Junior javascript fejlesztő állások Németországban (mérnök)

• Responsible for designing and implementing of OT network architectures for globally located production sites based on Purdue model and ISA/IEC 62443
• Configuration and integration of PLCs (Siemens / Rockwell) into industrial networks and SCADA systems for secure and reliable operation

• Review of avionics system requirements and design
• Definition of test cases and scenarios for verifying system requirements
• Development of test procedures and test scripts
• Conducting system integration tests in avionics systems
• Analysis of test results or data and reporting, including error reporting

• Design and development of FMS functions
• Design and development of Flight Guidance functions and trajectory generation
• Implementation of these functions in a simulation environment

• Exciting projects in the space industry
• Application- and hardware-related development
• Implementation of test procedures/automated scenarios including system integration
• Carrying out different test procedures
• Cooperation in system integration

You will familiarize yourself in detail with the modeling approaches of existing in-house and commercial calculation tools....

• Definition, generation, implementation and improvement of SAR algorithms for both satellite- and ground segment L0 to L2 data productprocessors
• Development of test tools and data simulations to support the development of the next generation SAR processors and -algorithms

• Development and maintenance of embedded software components in C/C++
• Porting and rehosting existing software solutions to new target architectures
• Parallelisation of software processes on multi-core processors
• Integration and use of tools such as Tiger Lab for simulation and analysis

• Current-state analysis & data collection:Recording production value streams at the Tiengen site through time studies, interviews, and process walkthroughs.
• Process & material flow analysis:Identification of bottlenecks and waste along selected product families.

• Define quality requirements for electrical equipment in collaboration with Engineering, EPC, Procurement, and HSE teams
• Support supplier selection by acting as the quality subject matter expert for electrical components and systems

• Participate in change boards, design reviews, and hotspot meetings to ensure consis­tent pro­cesses and quality standards
• Define, implement, and monitor correc­tive and preven­tive actions with cross‑functional teams
• Apply and support DFMEA / PFMEA metho­dology according to internal guidelines

Actively participate in change boards, design reviews, and hotspot (critical issue) meetings to ensure that appro­priate processes, methods, and quality standards are consistently applied across all functions, enabling sustainable and robust outcomes...

• Flexible Start Date: Choose the start date that works best for you and decide when your permanent employment contract begins.
• Customized Program: Design your program with 4-5 rotations in agile product areas, corporate start-ups, or classic line organizations.

• You will familiarize yourself in detail with the implementation and structure of existing in‑house software tools.
• You will contribute to the conceptual development and software implementation of methods for load processing and fatigue analysis for various applications of our large‑diameter bearings.

• You will build 3D geometry models representing real-world Automotive Radar & ADAS scenarios
• You will run electromagnetic simulations using the Asymptotic Solver in CST Studio Suite and analyze KPIs

• As Mechatronics & hydraulics product developer - SPOC technique, you will be responsible for the development of mechatronics and hydraulics for a product line.
• You develop and validate new product concepts, including construction solutions, calculations and prototype testing.

• Design of sensors, control and drive components
• Design and develop electrical schematics and documentation for CNC machine tools
• Create manufacturing and installation documentation for electrical systems
• Select and specify electrical components, focusing on performance, reliability, and cost

• Develop optical measurement technologies for calibration and performance characterization of innovative long-wave infrared (LWIR) sensors
• Design calibration methods for LWIR sensors under various stimuli and environmental conditions in a state-of-the-art lab environment

• 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 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

• Leading the design, development, and technical research of electric forklifts and intelligent safety systems.
• Conducting in-depth studies on drive systems, hydraulic systems, control systems to meet high standards in safety, efficiency, and environmental performance