Diákmunka trainee systemtest engineer trainee állások Németországban (mérnök)

• Decide for yourself which start date suits you best and when your permanent employment contract will begin.
• Design your program with up to 6 placements in agile product areas, corporate start-ups, or traditional line organizations.
• Get to know Bosch during a station abroad.

• Flexible Start Date: Choose the start date that works best for you and decide when your permanent employment contract begins.
• Customized Program: Design your program with 4-5 stations in agile product areas, corporate start-ups, or classic line organizations.

In 18-24 months, you will go through various stations in Germany and abroad, taking on responsible tasks in the areas of application, software services, software and function development (requirements engineering, function development, validation and verification, virtualization, big data, and...

• Conduct literature research on current interferometric methods
• Set up and carry out experiments
• Develop and implement novel algorithms
• Validate your results through simulations
• Document and present your findings

• The possibility to learn and implement cutting edge technology
• Interpersonal and interdisciplinary mentorship by experienced PhD-level experts
• A modern working environment enabling hybrid work by offering remote workdays
• An opportunity to join a growing company with many career options

• An opportunity to join a growing company with many career options
• Working hands-on with cutting-edge technology
• Interdisciplinary mentorship by experienced PhD-level experts
• A modern working environment, partial remote work is possible

• Decide for yourself which start date is best for you and when your permanent employment contract begins
• Design your program with up to 6 stations in different areas
• Get to know Bosch during a station abroad

• The possibility to learn and implement cutting edge technology
• Interpersonal and interdisciplinary mentorship by experienced PhD-level experts
• A modern working environment enabling hybrid work and remote workdays
• An opportunity to join a growing company with many career options

• The possibility to learn and implement cutting edge technology
• Interpersonal and interdisciplinary mentorship by experienced PhD-level experts
• A modern working environment enabling hybrid work and remote workdays
• An opportunity to join a growing company with many career options

• Develop and implement generative AI models for design optimization
• Integrate AI algorithms with Finite Element Method (FEM) and other simulation tools
• Analyze simulation results and propose design improvements
• Collaborate with engineers to automate optimization workflows

• Perform structural and dynamic simulations using LS-DYNA for automotive and battery applications, including vibration and dynamic load scenarios
• Conduct electro-thermal modeling in ANSYS Workbench and APDL
• Develop and optimize thermal management systems for Li-ion batteries

Supporting the advanced development team on a variety of projects that entail design, manufacturing, and testing of prototypes necessary to arrive at proof of concept for a novel eye implant technology...

Definition of key requirements for a primary power supply regarding input voltage conditions (derived from DO-160 G regulations), secondary supply including load variations, targeted buck converter efficiency and all monitoring and protections features...

• Design a framework to evaluate maturity levels of processes and tools
• Leverage the SCOR model to align with our global SCM structure
• Analyze existing processes and tools for digital readiness
• Create a capability matrix with clear rating criteria

• You support the team in overall project management incl. setup, coordination, tracking, analysis, and review
• You facilitate the planning, liaising and implementation of international projects incl. cooperation with internal & external parties or agencies

• Develop cutting-edge optical smart instruments and medical imaging devices, utilizing multiple optical sensing modalities with a focus on medical robotics applications
• Test concepts, core functionalities, and analyze data generated by optical sensing-based hardware and software

• 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

• Development of scripts for FE calculations in Python or MATLAB-
• Carrying out FE calculations
• Quasi-static and dynamic analyses
• Creation and integration of extended manufacturing boundary conditions
• Familiarization with FE models and improvement of model quality

• Evaluate most promising topological techniques (pixelated surfaces or shape deformation) for design optimization of metasurfaces
• Development of both methods and integration within internal software.
• Simulation and design on test metasurfaces for a given application

You describe and compare relevant manufacturing methods for radial runners and develop a selection matrix with criteria such as quality, cost, lead time, and risk. The matrix serves as a decision-making tool for the bid phase of a project....