System Architect
Key Skills
Job Description
About The Job System Architect System Architect – EV Charging Systems (DC)Shape the Future of Sustainable Mobility At Siemens eMobility Charging, we are accelerating the transition to sustainable transportation through innovative EV charging infrastructure. As System Architect – EV Charging Systems, you will define the architecture of next-generation DC charging platforms used worldwide, driving innovation across hardware, software, power electronics, connectivity, cybersecurity, and energy management. Your Mission As the technical authority for EV charging systems, you will: Define and govern the architecture of DC charging products. Translate customer, market, and business needs into system requirements. Lead architecture decisions, trade-off analyses, and technology roadmaps. Align hardware, firmware, software, cloud, connectivity, and validation teams. Ensure compliance with industry standards, safety, cybersecurity, and certification requirements. Drive modularization, platform reuse, risk management, and system validation. Represent Siemens in technical reviews, customer engagements, and strategic partnerships. Mentor engineers and foster technical excellence. What You Bring Bachelor's or Master's degree in Electrical Engineering, Systems Engineering, Power Electronics, Embedded Systems, or related field. 10+ years in product development and 5+ years in system architecture or technical leadership roles. Experience with EV charging, power electronics, energy systems, industrial automation, or related technologies. Proven ability to lead complex multidisciplinary development programs. Technical Expertise Experience in several of the following areas: EV charging systems and charging topologies. Power conversion, rectifiers, and DC/DC converters. High-power electrical systems and thermal management. Embedded systems, real-time systems, and Embedded Linux. Communication protocols such as CAN, Modbus, Ethernet, MQTT, OCPP, and ISO 15118. Requirements engineering, system integration, interface management, and architecture governance. Compliance, cybersecurity, EMC, certification, and electrical safety. Model-Based System Engineering experience is a plus. Who You Are Think in systems and understand complex technical ecosystems. Influence stakeholders across multiple disciplines. Make sound decisions in complex environments. Communicate technical concepts clearly. Build trust through expertise and collaboration. Balance innovation with practical execution. Thrive in international environments and maintain a strong customer focus. Why Siemens eMobility Charging? Join a Global Team Creating The Infrastructure That Powers The Electric Mobility Revolution. At Siemens EMobility Charging, You Will Work With Leading Technologies, Talented Colleagues, And Customers Worldwide While Contributing To a More Sustainable Future And Make an impact: Influence the future of EV charging and sustainable mobility. Drive innovation: Work on cutting-edge charging technologies and future platform concepts. Shape strategy: Define system architectures, technology roadmaps, and key technical decisions. Grow your leadership: Collaborate with multidisciplinary experts and act as a technical authority. Learn continuously: Access Siemens' global learning and development resources. Enjoy flexibility: Join an inclusive, collaborative, and diverse work environment. Ready to make an impact? Apply today and help architect the future of mobility. Siemens is an equal opportunity employer. We believe diversity drives innovation and welcome applications from all backgrounds and experiences. @Recruitement Agencies: We are not engaging with recruitment agencies or search firms for this position. Unsolicited profiles, CVs, or candidate referrals submitted by agencies will not be accepted and will not be subject to any placement fees. Thank you for your understanding.
Core Responsibilities
Define and govern the architecture of DC EV charging products, translating customer and business needs into system requirements and guiding architecture decisions, roadmaps, and trade-off analyses. Coordinate multidisciplinary teams and ensure platform reuse, risk management, system validation, and compliance with safety, cybersecurity, and certification requirements.
Requirements
Requires a bachelor's or master's degree in electrical engineering, systems engineering, power electronics, embedded systems, or a related field, along with 10+ years of product development experience and 5+ years in system architecture or technical leadership. Candidates should have relevant experience in EV charging or related technologies and be able to lead complex multidisciplinary programs; expertise across several listed technical areas is expected, while Model-Based Systems Engineering is a plus.
Benefits
- Learning And Development Resources
- Flexible Work Environment
About Siemens eMobility
Industry: Appliances, Electrical, and Electronics Manufacturing
Company size: 501-1,000 employees
eMobility is crucial for achieving global climate goals. Siemens eMobility is dedicated to integrating it into everyday life, contributing to a more sustainable future. Our portfolio covers all aspects of smart and efficient DC charging infrastructure, including IoT-connected hardware, software, and a comprehensive service offering. We particularly focus on the growing eTruck and eBus segment, providing solutions for depot/fleet and public charging. Our customers include Charge Point Operators, OEMs, energy suppliers, and fleet operators. Together with these partners, we take a holistic approach to eMobility and provide comprehensive solutions tailored to every requirement. Siemens eMobility is one of the leading players in the field of charging infrastructure. With more than 18,000 chargers installed worldwide through more than 800 projects, Siemens' experience speaks for itself. In North America the eMobility business is operating under the commercial brand Heliox – A Siemens Business.