Junior programozó állások Németországban (mérnök)

• Support the Client in planning, coordinating, and executing Certification and Authorization activities for railway vehicles and subsystems.
• Prepare, review, and validate technical documentation required for certification dossiers (Technical File, Safety Case, Declarations of Verification, etc.).

Responsibility for the sustainable and timely certification and approvals of devices across four Business Units—particularly in the areas of diamond drilling and cutting, dust management, measuring and fastening tools with various drive systems, robotics, as well as wireless and IT products...

You will manage projects within the Boeing Business Unit, while ensuring successful delivery of the project scope within the specified time and budget....

• Development of tests for safety and mission critical software in the field of helicopter avionics
• Analysis and debugging of software in context of test operations
• Implementation of automated scenarios
• Carrying out formal software acceptance tests including reviews and documentations

Responsible for the whole vehicle and components design, development, and technical research of electric ride-on and electric pedestrian warehouse forklifts...

• Responsible for the creation, review and revision of requirements in a helicopter avionics development process
• Working in the V-Model
• Working in unity with software and test engineers
• Documentation in DOORS

• 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

• You develop control algorithms for the grid integration of power electronic converters
• You implement and optimize modulation, balancing, and fault-tolerant operation methods in multilevel converters
• You prepare reports, papers, and patents on converter control topics

Manage technical projects focused on developing and testing customized customer solutions, gathering feedback for new products and supporting marketing activities through application notes...

Planning, project planning, calculation and installation execution planning of electrotechnical systems...

• 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.

• Lead full project lifecycle from pre-sales through to project closure.
• Support pre-sales activities including costings, BOMs, and technical specifications
• Develop and manage project documentation: project plans, schedules, risk registers, and implementation plans.

Giving High-Rise specific sales support (with focus but not limited to Product offering, Scope of supply, TP2 pricing support for “Engineering to Order” product offerings, technical clarifications in coordination with mechanical and electrical engineering department, …) to the High-Rise sales...

• Develop and maintain advanced calculation models and grid calculation procedures.
• Support modeling for steady-state calculations , dynamic simulations in RMS and EMT domain.
• Lead the entire development lifecycle, from research and design to implementation, testing, and ongoing maintenance.

• The program will start July 1st, 2026
• During your 14-month trainee program you work on exciting projects at home and abroad, tailored to your profile and career goals

• Your tasks include the preparation, execution, and evaluation of numerical flow simulations (CFD) in the field of hydraulic turbines.
• You support the selection of the meshing strategy, the numerical modeling, and the automation of the post-processing.

You have the overall responsibility (contract, business case, sales and budget responsibility) for all military programs of Diehl Aerospace and assume the technical and disciplinary leader­ship of the assigned program managers....

• Implementation, configuration, and testing of SCADA systems for utility-scale PV plants
• Participation in the selection and evaluation of suitable SCADA and PPC systems, considering customer requirements, local standards, and grid operator regulations

• Implementing Lean Design and Lean Construction methods across all project phases using PPM (Project Production Management), LPS (Last Planner System), and Exyte standard software.
• Training project team members and key users on Lean Construction methods, tools, and software.