones can come into close proximity to other equipment, especially in home environments. Phones with mmWave transmitters constantly scan the airwaves for connections, resulting in possible failures to nearby equipment. Phones don't let users disable mmWave radios while keeping FR1 radios on. Cell phones running 5G use orthogonal frequency division multiplexing (OFDM) modulation, which can change to provide the best connections. Phones also use beamforming, which changes the direction of the transmitted signal as the phone moves. Schaefer noted that most EMI field probes can't handle OFDM; they're built for CW or AM signals. Figure 1 highlights the significant differences in the narrowband AM signals specified in IEC 61000-4-3 (last update 2020) and the wideband OFDM signals produced by a 5G phone. Another issue arises with test equipment such as EMI receivers, which don't operate above 40 GHz and if they do, are very expensive. A 40 GHz maximum frequency is, however, enough to cover the lower, more widely used cellular frequencies, but not those used in automotive radar. Even so, no standard describes immunity test methods for frequencies above 18 GHz. IEC 61000-4-41:Broadband Radiated Immunity Tests describes test methods for broadband immunity at frequencies to 18 GHz. Schaefer explained that the standard specifies use of a reverberation chamber to provide uniform test fields. He noted that few test labs have reverb chambers. IEC 61000-4-39 describes immunity measurement techniques, up to 6 GHz. Insufficient standards and equipment. EMI immunity standards require tests using a known uniform electric field, difficult to achieve at mmWave frequencies due to small, highly directional antennas. A uniform field is great for lab testing but does not simulate real-world conditions, especially given 5G's OFDM and beamforming. Even if you try to create a uniform field and measure it with a spectrum analyzer, you may have difficulty because many instruments measure up to 26.5 GHz. That's not high enough. If 6G adds FR3, then 26.5 GHz will be sufficient for that frequency span, but that's not reality today. EMI test standards specify measuring field uniformity in an anechoic chamber using handheld field probes. Schaefer said that there are no commercially available probes that operate above 60 GHz, though they will cover most of the mmWave frequencies in use for mobile phones. In his presentation, Schaefer said that engineers may use ad hoc testing methods, which are inexpensive but are not described in published standards. Furthermore, mobile phones don't have test modes that are available to labs, leaving engineers with no way to control how the phone operates or at which frequencies. Such ad hoc testing uses cell phones in actual use, which results in realistic conditions but provides no control over the phone's operations and is not repeatable. Schaefer also described a simulated method where engineers can use IEC 61000-4-3, IEC 61000-4-39, and IEC 61000-4-41 as guides. Figure 2, taken from IEC 61000-4-3 Figure 10, shows a setup for creating a uniform field for immunity testing. As previously stated, creating a mmWave field uniform enough to comply with the standard is difficult and time-consuming. While this discussion focuses on mmWave signals, remember that mobile phones can also operate at much lower frequencies with the same modulation and beamforming found at mmWave frequencies. Because of the wide range of carrier frequencies and the fact that a mobile phone can be set anywhere relative to other equipment, even on top, a phone can subject another piece of equipment to both near-field and far-field signals at the same time. Regulatory standards such as EMC and safety often lag the introduction of new technologies. EMC standards are no exception. The time will come when EMC and safety standards catch up, but the wireless industry will be well into 6G deployment by then. Related eeworld online content.

AktienSensor
Jul 21st, 2026
Eurofins Boosts Share Value & U.S. Presence with $400 M Testing Acquisition

Eurofins Scientific SE balances growth and value: shares rise, a €6.9 M buyback boosts EPS, and a $400 M acquisition of EMT expands its North American life‑sciences testing reach.

Mercury Technology Solutions
Jul 6th, 2026
Honeywell spin-off Solstice targets AI supply chain with $14.5bn deal for Element.

Honeywell spin-off Solstice targets AI supply chain with $14.5bn deal for Element. Tl;dr. * Honeywell's spin-off, Solstice, announces a major $14.5 billion acquisition of Element. * This deal aims to create a leading advanced materials company with an enterprise value of approximately $29 billion. * Solstice intends to leverage artificial intelligence in its supply chain operations. Honeywell spin-off Solstice targets AI supply chain with $14.5 billion deal for Element. In a landmark move, Honeywell's spin-off company, Solstice, has initiated a substantial $14.5 billion acquisition of Element, a transaction poised to reshape the landscape of advanced materials manufacturing. The merger, which combines the strengths of both organizations, is expected to yield a new entity with a combined enterprise value nearing $29 billion. This strategic partnership places a strong emphasis on integrating artificial intelligence (AI) into supply chain processes, highlighting a trend towards technological advancement in manufacturing. Strategic significance of the Deal. The acquisition aligns with current industry trajectories favoring automation and AI to enhance efficiency and minimize operational costs. AI technologies are increasingly becoming a cornerstone of supply chain management, allowing for improved forecasting, inventory management, and logistics operations. By harnessing AI, Solstice aims to enhance decision-making capabilities and optimize resource allocations. Key Highlights of the Deal: * Financial Impact: With an enterprise value projected at roughly $29 billion post-merger, the partnership is set to significantly increase market competitiveness. * Technological Advancement: Incorporating AI will likely enable Solstice to streamline operations, leading to increased productivity and reduced waste. * Market Position: This acquisition positions Solstice as a pivotal player in the advanced materials sector, providing enhanced capabilities to meet growing demand from various industries. The future of advanced materials. As the demand for advanced materials continues to surge, this deal positions Solstice as a formidable contender capable of meeting the challenges and opportunities of the future. Stakeholders are keenly anticipating how the integration of AI within supply chains will not only enhance operational efficiencies but also innovate product offerings. Potential Implications: * The merger is expected to catalyze further investments in AI technologies across manufacturing sectors. * Increased competition in the market may drive innovation, fostering a cycle of continuous improvement and technological advancement. Conclusion. The acquisition of Element by Solstice marks a significant development in the advanced materials industry, especially as it promises to leverage artificial intelligence to enhance supply chain efficiency. As the two companies work to integrate their operations and capabilities, the eyes of stakeholders will be trained on how the merger unfolds in the dynamic landscape of manufacturing. References. [^1]: "Honeywell spin-off Solstice targets AI supply chain with $14.5bn deal for Element". Financial times. Retrieved october 1, 2023. Keywords: Honeywell, Solstice, Element, AI, supply chain, advanced materials, acquisition, manufacturing, technology, investment System Admin July 6, 2026 Its blogs. Microsoft Lays Off Thousands of Xbox Employees, Closes Game Studios

Business Post
Jul 6th, 2026
Honeywell spinoff in talks to merge with Element in $27bn deal.

Honeywell spinoff in talks to merge with Element in $27bn deal. Live news. SpaceX will officially join the Nasdaq 100 on Tuesday, leaving investors in index-linked... Private equity firm CVC Capital has agreed to sell high-end yacht marina group D-Marin... The UK construction sector contracted sharply again in June, as builders continued... Foxconn, the world's largest contract electronics manufacturer, reported a 39.8... Honeywell spin-off Solstice Advanced Materials is in talks to merge with Element... Airbus has set an internal target of 900 aircraft deliveries this year after handing... German factory orders rebounded in May, offering a positive signal as the impact...

Element
May 19th, 2026
Element Materials Technology invests more than $20 million in Charlotte facility to expand Aerospace and defense materials testing capacity.

Element Materials Technology invests more than $20 million in Charlotte facility to expand Aerospace and defense materials testing capacity. Last edited May 19, 2026 LONDON, May 19, 2026 - Element Materials Technology, a leading global provider of testing, inspection and certification services, is investing more than $20 million in its Charlotte, North Carolina, facility to expand materials testing capacity for the aerospace and defense sector. The investment underscores Element's commitment to growing with its customers by expanding testing capacity, improving turnaround times, and adding advanced equipment to support the qualification and production needs of engine and component manufacturers. The Charlotte expansion includes significant new stress rupture/creep, tensile, machining, and metallurgical testing capacity, along with new miniature testing capabilities. Designed to meet rising demand from aerospace and defense manufacturers, the expansion strengthens Element Charlotte's ability to support critical materials characterization and mechanical testing programs where performance, compliance, and speed are essential. It also improves supply chain resilience by giving customers greater regional access to specialized testing services. The miniature testing laboratory further expands a highly specialized capability that is unique in North America, enabling customers to generate reliable performance data from limited material volumes. This is especially valuable for advanced aerospace applications, including engine programs, complex components, and emerging manufacturing methods where sample availability is constrained. "This more than $20 million investment in Charlotte reflects our commitment to grow with our customers and provide the capacity, technical expertise and responsiveness they need to succeed in demanding aerospace and defense programs," said Matt Linn, Vice President of Sales, Element Aerospace & Energy. "By expanding our materials and miniature testing capabilities, we are helping customers accelerate qualification, improve manufacturing readiness and bring critical components to market with greater confidence." The new equipment will support a broader range of testing requirements across engine and component manufacturing programs, while helping customers reduce bottlenecks and access high-quality data more quickly. "Charlotte has long been a trusted partner for customers who depend on high-integrity materials testing services," said Corey Demidovich, Senior Vice President, Element Aerospace and Energy. "This expansion strengthens our ability to provide faster turnaround times, support higher testing volumes and deliver the specialized capabilities our aerospace and defense customers need for both current production and next-generation development." The expanded Charlotte facility will support a wide range of customer requirements, from conventional mechanical and metallurgical evaluation through to specialized miniature testing applications. With this investment, Element continues to strengthen its position as a trusted testing partner for advanced industrial supply chains where failure in use is not an option. Element is one of the world's leading providers of laboratory-based testing services. Element Materials Technology support more than 50,000 customers operating in some of the world's most technical and highly regulated industries, where failure in use of their products, materials and technologies is not an option. Headquartered in London, U.K., Element's more than 8,500 scientists, engineers and technologists work across a global network of more than 270 laboratories and support customers from early R&D, through complex regulatory approvals and into production, ensuring their products are safe and sustainable and achieve market access. For more information about Element, visit its website, connect with Element Materials Technology on LinkedIn, X and Instagram, and subscribe to its YouTube channel. Element Materials Technology is the largest independent provider of materials testing, product qualification testing, calibration and advisory services to the global aerospace testing sector. With 43 laboratories in the Americas and 58 in EMEAA, including 29 Nadcap-accredited labs with 41 different Nadcap accreditations, Element supports the entire aerospace supply chain. Its 3,000-plus technicians, engineers and scientists, backed by more than 100 years of experience in both commercial and military aerospace testing, deliver a comprehensive range of destructive and non-destructive testing and inspection services for a wide variety of materials, components, products and systems. The company's unrivaled international capability, footprint and geographic reach enable it to support aerospace primes and their supply chain partners throughout the entire product life cycle, from R&D to manufacturing, life extension and disposal, helping them develop better products, get to market on time, save time and money, and minimize business risk. For more information, visit https://www.element.com/aerospace or follow Element Materials Technology on LinkedIn. Media contact: Kate Aldridge, vice president, communications, email: [email protected]; mobile: +44 7767 705364