Python állások Németországban (mérnök)

Development and implementation of test procedures in powertrain simulation environments using Python, for the validation of drivability and operating strategy scopes...

• Develop and evaluate new telemetry algorithms for functional cochlear implant verification and for advanced fitting
• Collect and analyze relevant data
• Generate relevant product specifications
• Cooperate with other internal departments and with external partners

As a 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....

• Design, implement, and analyse high- and low-resolution ocean simulations based on the ICON modeling framework
• Explore parameter and structural uncertainties in the model affecting biogeochemical processes
• Develop workflows for systematic model evaluation and benchmarking

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....

• You will contribute to the development of high-end EUV lithography systems, thereby preparing the technological foundation for future microchip generations.
• In the project team, you will work on strategies to ensure the precise relative positioning of optical components

Your tasks Your tasks Support the setup, execution, and documentation of hardware and driver tests for Utimaco products. Test hardware-related software components and drivers across multiple operating systems, such as Linux, Windows, and other relevant environments. Assist in validating the...

Design, develop, and maintain AI agents for manufacturing use cases (e.g. quality inspection, anomaly detection, process optimisation), using machine learning, deep learning, GenAI, rules, and reasoning....

• Operation, maintenance, and support of the demonstrator during test campaigns and demonstrations
• Extension and maintenance of the state machine orchestrating the robot's behavior
• Maintenance and improvement of the motion planning stack

• Screen and summarize scientific literature
• Develop prototype setups through simulation and experimentation
• Test hypothesis by planning and carrying out measurements
• Develop and implement algorithms to interpret sensor data
• Present your results at regular intervals
• Document your findings

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

• Development of software tools for analysis of measurement data from the photon diagnostic devices.
• Support data analysis with the objective of characterizing the X-ray beam and calculate SASE spectral information based on the acquired data.
• Support group with hardware and cable assembly.

• 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.

• 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

As a PhD candidate, your tasks will include investigating how foundation models can be effectively applied in industrial reality. To this end, you will develop innovative methods for adaptation, validation, and deployment....

• Design, maintain and deploy scalable, end-to-end training pipelines, including hyperparameter optimization
• Transfer control policies from simulation to real robotic hardware
• Integrate learned policies into a full-stack robotic system, including perception, planning, and actuation

• Implement and evaluate state-of-the-art motion planning and control approaches for highly unstructured environments
• Develop, refactor and maintain motion generation pipelines building blocks in a large robotics codebase
• Test approaches on real hardware in greenhouses

• Own and manage the fab CIM ecosystem, including MES transformation and factory automation systems
• Oversee equipment integration and communications across manufacturing systems
• Define and execute the strategic roadmap for manufacturing systems within a high-volume wafer fab environment

• Conducting literature research on technical topics
• Researching and selecting suitable simulation tools and methods
• Contributing to the design of a simulation environment for virtual vehicle control units of the next generation of Mercedes-Benz vehicles

• Software development and programming for control systems in the power generation sector
• Commissioning and testing of software in applications and systems
• Maintenance and upkeep of application software
• Assisting the sales support team