Development állások Külföldön (speciális mérnöki területek)

• Develop new and improve existing gas turbine instrumentation.
• Analyze new engine requirements, project tenders, and customer contracts; consolidate instrumentation needs.

• Start Date: 16 February 2026
• Latest Possible Start Date: 16 March 2026
• Planned Duration: 12 months
• Extension: Very likely (approved budget)
• Location: Rotkreuz
• Workload: 100%
• Home Office: Yes, less than 50%
• Team Size: 28 people
• Department: Design Control Excellence CH (DSRSPC)

• Take a hands-on role in designing, building, and operating high-power cryogenic laser systems
• Shape the technology that enables the next leap in fusion research
• Drive experimental characterization and laser diagnostics
• Keep our cutting-edge labs running at the highest level of precision and safety

• Drive research on cryogenic high-power laser amplifiers and advanced system design
• Develop and operate record-breaking laser systems for fusion applications
• Publish experimental results and present at international conferences
• Mentor young scientists and engineers in a dynamic team

• Building an internal startup and drive prototype and product development Interact with key internal and external stakeholders and future customers to understand product requirements
• Shape startup like development and business building environment

• Produce polymer to support membrane production
• Scale-up polymer production
• Design and Implementation of new reactors
• Prepare and analyze polymers
• Perform mechanical and physicochemical tests for AEM
• Operate laboratory equipment and ensure proper maintenance

• Driving locally disciplinary and globally technically the Raw Data Processing development (incl. planning, concept & verification)
• Leading and developing a high-performing international team, fostering individual growth and technical excellence

• Design-Lead of the satellite's Avionics architecture
• Definition and development of the Avionics architecture of the satellite (initial sizing and trade-offs, interface budgets, and hardware performance)

Strategic responsibility for the conceptual system architecture of industrial manufacturing and production platforms, in close collaboration with customers in the Life Sciences and Pharma industries, integrating automation, digital systems, data, and physical equipment...

• Conceptual design and programming of test procedures in powertrain simulation environments using Python
• Continuous comparison of test procedures with other test resources such as powertrain test benches or test vehicles

• The SHE Specialist reports directly to the SHE Manager of Wittenberg.
• Responsible for reviewing, implementing and monitoring the effectiveness of safety, health and environmental (SHE) measures at the site.

• Exciting projects in the field of software development in the aerospace industry
• Many fields of activity in the area of application or hardware-related development
• Participation in the design and development of complex software
• Carrying out different test procedures
• Cooperation in system integration

Lead the development of the future: Drive projects that push composite materials and processes to their limits from prototype through serial production....

• Technical Support: Provide expert technical services to customers, leveraging extensive knowledge to differentiate from competitors.
• Product Support: Address inquiries related to Product and Application Engineering in Eastern and Central Europe.

Acting as an individual contributor in projects related to injection moulding design, leading the implementation and documentation of new processes from 3D model to final component....

• Check and plan technical interventions by reviewing manuals, reference documents and required qualifications as well as identify the necessary tools, spare parts and documentation
• Support to prepare technical estimates when needed and carry out repair or maintenance work off-site

Rapid and efficient architecture exploration facilitates making crucial design decisions during early phases of modern System-on-Chip (SoC) development. Furthermore, verifying automotive SoC using real-field scenarios is still needed to ensure quality and reliability. The goal of this study is to...

• Rapidly develop a deep understanding in the state-of-the-art in thin film thickness measurements
• Learn to directly lease with stakeholders to understand user needs and evaluate solutions from technical and business perspectives

• Develop and integrate cutting-edge machine learning algorithms for future surgical imaging devices, utilizing multiple optical imaging modalities
• Work in a streamlined manner from a concept phase all the way to production-ready solutions

• You develop optical systems for cinematography.
• You conduct optical design studies, including design and tolerance analysis, to ensure the quality of our products.
• You work on the further development of our models and methods to optimize system performance.