Cam programozó állások, munkák Németországban

• Design our software, analyze problems and implement your solutions independently focusing on C++ development and network protocols
• Develop complex software modules together with our agile development teams

• Technical project manager / system integrator for MV/HV power supply projects
• Develop plant power supply single line diagrams
• Sizing of distribution transformers
• Selection of MV and HV switchgears and cables
• Develop substation SCADA protection concepts

Use your Kubernetes and Go expertise to contribute to Gardener's core components – the foundational building blocks that enable Gardener to manage thousands of Kubernetes clusters across various cloud providers....

• Leading design of the vehicle mechanisms through design phases until qualification and acceptance
• Requirements definition for vehicle mechanisms
• Driving trade studies, manufacturing optimization and performance for mechanisms

• You develop innovative power semiconductor components (Si Power MOSFETs) for future applications in automotive electronics.
• You precisely characterize power semiconductor devices and verify compliance with specifications.

Responsible for the whole vehicle and components design, development, and technical research of electric ride-on and electric pedestrian warehouse forklifts...

Your responsibilities will encompass overseeing the launch of the ESC in 2025, working closely with global AWS teams, and influencing the evolution of AWS services and technology. A typical day in this role involves collaborating with technology leaders, contributing to the enhancement of...

• 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.

• Leading the design, development, and technical research of electric forklifts and intelligent safety systems.
• Conducting in-depth studies on drive systems, hydraulic systems, control systems to meet high standards in safety, efficiency, and environmental performance

• You provide technical support and monitoring of the assigned ships
• You ensure compliance with classification and flag state regulations as well as international safety and environmental standards (ISM, ISPS, MLC)

• Product requirement & verification definition efforts
• Hardware design and development from concept to manufacturing drawings
• Integration of designs into global assemblies
• Maintenance & improvement of design and production engineering processes

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• Design and implement high-performance software components for complex distributed systems, focusing on C++ development and advanced network protocols.
• Develop features aligned with the product roadmap and implement custom solutions for individual customer requirements.

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...

Build, operate and track digital campaigns across LinkedIn and Google Ads – retargeting, email automation, social media – including campaign setup, workflow implementation, lead nurturing...

• Review customer specifications, industry standards, regulatory standards and internal design guidelines to establish product electrical requirements.
• Performs the requirement analysis and validation planning activities in accordance with automotive functional safety and ASPICE processes.

• Development and design of our complex custom-built machines for Life Sciences customers
• Conceptual system development in cooperation with electrical engineering and automation teams
• Design of assemblies, machine elements, components, and modules using CAD tools (SolidWorks / Siemens NX / AutoCAD)

• Defining the technology roadmap for 77 GHz automotive radar antennas and waveguide-based solutions
• Architect next‑generation radar antenna systems, including array concepts, feeding structures, and integration strategies