18 Student English-speaking jobs in Stuttgart

Part-time working student role supporting the IT team with Microsoft 365. You will be the first contact for user requests, implementing small changes in Teams, SharePoint, and OneDrive. Requires enrollment in an IT-related bachelor's or master's program.

Support research at the intersection of quantum computing and machine learning. Develop and evaluate tensor network algorithms for data analysis, contributing to scientific publications. Requires Python/PyTorch skills and knowledge of linear algebra.

Support the Quantum Lab by maintaining and developing demonstrators, contributing to experimental setups, and communicating quantum computing concepts to diverse audiences. Students in physics, math, or CS are encouraged to apply.

Student project to develop a PEM fuel cell stack model simulating cracks in gas diffusion layers. The work involves model enhancement, fluid flow/electrochemistry identification, and simulation data evaluation.

Master's thesis focusing on developing a robust mapping framework for autonomous outdoor navigation. The role involves handling localization uncertainty, dynamic obstacles, and long-term map changes using ROS2 and C++.

Develop a global pointcloud mapping pipeline using filtering and matching for long-term SLAM in outdoor mobile robotics. Implement the solution in ROS2/C++ for dynamic environments.

Internship in Digital & Integrated Production Solutions. Integrate digital production solutions, implement proof-of-concepts, and configure automation using tools like Node-RED. Requires studies in Engineering or related fields.

Internship in Machine Learning and Data Science for 6 months starting Feb/Mar 2027. Develop and validate AI methods in Python, analyze technical data, and support proof-of-concept development. Requires a degree in a related field and foundational ML knowledge.

Internship in Product Development focusing on Hardware and Firmware for Automotive Prototyping using microcontrollers. Tasks include CAN/LIN communication, eMobility high-voltage analysis, validation, and simulation. Requires Electronics or Mechatronic major.

Mandatory Internship focusing on Automotive Networking Innovation and Software-Defined Vehicle Technologies. Contribute to PoCs, analyze SDN, TSN, and Ethernet, and design demonstrator applications.

Thesis in Product Development (6 months from March 2027) focusing on hardware and firmware development for Automotive Prototyping using microcontrollers. Tasks include CAN/LIN communication, eMobility high-voltage analysis, validation, and simulation. Requires Electronics or Mechatronic major.

Support research at the intersection of quantum computing and machine learning. Develop and evaluate tensor network algorithms for data analysis. Requires Python, PyTorch, and knowledge of linear algebra.

Investigate the topographical behavior and electrochemical influence of cracked gas diffusion layers in PEM fuel cells to define defect tolerances. Requires enrollment in a technical/natural science program and knowledge of energy technologies or porous media.

Working Student role in Automotive Electronics focusing on value engineering for compute, control, and power electronics. Candidates should study related engineering fields and have an interest in electric mobility.

Develop a PEM fuel cell stack model to simulate cracks in gas diffusion layers (GDLs). The project involves literature review, model enhancement (geometry, fluid flow, electrochemistry), and systematic simulation data evaluation.

Thesis role focusing on the techno-economic evaluation of vehicle propulsion technologies. Tasks include literature research, developing assessment methodologies, and evaluating future technology innovation potential within the Vehicle Systems Project House.

Internship focusing on Machine Learning for Energy-Efficient Vehicle Control and Thermal Management. Tasks include data analysis, surrogate model development, and implementing ML algorithms in Python. Requires a degree in a relevant technical field and basic ML knowledge.

Study/final thesis on Dynamic Obstacle Prediction for Autonomous Outdoor Navigation. Focus on developing and integrating robust prediction algorithms into ROS2 costmaps for mobile robots.