Junior python állások Németországban (mérnök)

• You develop and optimize software for embedded systems based on STM32 microcontrollers using modern C++
• You design, implement and integrate low-level functions, hardware-related interfaces and sensor drivers (e.g. via I2C, SPI, UART, CAN, Ethernet)

• 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

• Define test strategies for new features, determining what to cover manually and what to automate.
• Conduct detailed testing of new features, considering how editors will use them. This includes judgment on audio processing quality and fidelity.

• Creating data pipelines (ETL) for measurement steps happening downstairs on the shop floor
• Applying analytical and statistical methods to data from our own production or field data at the customer. Presenting the outcome to stakeholders

• Develop and optimize optical assembly and packaging processes for photonic semiconductor devices
• Take technical ownership of assembly equipment, tooling and related measurement processes
• Work hands-on with lensed fibers, collimators, FAC and SAC lenses and other optical components

• 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

• System tuning & KPI boost: You analyze transfer data and optimize system performance to achieve capacity targets and minimize process variability.
• Seamless integration: You ensure seamless communication between the AMHS, production equipment, and higher-level control systems.

Further developing physics-based electrochemical battery models for dynamic charging and discharging applications, including impedance-capable and multi-particle model structures...

• Current-state analysis & data collection:Recording production value streams at the Tiengen site through time studies, interviews, and process walkthroughs.
• Process & material flow analysis:Identification of bottlenecks and waste along selected product families.

• Development of new ultrasound- and MRI-based elastography techniques for the quantitative investigation of tissue mechanics
• Development and optimisation of algorithms for image reconstruction and data analysis

• Developing and enhancing simulation environments using NVIDIA Omniverse Isaac Sim
• Integrating and evaluating the open-source autonomous driving framework Autoware
• Modeling autonomous logistics vehicles, sensor systems, and operational environments

Research and development in the field of distributed computing, communication, and control architectures and their hardware-oriented implementation based on Linux, ROS 2, and etcd – for modular space systems in the smartCASE project and for terrestrial application areas...

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

• Developing and testing concepts for medical robotics and robot-assisted surgery
• Evaluating concepts both in simulation and on real setups, getting hands-on experience with robotics in the medical field
• Conducting experiments in our robotics laboratory

• Develop and evaluate optical spectroscopy concepts for thin-film characterization with a focus on battery manufacturing processes
• Design and perform experiments to measure and model optical properties of thin films for inline metrology

Coordinate assigned development and DVT work packages for complex embedded electronics, assemblies, test environments and linked system interfaces from re-quirements clarification through verification evidence and handover to subsequent maturity or industrialization steps....

• Exciting projects in the space industry
• Application- and hardware-related development
• Implementation of test procedures/automated scenarios including system integration
• Carrying out different test procedures
• Cooperation in system integration

• As part of your doctoral research, you will be responsible for the development of test content for the characterization of inertial MEMS on wafer level.
• Your work will involve the design and characterization of inertial MEMS test chips in direction of Stiction and Robustness.

• 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