Mérnök projektmenedzser állások Németországban (mérnök)

• You coordinate directly with the Business Unit Manager.
• You take overall technical responsibility for all projects within the Business Unit Boeing.
• You own the system architecture and define the technical solution strategy.
• You lead and coordinate interdisciplinary engineering teams.

• Perform detailed stress analysis of aerospace structures and components using both classical hand calculations and advanced finite element methods (FEM), mostly of CFRP structures
• Identify failure scenarios and collaborate with design engineers to review and optimize structural designs

• Technical support interface (HW/SW/Optics) for Engineering, Marketing, Product Management, and customers
• Performance analysis and system validation of ams OSRAM and competitive products

• Structural stress analysis are performed and evaluated using both FEM methods and classical hand calculations
• The Structural Repair Manual (SRM) is used on a regular basis, with relevant references being confidently incorporated into analyses and repair assessments

• Design and implement end‑to‑end AI pipelines for time‑series and event‑driven sensor data (e.g., pressure, temperature, current, voltage, etc.)
• Combine physical models with data‑driven approaches (hybrid / physics‑informed machine learning) to improve robustness and interpretability

• Project Management of ERIG obligations in ongoing EU funded projects concerning the role of gas in the energy transition and hydrogen
• Facilitate new publicly funded European projects to these topics

• 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

• 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

• Development of software concepts and software architecture including exception handling for fast feedback systems of the PETRA IV project
• Review of software requirements, design and functionalities for the PETRA IV project

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...

• 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

Lead the development of our COPVs: Drive projects that push composite and metal materials to their limits from prototype tanks through to their serial production....

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....

• Lead the development and consistent application of technical risk management processes (FMEA: DFMEA, SFMEA, PFMEA) across all project phases.
• Drive digitalization of risk management through tools like cloud-based FMEA platforms, dashboards, and automated tracking systems.

• Coordination of the R&D activities for the team in Deutschlandsberg
• Work on and push the Business Developement for PTC SMD and USS Modules
• Close cooperation with the R&D Center and material development e.g. for leadfree ceramics
• Strategy development for new and existing products

• Evaluate optical designs for mobile imaging applications and provide constructive feedback for enhancements and design guidelines.
• Develop and accurately predict the performance of complex miniaturized optical systems

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...

• 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.

• Introducing products (power semiconductors, magnetic components, thermal components, mechanical components and so on) of our suppliers to customers
• Understanding the advantage and highlights of our products and technically convince customer to use our products

Supporting communication within the project environment and actively contributing to the digitalization of work processes, including task management in MS Teams and Dalux...