Junior állások Németországban (mérnök)

• Gewerkeübergreifende Arbeiten als Elektromeister im Gebäudebetrieb
• Enge Zusammenarbeit mit direkten Kollegen in der Haustechnik
• Durchführung, Begleitung und Unterstützung der Wartung, Reparatur und Instandsetzung von gebäudetechnischen Anlagen

• Recording customer requirements and formalising them into system requirements
• Refining device requirements
• Monitoring project status using configuration management tools such as Jira and Confluence
• Preparing for and participating in workshops with stakeholders

• Implementation of software components in helicopter simulations
• Integration of software components into the overall system
• Definition and execution of integration tests
• Creation of the documentation under consideration of project specifications

• Management and development of a highly qualified team of engineers in the field of ELV&LSS
• Responsible for the planning, implementation and supervision of projects in the field of electrical low voltage and security systems.

Lead and develop a global, functional engineering organization with a harmonized, end-to-end product development process....

• Lead and develop a team of senior discipline directors and managers within a complex, multi-disciplinary EPC engineering environment.
• Drive engineering performance, resource and capacity planning, and operational excellence to meet quality, schedule, and cost targets.

• Provide theoretical and practical support for the installation of SAFRAN engines in the helicopter manufacturer's final assembly line
• Issue and manage airworthiness certificates, including the maintenance and update of engine logbooks

• Develop detailed project plans with defined timelines, work packages and milestones
• Act as the primary liaison between project sponsors as well as internal and external project participants
• Prepare training material and execute trainings preparing employees for upcoming changes

• Develop and define the global product strategy for the Industrial segment as an integral part of the company and business strategy, and ensure successful implementation across all regions
• Analyze and evaluate global and local market potentials, identify target customers and growth opportunities

• Support the planning and delivery of business and operational projects across our global sites
• Contribute to process improvement, system optimisation and business efficiency, learning from experienced teams on site

• Support the planning and delivery of engineering and operational projects across our global sites
• Contribute to process improvement, system optimisation and business efficiency, learning from experienced teams on site

• Supporting activities along the entire OSH value chain, from the collection and analysis of safety-related data to the preparation of preventive measures, follow-ups, and reporting
• Assisting in the maintenance, analysis, and further development of OSH documentation, standards, and guidelines

• You implement numerical simulation methods and their applications for large scale power systems.
• You develop high performance algorithms for dynamic simulation taking also advantage of hardware-based acceleration techniques such as FPGA or GPU.

• Development of robust, real‑time-capable controllers and online estimation of vehicle states
• Design and implementation of model‑ and data‑driven observers for environment estimation

• Develop and implement quality management strategies and policies to ensure compliance with industry standards and regulations.
• Develop the company's Quality Management System to ensure it conforms with the customer, ISO 9001, ISO 14001, IATF16949, and regulatory/legal requirements.

Design, develop, and advance high‑performance optical thin‑film coatings for DUV, UV, VIS, and NIR applications used in next‑generation semiconductor inspection systems....

• Develop novel ALD coating processes for optics and photonics applications
• Initiate and contribute to the design and specification of new coating equipment
• Demonstrate ALD machine capabilities through targeted demo coatings for customers, partners, and internal stakeholders

• Build up basic knowledge on mechanic and thermal behavior MEMS components, supported through analytical and numerical models
• Development of a system model for describing thermomechanical behavior of the system (Python or Matlab)

• Design, program, test, and commission PLC-based control systems for the shipping industry
• Creation of system and software architecture in CODESYS
• Development of standardized function blocks
• Interface clarification with external systems
• Execution of module and integration tests
• Technical documentation

• Coordinate activities for the transfer of new products into manufacturing.
• Close collaboration with manufacturing, engineering, purchasing and quality as part of the project lifecycle and post release of a product.
• Ensure PPAP compliance, including First Article Inspection (FAI).