Python programmer állások Németországban (mérnök)

• Develop and maintain embedded software for ARM-based SoC and FPGA control platforms.
• Configure and integrate embedded Linux/PetaLinux, including board-support packages, bootloaders, device trees and peripheral drivers.

• Hands-on development of applications for in-line metrology & inspection in semiconductor manufacturing by using ZEISS' FIB-SEM technology.
• Operate the FIB-SEM systems in the customers' clean room
• Be part of the engineering team and help development of FIB – SEM technology.

• Hands-on development of applications for in-line metrology & inspection in semiconductor manufacturing by using ZEISS' FIB-SEM technology.
• Operate the FIB-SEM systems in the customers' clean room
• Be part of the engineering team and help development of FIB – SEM technology.

• You support an advanced development team in the design, prototyping, and testing of an innovative eye implant
• Prepare and conduct mechanical and functional tests using laboratory test equipment

Drive End-to-End Robotics Deployment: As a Chief Expert Robotics, you will lead the technical implementation and architecture of advanced robotic systems by translating complex algorithms into reliable, production-ready hardware and software solutions....

• Work as part of an interdisciplinary team of advisors and engineers alongside other experts to support delivery of T&D infrastructure projects.
• Contribute to, and lead, the design of HVAC and/or HVDC packages trough all design stages from concept to construction and hand-over.

• Research and identify suitable prediction approaches, including kinematic and dynamic models, Kalman filters, regression techniques, data-driven methods, and hybrid approaches
• Implement prototypes in Python and integrate selected methods into C++ applications where appropriate

• Combine your studies with hands-on experience as an intern or working student to support applied research and prototyping in medical soft-body simulation for six months or longer
• Implement and validate soft-tissue deformation models using real patient data to build and validate simulation pipelines.

• You develop advanced algorithms for the analysis, control, protection, and optimization of industrial grids and microgrids
• You validate concepts through simulation, software prototypes, and demonstrators

• An opportunity to build the foundation for next-generation products
• The possibility to learn and implement cutting edge 3D computer vision methods
• Mentorship by experienced PhD-level experts
• The option to write a master thesis following the internship

• Hands-on development of applications for in-line metrology & inspection in semiconductor manufacturing by using ZEISS' FIB-SEM technology.
• Operate the FIB-SEM systems in the customers' clean room
• Be part of the engineering team and help development of FIB – SEM technology.

As a (Sr.) Quality Lab Engineer, you will define reliability test systems, lead the development of required electronic boards, perform electrical and reliability testing, optimize test methods, train operational staff, and oversee after‑care activities such as service and maintenance....

• development of physics-guided machine-learning models for composition-process-structure-property relationships in magnesium alloys
• combination of crystal plasticity, phase-field, precipitation, and machine-learning approaches into a unified digital twin framework

In this position, you take technical responsibility for the digital design scope in ASIC projects, coordinating specification, development, and integration across all stakeholders. You align requirements, structure execution, and drive key technical decisions to ensure a robust and consistent...

• Develop, test and implement robotics and automation solutions that support intelligent manufacturing processes
• Design, integrate and validate end effectors, sensors, vision systems and other robotics components for industrial applications

• Further development of ESO's Requirements Management Tool.
• Support the Configuration & Asset Management for the ELT.
• Automation of hardware configuration and documentation management by using AI/ML.
• Support the Verification Management for the ELT.

• Development of FPGA/SoC-based digital designs for the control and readout of complex, robust laser systems
• Ownership of the full FPGA/SoC development lifecycle: from requirements definition and system architecture through RTL implementation, simulation and prototyping to a qualified product

• Investigation of power system switching/lightning transients, insulation coordination, resonance (SSR, SSTI) and converter-driven stability
• Acquisition and execution of power system studies related to EMT