Python developer állások Németországban (mérnök)

• You will be technically responsible for the characterization of mixed‑signal ASICs, covering analog circuits, digital logic, and high‑speed interfaces.
• You plan and execute comprehensive characterization campaigns that validate performance across all operating corners.

• Designing and optimising ultra-low phase noise OCXO architectures for defence, aerospace and precisiontimingapplications.
• Developing oscillator circuits, sustaining amplifiers and thermal control systems to achieve phase noise and frequency stability performance.

You will develop a novel mathematical approach for the comprehensive modeling of pin winding systems (hairpin windings), thereby laying the foundation for innovative electric machine designs....

During your internship, you will work on a 3D scene editing pipeline using 3D Gaussian Splatting, Video Diffusion Models and semantic embeddings (CLIP/DINO)....

• Simulating physical phenomena and translating results into meaningful data
• Developing and refining signal processing algorithms for real-world applications
• Translating algorithms into efficient embedded implementations on resource-constrained hardware platforms

• 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

• Screen literature and open-source codebases
• Select suitable wave-optical propagation algorithms and approaches from in-house or open-source implementations
• Select relevant use cases and appropriate evaluation metrics

The mathematics behind the models. A model means exactly one thing, and it still means that after it reaches a solver. The algebra underneath is yours, and so is the call on what the engine should be able to express next and what it should refuse....

• Evaluation of different technologies in the field of cellular, NB-IoT and sub giga based communication standards
• Support the selecting process for MEMS and IMU's with focus on ultra-low power use cases

• Research study on state-of-the-art AI platforms and tools based on available commercial, open-source, in-house and academic field solutions
• Deep dive into our ASIC development process

• Your tasks include the preparation, execution, and evaluation of numerical flow simulations (CFD) in the field of hydraulic turbines.
• You support the selection of the meshing strategy, the numerical modeling, and the automation of the post-processing.

• Lead complex PCB redesign and electronics development projects from requirements definition through production release.
• Own the technical planning, execution, risk management, and tracking of electronics development activities.

• Active support for flashing and troubleshooting on remote Test Benches.
• Establishment of Test Benches for flashing and comprehensive testing purposes.
• Development of automation tools using Python, encompassing GUI and CLI applications.
• Preparation and delivery of ECU samples to designated Carlines

You take over the technical leadership for the digital design domain in ASIC projects, coordinating specification, development, and integration across all stakeholders and making key technical decisions....

Analyze and characterize typical shock and load cases in transport and handling processes for highly sensitive optical components through literature review, data analysis, and experimental investigations...

The design and development of innovative safety contracts will be your core focus, establishing formal runtime interfaces to ensure safe interaction between decision-making and control in autonomous systems....

Develop next-generation discrete ESD and TVS protection devices for high-speed, RF sensitive and automotive applications....

• You design filter coefficients for AWGN generation in Matlab with support from AI agents
• You verify the determined filter coefficients in a carrier aggregation scenario using unit tests
• You perform tests in a 5G/6G testbed using state-of-the-art Rohde & Schwarz test equipment

• 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

• Lab validation measurements of semiconductor Silicon Carbide (SiC) Diodes and MOSFETs
• Define test strategies, test limits, and parameter setups for SiC MOSFETs, diodes, and power devices based on device specifications and characterization targets. Document test strategies in work instructions