Python program állások Németországban (programozó, fejlesztő)

• Designing and delivering engineering solutions for our businesses and customers
• Enhancing our infrastructure capabilities and functions with new and fresh ideas
• Performing and improving QA and Test Automation frameworks

• Developing and maintaining tools for software development and testing (e.g. in Rust, Python or C/C++)
• Building and extending simulations to support software development and verification
• Developing and automating software tests, including Hardware-in-the-Loop tests

• Designing and implementing novel human-computer interaction concepts
• Developing prototypes using modern hardware, sensors, and software tools
• Exploring eye-tracking-based interaction techniques and user interfaces
• Conducting user studies and evaluating interaction concepts

Own systems end to end: Design, build and run features across frontend and backend, from technical approach through deployment and support in production....

• Design and develop software for our test and simulation framework (TSF) in ADA and C++
• Development of Avionic Simulations for our desktop virtual rig environment (MaTE DTVR)
• Design and Development of automated developer tests (unit / module tests) as well as execution of code reviews

• Develop an efficient and reproducible workflow for application-oriented machine learning solutions.
• Be involved in sample preparation and data acquisition in the laboratory for full data ownership

Our Software Development Engineer (SDE) interns use modern technology to solve complex problems while seeing their work's impact first-hand. You will own the entire lifecycle of your code - from design through deployment and ongoing operations. Key responsibilities include: collaborating with...

• Discussing and clarifying requirements with our internal domain experts
• Breaking requirements down into manageable work packages, estimating effort, and identifying technical dependencies
• Designing and developing algorithms that span and are optimized across various layers of our software stack

• 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

• Development of mathematical models to describe cellular dynamics
• Implementation of the models in a suitable programming environment
• Simulation of cellular dynamics within complex 3D structures
• Application of the computer model as a virtual bridge between in vitro and in vivo studies