Summer 2026
Data Science Intern
Data Platforms
Posted on 5/19/2026
Primetals Technologies
Global metals production technology, automation, services
No salary listed
Lake Mary, FL, USA
In Person
 Data & Analytics (1) |
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- Assist with data quality assessments across enterprise data sources, identifying gaps, inconsistencies, and improvement opportunities.
- Support data catalog activities including documentation of datasets, metadata, data definitions, and lineage.
- Validate, organize, and prepare ingested data within centralized platforms such as data lakes and structured repositories.
- Contribute to automation efforts to surface data into Microsoft Power Apps and Power Automate workflows.
- Perform data validation and reconciliation to ensure accuracy and completeness between source and ingested data.
- Assist with development of basic dashboards, reports, and visualizations to support data visibility and usage.
- Support testing and user acceptance activities to validate data processes and automation solutions.
- Maintain tracking artifacts such as data quality logs, catalog trackers, and automation inventories.
- Document data processes, standards, and learnings to support long-term platform sustainability.
Primetals Technologies combines the strengths of Mitsubishi Heavy Industries and partners to offer global, integrated solutions for metals production. It provides technology, automation, environmental systems, high-end manufacturing capabilities, and lifecycle services that cover the entire value chain—from raw materials to finished products. The company’s products work by delivering fully integrated plants and digital control systems that manage processes, optimize performance, and ensure sustainable operation. What sets Primetals apart is its scale and breadth as a joint venture with long-term, reliable support across the whole lifecycle, plus a focus on quality, sustainability, and performance for metals producers. The company’s goal is to help customers master current and future challenges in the metals market by delivering reliable, complete solutions that enable efficient, sustainable production across the entire value chain.
Company Size
N/A
Company Stage
N/A
Total Funding
N/A
Headquarters
London, United Kingdom
Founded
2015
Simplify's Take
What believers are saying
- European decarbonization projects favor Primetals' hydrogen DRI, EAF, and electrification stack.
- Brownfield mills buy rapid retrofits that minimize shutdowns, like Çolakoğlu's four-week EAF upgrade.
- Installed customers expand recurring service and automation revenue through upgrades at HBIS, Celsa, and Xiangtan.
What critics are saying
- Chinese mills increasingly split automation from hardware, compressing Primetals' full-line margins.
- Leadership transition under Koji Sakatani and interim CFO duties slows execution in 2026.
- Competitors selling cheaper modular EAFs and control suites undercut Primetals on greenfield projects.
What makes Primetals Technologies unique
- Primetals offers full-line metals engineering from raw materials through finished products.
- Its EAF Ultimate Move combines flexibility, compact footprints, and lower capital expenditure.
- Mold Expert Fiber provides fiber-optic casting visualization across thousands of measurement points.
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Benefits
Health Insurance
Dental Insurance
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401(k) Company Match
Paid Vacation
Paid Sick Leave
Professional Development Budget
Company News
Primetals Technologies introduces new electric arc furnace. Primetals Technologies has announced its next-generation electric arc furnace (EAF) solution, "EAF Ultimate Move," developed for electric steel production. The company stated that the new model, based on 40 years of electric arc furnace experience, aims to combine high performance with low capital expenditure. It was noted that EAF Ultimate Move brings together the strengths of the company's existing EAF Ultimate and EAF Quantum models, providing maximum flexibility especially for greenfield projects. The new solution is designed to address the capital expenditure-focused needs of investors transitioning to electric steel production. From a technical perspective, EAF Ultimate Move offers shorter tap-to-tap times and requires a smaller footprint. It also provides advantages such as lower maintenance requirements and reduced overall capital costs. With this new technology expanding the company's electric steelmaking portfolio, it was emphasized that different EAF designs continue to address various production needs. The statement highlighted that EAF Ultimate Move stands out as an option for producers seeking maximum flexibility without compromising product quality, while the EAF Ultimate concept - supported by grid-friendly Active Power Feeder and advanced automation - offers a suitable solution for modernizing existing plants. The EAF Quantum model, on the other hand, continues to be preferred by producers focusing on ultra-low consumption values, scrap-based charge mixes, and the preheating of scrap and hot briquetted iron (HBI). Hans-Joerg Krassnig commented: "For Primetals Technologies, it is natural to combine the most advantageous features and take established EAF technology to the next level. With our latest development, EAF Ultimate Move - which completes our EAF portfolio alongside EAF Quantum and EAF Ultimate - any type of charge material, including hot metal from the blast furnace, can be processed in any combination." It was also stated that, thanks to a process inspired by EAF Quantum, the furnace shell can be moved toward the tapping area, enabling a more compact plant design, easier maintenance, and reduced capital requirements for auxiliary equipment such as crane systems and building height. This design is made possible by a movable support frame and an adapted hydraulic tilting system. EAF Ultimate Move also includes features such as single-bucket operation, single-point roof swing, and the Furnace Advanced Slag-free Tapping (FAST) system. The FAST system allows drilling and plugging while the power is on, significantly reducing the time between two tapping operations. The company announced that the new electric arc furnace solution was presented to the public at AISTech 2026.
Koji Sakatani appointed CEO of Primetals Technologies to lead next phase of transformation! Thursday 9 April 2026, 2:04:25 PM Primetals Technologies has announced the appointment of Koji Sakatani as its new Chief Executive Officer, effective April 1, 2026. He succeeds Yoshiharu Ikeda, who retires after a distinguished tenure that played a key role in strengthening the company's global presence and technological leadership. Sakatani brings extensive experience across the metals and heavy industry sectors, with a career spanning several decades. He began his professional journey at Mitsubishi Heavy Industries Limited, where he held multiple senior leadership roles across global operations. Over the years, he developed deep expertise in large-scale industrial systems, infrastructure and strategic business management. Prior to his appointment as CEO, Sakatani served as Head of Strategy at Primetals Technologies, where he was instrumental in shaping the company's long-term direction. His earlier role as Vice President of Plants and Infrastructure Systems further strengthened his understanding of complex industrial operations and global project execution. This combination of strategic and operational experience positions him strongly to lead the company into its next growth phase. In his new role, Sakatani will focus on driving innovation and accelerating the transformation of the metals industry. A key priority will be advancing sustainable steelmaking technologies, including hydrogen-based production, direct reduction processes and electrification. These technologies are becoming increasingly critical as the industry works to reduce carbon emissions and meet global sustainability targets. He also emphasized the growing importance of digitalization and service-driven business models in improving operational efficiency and supporting decarbonization. By integrating advanced automation, data analytics and digital solutions, Primetals aims to help customers optimize performance while reducing environmental impact. Sakatani acknowledged the strong foundation established by his predecessor and expressed confidence in the company's future. With a global workforce of over 7,000 professionals, Primetals Technologies is well positioned to lead innovation in metals engineering and support customers in navigating the transition toward more sustainable production methods. In addition to his responsibilities as CEO, Sakatani will serve as interim Chief Financial Officer, succeeding Andreas Weinhengst, who is also retiring. This dual role is expected to ensure continuity and stability during the leadership transition. Overall, the appointment of Koji Sakatani marks a significant leadership transition for Primetals Technologies. With a clear focus on sustainability, digitalization and advanced manufacturing technologies, the company is positioning itself to play a leading role in shaping the future of the global metals industry. Want to know more? Whether it's extra details on this article or information about MTD's services, fill in this form and we'll get back to you.
HBIS Tangsteel starts up fourth continuous caster from Primetals. LONDON - Leading Chinese steel producer HBIS Tangsteel, a part of HBIS Group, has successfully started up a new slab caster supplied by Primetals Technologies. This is the fourth continuous caster from Primetals Technologies in operation at the Tangshan Laoting plant in Hebei Province. The first two casters were installed in 2020, followed by a third in 2023. HBIS Tangsteel now operates eight slab caster strands, all supplied by Primetals Technologies, reaching a combined annual production capacity of 9.6 million tons of slabs. Ten Continuous Casting Projects With this latest startup, HBIS Group and Primetals Technologies have partnered on ten continuous casting projects, including both slab and long casters, covering new installations and modernization efforts. This long-standing collaboration was a key factor in HBIS's decision to select Primetals Technologies as a supplier. Other important considerations included the proven quality of Primetals Technologies' equipment and reliable service. The scope of supply included essential mechanical components, Level 1 and Level 2 automation systems, and implementation services. Enhanced Strand-Surface Quality The new continuous caster incorporates several technological innovations to ensure high-quality slabs. The DynaFlex hydraulic oscillator allows flexible adjustment of mold oscillation parameters such as curves, stroke, and frequency, resulting in improved strand-surface quality. Increased powder consumption and reduced risk of caster-mold breakouts contribute to greater reliability at high casting speeds. The DynaWidth mold-width adjustment system enables fast and adaptable slab-width changes. Maximized Yield Advanced automation solutions ensure consistent, stable operation and high product quality. The Dynacs 3D secondary cooling model predicts the full 3D temperature profile along the strand, optimizing secondary-cooling setpoints and identifying the point of final strand solidification for improved cooling control. The DynaGap SoftReduction 3D system provides fully automated roll-gap control, enabling dynamic soft reduction to minimize centerline segregation and improve internal strand quality. The Yield Expert system optimizes cut lengths to maximize production output. Mold Expert monitors the mold in real time to detect and prevent caster-mold breakouts. HBIS Group, one of China's largest steel manufacturers, founded HBIS Tangsteel New District in Laoting in 2017 to relocate production capacity from the city of Tangshan.
Mitsubishi Heavy Industries honors Innovative initiatives with President's Award - Japan industry news. March 18, 2026 Mitsubishi Heavy Industries Ltd. (MHI) has awarded its President's Award to 23 initiatives that exemplified excellent outcomes, significantly in implementing its new administration coverage, Innovative Total Optimization (ITO). This coverage, efficient since May 2025, goals to maximise the group's potential and obtain sustainable progress by optimization and growth. The President's Award acknowledged initiatives that demonstrated vital achievements throughout varied sectors, together with those who utilized ITO ideas, developed merchandise addressing social points, and enhanced productiveness and enterprise processes. Among the highlighted initiatives was the world's first demonstration of fifty% hydrogen co-firing at a large-scale fuel turbine mixed cycle energy plant within the U.S., showcasing developments in decarbonization efforts. In Indonesia, MHI efficiently accomplished a turnkey undertaking to retrofit different OEM boilers, exceeding efficiency ensures and ending forward of schedule. This success has opened alternatives for increasing related after-sales companies. MHI Power Engineering launched a 3D design service that reduces lead instances and prices for plant retrofitting by using movies from industrial cameras, enhancing spatial design high quality. Mitsubishi Heavy Industries Environmental & Chemical Engineering Co. developed MaiDAS(R), an built-in plant operations system for waste-to-energy vegetation, which has improved operational effectivity and lowered prices. The system is operational at 20 places worldwide, providing distant monitoring and automatic operations. Primetals Technologies Germany GmbH launched the Central Operation Cockpit (COC), a centralized management system for contemporary metal vegetation, enhancing operational stability and lowering workloads. The COC's modular design permits for software throughout varied industrial sectors. MHI's new transit system, Prismo, combines excessive environmental efficiency with simplified infrastructure. Launched in May 2025, it options driverless autos and modern power administration, attracting curiosity each domestically and internationally. In Japan, Mitsubishi Heavy Industries Engine & Turbocharger, Ltd. achieved the very best output for a 100% hydrogen engine, marking a big milestone in hydrogen expertise. The firm has established security pointers to make sure the protected dealing with of hydrogen. MHI Thermal Systems launched the LXZ / KXZ3 Series of multi-split air-conditioners, which enhance power effectivity and luxury. The new fashions have been acknowledged with design awards, enhancing the model's worth. Other notable initiatives embrace the event of automated warehouses by Mitsubishi Heavy Industries - Mahajak Air Conditioners Co., Ltd., which elevated manufacturing throughput by 40% and lowered prices considerably. MHI's inexperienced manufacturing processes have achieved power financial savings and lowered CO2 emissions, incomes recognition from the Energy Conservation Grand Prize. MHI has additionally superior its MAG Machining methodology for plane manufacturing, lowering prices and environmental impression. Their autonomous cellular collaborative robotic platform, FCR-PF, is enhancing manufacturing effectivity and security. Additionally, MHI developed ultrasonic testing applied sciences that scale back inspection instances and improve design flexibility. Their digital technology-based upkeep actions have improved manufacturing unit infrastructure administration, lowering inspection workloads by 60%. Finally, MHI's company-wide XR platform is accelerating digital transformation in design and manufacturing processes, lowering rework and streamlining operations. The initiatives acknowledged by the President's Award mirror MHI's dedication to innovation and sustainable progress.
Electric arc furnace upgrade at Çolakoğlu Metalurji. LONDON - Çolakoğlu Metalurji, located in Dilovasi, Türkiye, is setting new standards in steel production efficiency with the upgrade of its electric arc furnace (EAF) carried out in partnership with Primetals Technologies. The revamped EAF installation introduces an innovative furnace-tilting-device that enhances movement precision and velocity. Together with the implementation of an electromagnetic stirrer (EMS) system, supplied by ABB, the upgrade positions Çolakoğlu at the forefront of electric steelmaking. This state-of-the-art solution not only increases operational reliability and energy efficiency but also improves furnace accessibility and maintainability. The modernization marks a significant step toward Çolakoğlu's commitment to sustainable and high-productivity steelmaking, combining robust mechanical design with cutting-edge automation and data intelligence. Tackling Complex Engineering Challenges The project at Çolakoğlu Metalurji presented significant engineering challenges, requiring the integration of new mechanical and hydraulic assemblies into the existing EAF within a brownfield environment. Unlike a greenfield project, this upgrade demanded precise alignment of the tilting mechanism, frame structures, and EMS system with the current foundation, furnace shell, and plant infrastructure. All work was completed within a tightly scheduled four-week timeframe, including dismantling, structural adaptation, reinstallation, and commissioning. Delivering this scope demanded flawless sequencing, tight coordination, and seamless collaboration across design, fabrication, and on-site teams. Working in the confined furnace bay added complexity, requiring exact interface management, precise prefabrication, and smart logistics. Completing all mechanical and hydraulic work on time - while ensuring safety, quality, and long-term reliability - was a central challenge of the project. Fast, Efficient Installation To meet the demanding timeline and integration requirements, Primetals Technologies and Çolakoğlu Metalurji adopted a comprehensive engineering and installation strategy. All new assemblies were preassembled and precisely aligned during fabrication using detailed 3D models and custom Primetals Technologies drawings. This modular approach enabled rapid on-site installation and minimized interface adjustments during construction. Through modular preassembly, optimized logistics, and precise scheduling, the project was completed on time. The result is a modernized EAF system with enhanced efficiency, maintainability, mechanical stability, and long-term reliability, setting a new benchmark for future brownfield upgrades in the steelmaking industry.