Junior control állások Németországban (it programozás, fejlesztés)

• FPGA implementation of signal processing and control algorithms for RF applications
• Configuration optimisation for AMD RFSoC-based high‑precision hardware platforms
• Analysis, design, verification, documentation and maintenance of Low Level RF and Multi Bunch Feedback systems

• Integration and programming of robotic manipulators (e.g. UR, Franka, or similar collaborative arms) and motion systems (e.g., gantries) in real operational environments
• Sensor integration and closed-loop feedback control, including force/torque sensing, vision systems, and real-time error detection

Collaborate with cross-silo Operations and business stakeholders to deliver firm managed strategic change initiatives impacting the MSESE group in a project management office capacity...

Implement and maintain the core software platform for self-driving lab systems, including the service layer, internal APIs, and data flow between subsystems...

Build enterprise cloud infrastructure that provides European data sovereignty and hyperscaler-grade capabilities. You'll work on SAP Cloud Infrastructure, solving complex distributed systems challenges at scale: multi-region networking, container orchestration, storage systems, and the APIs that...

• Conceptualizing secure workflows for international submission of sensitive medical imaging data
• Defining architectural concepts for the benchmarking and evaluation platform, including controlled and secure execution of externally submitted models

• Conducting tests as part of the software development lifecycle (SDLC), particularly during the initiation and feasibility phases
• Documenting processes, test results and relevant work steps

• You will build customized automation solutions for ZEISS customers that need support for special light microscopy applications.
• Typically, these solutions encompass a completely automated light microscopy workflow from image acquisition to the image analysis.

• Support the implementation, maintenance and continuous improvement of IT compliance and governance frameworks in line with regulatory requirements (e.g. DORA, ISO 27001)
• Monitor compliance with internal IT policies, procedures and external regulatory requirements (e.g. BaFin expectations)

• Support the Project Management Office (PMO) in structuring and maintaining project governance artifacts (e.g. plans, reports, templates)
• Prepare and maintain status reports, dashboards, and meeting documentation (e.g. minutes, action tracking)

• Own the IT compliance framework within the 2nd Line of Defense, reporting to the Deputy CISO.
• Define, maintain, and continuously enhance the target measure catalogue in alignment with internal security standards and regulatory requirements.

Own, define, and continuously evolve the Governance Documentation framework for Information Security within the CISO Office (2nd LoD), including policies, standards, procedures, work instructions, and process flows....

• Implement and optimise SAP S/4HANA Public Cloud solutions for customers in the public, energy utilities and manufacturing sector, focusing on Finance processes
• Conduct and evaluate Digital Discovery Assessments to identify customer needs

• power supply panels for 1100°C and 1600°C furnaces
• 2000-bar helium pressure generators
• cryostat test benches
• Investigation of the application of machine learning to control systems and predictive maintenance.

• Development and testing of audio signal processing systems
• Implementation, verification, and documentation of low-power real-time signal processing algorithms on DSP
• Hardware platform and digital logic design for signal processing systems

• Discussing and clarifying requirements with our internal domain experts
• Design and development of the algorithms that are optimized over various layers of our software stack
• Design and development of the software that interacts with specific hardware components

• Familiarize yourself with state-of-the-art methods in reliability modeling
• Develop modeling approaches for load-driven degradation data
• Implement and compare different modeling approaches to identify the most efficient method, taking statistical variation and measurement uncertainty into account

• Implement an MCP server running on embedded Linux (target: network switch platform)
• Interface status & counters (link, speed/duplex, errors, drops)
• MAC address table lookups
• ARP/neighbor information
• Routing table / L3 interface state (where applicable)

• Design and implement modern front-end interfaces for energy performance dashboards and AI-driven applications
• Develop interactive visualizations and compelling data storytelling components for business stakeholders

• You will build customized automation solutions for ZEISS customers that need support for special electron microscopy applications
• Typically, these solutions encompass a completely automated electron microscopy workflow from image acquisition to the image analysis