Technical Product Specialist
About the job
- Experience working with physics-based simulation, such as structural or fluid simulation tools including Nastran, OptiStruct, STAR-CCM+, or similar tools.
- Familiarity with simulation software environments, including tools within the Simcenter portfolio or comparable platforms.
- Programming skills; Python experience is preferred.
- Understanding of fundamental machine learning concepts, such as data curation, model training, and testing workflows.
- Ability to communicate complex technical topics clearly to different audiences.
- Experience working collaboratively within distributed or global teams.
- Employment is contingent on verifying U.S. Person status or obtaining any necessary export license under ITAR and/or EAR.
- Support customer-facing engagements by delivering technical demonstrations and responding to in-depth questions.
- Assist customers during software evaluations, including guiding them through benchmarks and helping optimize outcomes.
- Collaborate with internal teams on technical benchmarks and validation activities.
- Contribute to outbound technical communication, such as training materials, documentation, or presentations.
- Capture and communicate customer feedback to inform future product development.
- Act as a liaison between development, product, sales, and marketing teams.
- Python experience is preferred.
About the company
Siemens is a global engineering and technology company focused on automation, digitalization, smart infrastructure, and mobility. Its products and solutions span industrial automation systems, electrical equipment, energy management, and digital services that help industries run more efficiently. The company’s core technology comes from its history of electrical generation and distribution, including the dynamo-electric principle, and it now sells hardware, software, and services that connect factories, buildings, grids, and transportation networks. Siemens differentiates itself through scale, a broad portfolio across the value chain, and a long track record of large-scale, multi-country projects in infrastructure and industry. Its goal is to enable smarter, more sustainable industrial processes and urban systems by integrating hardware, software, and digital services to improve productivity, energy efficiency, and mobility.
Company Size
10,001+
Company Stage
IPO
Headquarters
Munich, Germany
Founded
1847
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Simplify's Take
What believers are saying
- Q3 FY2026 orders reached €27.9 billion and revenue rose 7% on August 6.
- Siemens raised fiscal 2026 EPS guidance to €11.20-€11.50 after strong cash generation.
- October 2026 partnerships with Voltus, Abu Dhabi DMT, and OMV broaden software sales.
What critics are saying
- January 2026 São Paulo sued Siemens over alleged CPTM train bid collusion.
- Healthineers spin-off depends on tax rulings and execution, despite August 2026 clearance.
- If BMW and AstraZeneca withhold data, Siemens' billion-euro industrial AI bet stalls.
What makes Siemens unique
- Siemens' 177-year installed base feeds its 2026 industrial AI and digital-twin products.
- Siemens Mobility delivered Amtrak Airo on September 30, 2026, proving U.S. rail execution.
- Siemens and NVIDIA expanded on January 6, 2026, building an industrial AI operating system.
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Benefits
Flexible Work Hours
Remote Work Options
Professional Development Budget
Company Equity
Mental Health Support
Wellness Program
Paid Vacation
Paid Sick Leave
Paid Holidays
Parental Leave
Employee Referral Bonus
Employee Discounts
Legal Services
Commuter Benefits
Meal Benefits
Bereavement Leave
Adoption Assistance
Childcare Support
Elder Care Support
Pet Insurance
Sabbatical Leave
Performance Bonus
Profit Sharing
Employee Stock Purchase Plan
Relocation Assistance
Tuition Reimbursement
Training Programs
Mentorship Program
Gym Membership
Home Office Stipend
Phone/Internet Stipend
Growth & Insights and Company News
6 month growth
5%1 year growth
5%2 year growth
5%Harju Elekter Group will sell part of its stake in Skeleton Technologies Group OÜ to Siemens International Holding B.V. for €5.7 million. The deal is expected to close this year. Harju Elekter first invested in the energy storage and supercapacitor developer in 2015. Skeleton has since grown into one of Europe's leading energy storage technology developers. The sale lets Harju Elekter fully recover its initial investment with a moderate return. It also gives the group more financial flexibility to fund future investment, growth, and dividends. Harju Elekter will stay a shareholder in Skeleton. It sees a possible full exit during 2028, subject to suitable opportunities and conditions.
Siemens has made a strategic investment in Skeleton Technologies and formed an exclusive partnership with the company, expanding its data centre portfolio. Skeleton makes high-power energy storage systems, specialising in supercapacitors that manage power spikes and peak shaving. Siemens has backed Skeleton as a technology partner since 2022 and as an investor since 2023. The deal adds supercapacitor technology to Siemens' electrical infrastructure offering for data centres, where nine of the top 10 global providers are customers. Peter Koerte, a member of the managing board of Siemens AG, said the move helps operators add AI capacity faster without waiting years for new grid infrastructure. Skeleton chief executive officer Taavi Madiberk said the company plans to become the world's largest provider of white-space power systems for AI data centres. The transactions await customary completion formalities.
Siemens and Galp Energia to digitalise renewable hydrogen project. Published: 9 October 2026 Siemens and Galp Energia are collaborating to digitalise GalpH2Park in Sines, Portugal. Once operations commence, the plant will be one of Europe's largest renewable hydrogen plants For the 100MW hydrogen facility in the first project phase, Siemens is deploying its hydrogen-industry software portfolio to enable smarter operations and optimise the plant's value. Digital twin. Siemens' Hydrogen Performance Suite (HPS), an advanced digital cockpit designed to continuously enhance renewable hydrogen plant operations, is central to the collaboration. The HPS features a predictive Digital Process Twin, a high-fidelity model built on physics-based modelling that delivers operational insights through real-time optimisation for faster, data-driven decision-making. To power the digital twin, Siemens deploys an integrated software stack for process modelling, data analytics, and real-time visualisation, translating plant data into insights for operators. By integrating the digital twin with live plant data and external sources, such as grid operators and energy markets, the HPS gives Galp's operators end-to-end visibility into their facility, enabling smarter production scheduling and optimised energy procurement. Siemens estimates that the HPS can deliver energy savings up to 15%, a significant lever for cost competitiveness and sustainability. Axel Lorenz, executive vice president, Automation Process Industries at Siemens, said, "GalpH2Park is a lighthouse for Europe's energy transition. We are convinced that digital innovation is the key to making renewable hydrogen economically viable and accelerating the decarbonization of industry. Siemens is turning this ambition into industrial reality, at scale." Reducing greenhouse gas emissions. Powered by renewable electricity sourced through long-term supply agreements and Galp's renewable generation capacity, the GalpH2Park plant can produce up to 15,000 tonnes of renewable hydrogen per year. This is expected to reduce greenhouse gas emissions by 110,000 tonnes of CO2, contributing to Portugal's and Europe's decarbonisation targets.
Amut adopts Siemens Industrial Edge platform. 2026-10-08 Amut has implemented Siemens Industrial Edge to collect, manage and analyse production data across its plants. The platform is intended to improve operational visibility, predictive maintenance and plant reliability. Amut has adopted the Siemens Industrial Edge platform as part of its digital transformation roadmap for recycling and plastics processing plants. The implementation is designed to improve the collection, management and analysis of production data, in response to industry requirements concerning sustainability, operational efficiency and process innovation. By bringing data processing capabilities directly to the production floor, the infrastructure supports real-time acquisition and analysis of information generated by plant operations. The platform is intended to meet industrial requirements for cybersecurity and the secure handling of operational data. According to Amut, it is designed to protect critical infrastructure against external threats and internal vulnerabilities. The investment also supports the company's objective of developing smarter, more efficient and more reliable solutions for recycling and plastics processing, while providing customers with data that can be used in day-to-day plant management. Real-time access to operating data. Amut's digital strategy has two principal objectives. The first is to make production data directly useful to customers by providing real-time visibility into energy consumption, production performance and key performance indicators, or KPIs. Advanced analytics and continuous monitoring are intended to give operators immediate insight into plant conditions. Access to this information can help users identify optimisation opportunities, improve operating efficiency and make decisions based on current production data. The platform is also intended to increase transparency by presenting information on plant performance and asset operation in a form that can support production management. The second objective is to improve plant reliability and make maintenance more effective and proactive. Advanced fault detection and diagnostic tools allow operators to identify potential issues before they develop into critical failures. This predictive approach is intended to reduce unplanned downtime and production interruptions. Earlier identification of developing faults can also support more targeted maintenance interventions. Instead of relying only on scheduled work or responding after a failure, maintenance teams can use operating data to determine when and where intervention may be required. Amut expects this approach to improve asset performance and the efficiency of maintenance activities throughout the plant lifecycle. Through the integration of Siemens Industrial Edge into its solutions, Amut aims to convert production data into operational information that can support efficiency, reliability and sustainability. The company states that it will continue developing digital technologies intended to provide measurable benefits throughout the full lifecycle of its recycling and plastics processing plants. Read more:
AMUT accelerates digital transformation with Siemens Industrial Edge. October 7, 2026 | As the plastics industry faces growing pressure to enhance sustainability, improve operational efficiency and drive innovation, AMUT has embraced digital transformation that delivers tangible value to customers and strengthens its competitive position in the global market. Recognising the increasing importance of data-driven manufacturing, AMUT has adopted the Siemens Industrial Edge platform to enhance the collection, management, and analysis of production data across its plants. This strategic investment is part of the company's digital transformation roadmap, aimed at delivering smarter, more efficient, and more reliable recycling and plastics processing solutions. The Siemens infrastructure brings advanced digital capabilities directly to the production floor, enabling real-time data acquisition and processing while maintaining high standards of cybersecurity. Designed to meet stringent industrial requirements, the platform ensures the secure handling of operational data, safeguarding critical infrastructure against both external threats and internal vulnerabilities. AMUT's digital strategy focuses on two key objectives. The first is to place data at the service of customers by providing real-time visibility into energy consumption, production performance, and key performance indicators (KPIs). Through advanced analytics and continuous monitoring, customers can gain immediate insights into plant operations, identify optimisation opportunities, improve efficiency, and make more informed decisions. The second objective is to increase plant reliability while making maintenance activities more effective and proactive. By leveraging advanced fault detection and diagnostic tools, operators can identify potential issues before they develop into critical failures. This predictive approach helps minimise unplanned downtime, reduce production interruptions, and enable more targeted and efficient maintenance interventions. By integrating Siemens Industrial Edge into its solutions, AMUT is reinforcing its commitment to innovation and digital excellence. The platform empowers customers with actionable insights, enhanced operational transparency, and improved asset performance, supporting their journey towards more efficient, sustainable, and competitive manufacturing operations. As digitalisation continues to reshape the plastics industry, AMUT remains focused on developing intelligent technologies that transform data into value, delivering measurable benefits throughout the entire lifecycle of its plants. About AMUT AMUT, established in 1958, is a global plastic processing, recycling and waste sorting & recovery systems designer and manufacturer. Over the years the company has evolved considerably providing customers with an increasingly extensive range of high-quality Extrusion and Recycling, turn-key plants and related Services. The world Headquarters and production facility is AMUT S.p.A. which are located in Novara (Italy). Candelù (Italy) completes the manufacturing sites. Operating globally, the offices and customer service centres are strategically located in U.S.A., Canada and South East Asia. This international presence is further enhanced through an efficient worldwide agent network. Learn more at www.amutgroup.com. Follow RecyclingInside on Linkedin www.linkedin.com/company/amutgroup and Youtube www.youtube.com/user/Amutspa AMUT is born in 1958 with the production of Extruders for plastics. Developing during the past years has now 2 main sectors where the company is operating: - Extrusion - Recycling The recycling sectors is... * October 7, 2026 * July 18, 2025