Elektromérnök állások Németországban egyetemi végzettséggel

• Development and implementation of power and control electronic boards for complex medical laser devices.
• Creation of electrical circuit and wiring diagrams for complex medical laser devices.

• Design and develop electrical systems for complex robotic systems
• Select and integrate electronic components (motors, drivers, sensors, power systems) for optimal performance
• Create schematics, PCB layouts, and wiring diagrams for production

• Lead pursuit engineering activities for automotive low voltage Lithium Ion batteries, Sodium Ion batteries, and super capacitors.
• Collaborate with automotive customers to understand their requirements and provide tailored electronic solutions.

• Ensure the availability of laser systems and minimise downtime by collaborating with laser engineers and scientists
• Develop, maintain, and troubleshoot electronic control systems for ultrafast laser systems
• Design and implement extensions and improvements to the control electronics

• Leading engineering projects incl. team lead for vehicle power net testing & vehicle diagnostic
• Plan, execute, document, publish & present status & results to internal & external customers
• Use tools like CANalyzer, CANoe, and data loggers to collect and analyze system data

• Plan, specify, and select instrumentation, electrical equipment, and control systems for pilot and laboratory facilities
• Design and review specifications, datasheets, and tender documents (incl. safety instrumentation, measurement & control systems, PLC/DCS, electrical infrastructure)

• Collaboration in the field of high-voltage battery development (EE System & Hardware) with a focus on EMC/EMI (electromagnetic compatibility/interference
• Development of project-specific and development-accompanying EMC tests
• Proficiency in using instrumentation to perform laboratory measurements

Develop innovative power electronics solutions for both, AC and DC systems, and help Eaton's products and services to differentiate and lead in the emerging market....

• Developing medium and high voltage cable accessories, including connectors, terminations, and joints for global markets
• Collaborating with global cross-functional teams, including manufacturing, portfolio management, quality department, and project management

• Development of VCSEL technology, including for data communication
• Innovative advancement and optimization of VCSEL component properties
• Integration of VCSELs into novel applications through close collaboration with process development and manufacturing interfaces

• Designing and developing integrated photonic systems and components.
• Collaborating with cross-functional teams to define system requirements and specifications.
• Identification and assessment of project risks and development of countermeasures

• Help development Engineers to select the right FPGA technologies and components for their next design.
• You will be responsible for growing our FPGA market share in Germany in cooperation with our team of German and EMEA FPGA FAEs.
• Be involved in many different development projects of our customers

• Help development Engineers to select the right FPGA technologies and components for their next design.
• You will be responsible for growing our FPGA market share in Germany in cooperation with our team of German and EMEA FPGA FAEs.
• Be involved in many different development projects of our customers

• Ensure compliance with industry standards, safety & environmental regulations and best practices.
• Perform regular technical assessments to identify opportunities, prioritize them and support locations on monitoring and closing gaps identified.

• verify mixed-signal designs on block and system level resting upon formal and functional verification
• interpret product requirements to create the verification concept and the product verification specification
• perform random-constraint testbenches according to the state of the art

Develop high performance analog / mixed-signal architectures & circuits from initial concept through prototype approval and until production ramp, including design for: manufacturability, yield, test, and reliability...