**What you’ll do:** As a Lead Engineer - Energy Systems, you will play a pivotal role in driving innovation and technology advancement in the areas of distributed energy management systems, grid intelligence, electric vehicle charging infrastructure, energy storage systems and alternative power generation and distribution. You will join a group of experienced engineers and utilize your technical excellence to lead projects and teams towards innovative solutions through simulations analysis, mechanical design, technology development and demonstration of cutting edge concepts. "As a Lead Engineer, you will: • Lead Projects: Take charge of small to medium projects or sections of larger initiatives including ideation, proposal preparation and concept development of innovative energy system solutions covering topics such as architecture studies; implementation of Digital Twins; advanced control and optimisation; protection algorithms and real-time simulation frameworks. Support the development and maintenance of test facilities and assets. • Plan & Coordinate: Work closely with other functions, including project management, to manage tasks and ensure milestone success by engaging cross-functional teams. Create technical reports and presentations for both internal and external stakeholders. • Work closely with mechanical, thermal, electrical, software and power electronics engineers to succesfully design and validate concepts. • Innovate, invent and secure critical intellectual property by driving patent filings and technology transfer to supporting business units. • Support Growth: Be a role model, providing technical support to junior colleagues. Work closely with external contributors and stakeholders (business units, universities, project partners and customers) " **Qualifications:** MSc. in Electrical Engineering or equivalent **Skills:** Solid experience in energy systems domain, Team lead experience highly beneficial "• Demonstrated experience in one or more of the following areas: DER/EV management, EV charging infrastructure integration, battery and energy management systems, grid automation and control, grid reliability and resiliency, DC distribution and microgrid control • Expertise in integration of generation and storage technologies into demonstration sites • Advanced data analytics skills to address the emerging R&D challenges in modern energy systems • Experience in Distribution System Operators and/or with Power management and distribution components is an advantage • Experience in the renewable energy sector is considered an advantage • Modeling and simulation, Hardware in the loop (Matlab, PSCAD, Opal-RT, RTDS), Communication protocols (CAN, MODBUS, TCP/IP, MQTT) • Hands-on experience with field or lab testing in some of those areas : inverters, energy storage systems, power converters and controllers • Demonstrated Program / Project Management skills • • Exceptional communication skills to collaborate with customers and internal stakeholders • Comfortable presenting technical content at all levels within the business • English both oral and written " "- Exceptional communication skills to collaborate with customers and internal stakeholders - Self-motivated problem solver with a proactive approach to overcoming challenges - Comfortable presenting technical content at all levels within the business - Personal qualities of consistency, credibility, empowerment, innovation, and commitment to the mission of the company. - Prepared to travel within the region and occasionally outside of it. - Excellent English both oral and written, German or Czech would be an advantage. - Willing to learn new skills, knowledge, industry, or products"