Technical support engineer trainee - student work állások, munkák it programozás, fejlesztés területen

• Hands-on experience building foundations for realtime simulation systems
• The chance to learn, implement and extend state-of-the-art simulation methods (XPBD, advanced constraint solvers, hybrid models)
• Mentorship from PhD-level researchers

Work Directly With Customers Providing Expertise On Veeva’s Applications And Platform Configure Veeva Software Under The Guidance Of Experienced Architects And Project Leads Collaboration In Teams To Help Implement And Optimize Veeva Software By Contributing In Key Roles Including Project...

YOUR ROLE With us, you have the opportunity to perfectly combine your studies with practical experience while actively contributing to exciting projects. This allows you to gain valuable skills, expand your network, and grow both professionally and personally. WANT TO DRIVE THE NEXT GENERATION OF...

• Conducting tests as part of the software development lifecycle (SDLC), particularly during the initiation and feasibility phases
• Documenting processes, test results and relevant work steps

• An opportunity to build the foundation for next-generation products
• The possibility to conceptualize and implement interaction design and to prototype with new hardware and sensors
• Mentorship by experienced PhD-level experts
• The option to write a master thesis following an internship position

Development of tools for parsing, analyzing, and visualizing sensor data Maintenance of code repositories including version control, code reviews, and documentation Support and management of CI/CD pipelines, software releases, and automated testing Development and deployment of software solutions...

• You will build customized automation solutions for ZEISS customers that need support for special light microscopy applications.
• Typically, these solutions encompass a completely automated light microscopy workflow from image acquisition to the image analysis.

• An agile work environment with the possibility to work on various tasks for frontier research on medical applications
• A dynamic, motivated, diverse team with a large and active student community
• A modern office culture mixed with flexible working hours

• Familiarize with the state-of-the-art in pose estimation and tracking applications
• Development of the hardware experimental setup based on the use-case
• Implementation of prototype solutions relying on methods from both geometric and/ or deep learning methods in computer vision and robotics

• What you'll work on:
• Supporting the setup and development of a ZEISS internal startup approach
• Contributing ideas on how to define guardrails for “Startup @ ZEISS”
• Supporting the design of an AI first Operating Model

• You will build customized automation solutions for ZEISS customers that need support for special electron microscopy applications
• Typically, these solutions encompass a completely automated electron microscopy workflow from image acquisition to the image analysis

• Autonomous analysis and documentation of client lifecycle and onboarding processes
• Encouraging innovation and maintaining links with different group departments
• Assisting in gathering and structuring business requirements in collaboration with business and IT stakeholders

• Design, implement, and manage document embedding storage solutions
• Develop and optimize processes for efficient information extraction from documents, including handling complex nested structures, to create
• and populate databases for our advanced chatbot applications

• Contribute to research on video-based machine learning methods
• Develop and evaluate models for semantic video understanding (e.g., Object interaction in video, dynamic scene understanding, semantic segmentation)
• Work with real-world datasets and problem settings from ZEISS applications

• Implement an MCP server running on embedded Linux (target: network switch platform)
• Interface status & counters (link, speed/duplex, errors, drops)
• MAC address table lookups
• ARP/neighbor information
• Routing table / L3 interface state (where applicable)

• An opportunity to build the foundation for next-generation products
• The possibility to conceptualize and implement interaction design and to prototype with new hardware and sensors
• Mentorship by experienced PhD-level experts
• The option to write a Master's thesis following your internship

• Algorithmic Development: Implement and evaluate state-of-the-art motion planning and control approaches for highly unstructured environments
• Software Engineering: Develop, refactor and maintain motion generation pipelines building blocks in a large robotics codebase

You will work on research problems at the intersection of vision, language, and structured data, with a focus on developing models that can understand complex real-world scenarios such as surgical workflows...