职位描述
As a Materials Expert in our innovation organization, your day will focus on creating novel, automated research environments that transform how advanced materials are designed, synthesized, tested, and evaluated for the energy industry. You will help establish and scale self-driven laboratories that combine AI-based materials design, robotic and automated experimentation, high-throughput characterization, data science, and closed-loop learning to accelerate discovery and reduce the time from concept to validation. In this role, you will shape the technical vision for autonomous materials R&D while also guiding the practical execution needed to turn that vision into robust laboratory capabilities, workflows, and decision-making processes. The ideal candidate is a recognized master in materials science with extensive experience in laboratory automation, data-driven research methods, and R&D process development. You will advise on self-driven lab concepts, define functional strategy, and guide interdisciplinary teams across materials science, automation, data science, software, controls, and engineering. By connecting deep materials expertise with autonomous experimentation and scalable research processes, you will help Siemens Energy build a capability that strengthens innovation, de-risks technology development, and supports the future of sustainable, reliable, and affordable energy.
How You'll Make an Impact
- Lead the development of novel, automated research environments that enable advanced materials to be designed, synthesized, tested, characterized, and evaluated with increasing levels of autonomy.
- Shape self-driven laboratory concepts by connecting materials science expertise with laboratory automation, robotics, high-throughput experimentation, data science, and AI-based materials design.
- Define and guide closed-loop R&D workflows that integrate experimental planning, automated execution, data capture, analysis, learning, and decision-making to accelerate materials discovery and validation.
- Translate strategic objectives into practical laboratory architectures, automation roadmaps, digital workflows, test methods, and scalable R&D processes that can be deployed across energy technology programs.
- Guide interdisciplinary teams across materials science, automation, data science, software, controls, engineering, and laboratory operations to move concepts from early ideation to robust technical execution.
- Apply deep materials science mastery to identify high-value use cases, define experimental priorities, interpret complex data, and ensure autonomous systems generate technically meaningful and actionable results.
- Establish standards for data quality, experimental traceability, safety, compliance, and reproducibility so automated research environments operate reliably and deliver trusted outcomes.
- Build a future-ready, Materials capability that strengthens innovation, reduces development risk, and accelerates materials solutions for sustainable, reliable, and affordable energy.
What You Bring
- PhD in Materials Science, Materials Engineering, Metallurgical Engineering, or a closely related technical discipline, with recognized expertise in advanced materials research, characterization, processing, and performance evaluation.
- Established reputation as a materials science expert, with demonstrated ability to define technical direction, influence R&D strategy, and provide authoritative guidance on complex materials challenges relevant to energy technologies.
- Extensive experience creating, modernizing, or scaling research laboratory environments, including automated experimentation, high-throughput workflows, robotic or programmable test systems, and digitally connected laboratory infrastructure.
- Strong understanding of data science applications in materials R&D, including experimental data management, statistical analysis, machine learning concepts, AI-enabled materials design, and closed-loop learning approaches.
- Proven ability to translate functional strategy into technical execution by defining laboratory architectures, automation roadmaps, digital workflows, test methods, data standards, and scalable R&D processes.
- Deep technical foundation in materials characterization, structure-property relationships, degradation mechanisms, processing effects, and performance validation, preferably for high-temperature, structural, coating, alloy, or energy-relevant materials systems.
- Experience guiding interdisciplinary teams across materials science, automation, data science, software, controls, engineering, and laboratory operations, with the credibility to align senior stakeholders and technical specialists around a shared vision.
- Excellent communication, mentoring, and influencing skills, with the ability to explain complex materials and autonomous R&D concepts to technical teams, business stakeholders, and leadership audiences.
About the Team
Our Corporate and Global Functions are essential in driving the company's strategic initiatives and ensuring operational excellence across various departments, business areas, and regions. These roles support our vision to become the most valued energy technology company in the world. As part of our team, you contribute to our vision by shaping the global energy transition, partnering with our internal and external stakeholders, and conducting business responsibly and in compliance with legal requirements and regulations.
Rewards
Equal Employment Opportunity Statement
Siemens Energy and Siemens Gamesa Renewable Energy is an Equal Opportunity and Affirmative Action Employer. All qualified applicants will receive consideration for employment without regard to their race, color, creed, religion, national origin, citizenship status, ancestry, sex, age, physical or mental disability unrelated to ability, marital status, family responsibilities, pregnancy, genetic information, sexual orientation, gender expression, gender identity, transgender, sex stereotyping, order of protection status, protected veteran or military status, or an unfavorable discharge from military service, and other categories protected by federal, state or local law.
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职位详情
关于 Siemens Energy
公司概况
西门子能源股份公司
总部德国慕尼黑
成立时间2020年
规模全球约有103,000名员工(来源:siemens-energy.com)。2025财年收入为390.77亿欧元(来源:siemens-energy.com)。
业务介绍
西门子能源是一家全球领先的能源技术公司,涵盖了能源价值链的几乎所有环节,从发电和供热、输电到储能(来源:siemens-energy.com)。公司提供广泛的产品和服务组合,包括燃气和蒸汽轮机、发电机、变压器、高压直流输电(HVDC)、电网技术,以及工业电气化和脱碳解决方案(来源:siemens-energy.com)。主要业务领域包括燃气服务、电网技术、工业转型以及西门子歌美飒,后者在风能领域占据重要地位(来源:siemens-energy.com)。西门子能源服务于全球的公用事业公司、电网运营商、工业企业、发电商和基础设施开发商,估计约六分之一的全球电力生产依赖于公司的技术(来源:siemens-energy.com)。
项目与业绩
近年来,西门子能源完成了众多重要项目,包括与Neptun Smulders Offshore Renewables合作,为50Hertz建设北海风电场接入德国电网的海上换流系统(来源:reuters.com)。2026年6月,公司赢得了50Hertz的North Sea Connector 2项目2GW海上订单(来源:energynews.pro)。另一个重大项目是连接苏格兰和英格兰的2GW HVDC链路Eastern Green Link 4,合同金额约30亿英镑,计划于2033年完成(来源:energynews.pro)。在蒸汽轮机领域,西门子能源与Babcock & Wilcox合作,为人工智能数据中心提供总计1GW的20台涡轮机(来源:finance.yahoo.com)。此外,公司为巴西海上油田的FPSO装置提供能源和气体压缩系统,客户为Petrobras(来源:finance.yahoo.com)。
在欧洲以外,西门子能源在阿曼参与两个2.6GW燃气电厂(Misfah和Duqm)的设备供应和维护(来源:energynews.pro)。2025年,公司与Fermi America达成两项总计2GW的能源项目协议,支持一个私有11GW的人工智能能源园区(来源:energynews.pro)。
最新动态
2026年,西门子能源显著提升了订单量,尤其是在燃气服务领域,第一季度预订了102台燃气轮机,并将12GW的现有预订协议转为订单,同时新增12GW预订(来源:siemens-energy.com)。2026财年的收入增长预期从11-13%上调至14-16%,调整前利润率目标也从10-12%提升,显示出强劲的市场需求和良好的执行力(来源:siemens-energy.com)。此外,西门子能源在北美投资10亿美元,创造高技能岗位,进一步扩大制造和工业布局(来源:siemens-energy.com)。
工作环境
西门子能源在工程、制造、项目管理、服务、数字化、销售、财务、人力资源和供应链管理等多个领域提供丰富的职业机会(来源:siemens-energy.com)。公司文化植根于其在90多个国家拥有约21,200个生产基地的全球布局,提供多样化的项目驱动和制造密集型岗位机会(来源:siemens-energy.com)。除总部慕尼黑外,佛罗里达州奥兰多也是重要的人才招聘基地(来源:siemens-energy.com)。所需专业技能涵盖机械与电气工程、能源系统、控制技术、软件开发、制造、项目管理、现场服务、采购及工业运营流程(来源:siemens-energy.com)。
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