C++ software developer állások Németországban (mérnök)

• Implementation of software components in the flight simulation field
• Planning and conducting Unit-tests
• Integration of software parts into the overall system
• Definition and implementation of integration tests
• Documentation according to project specifications

• 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

• Propose innovative methods to abstract EVCC functionality, transforming it from a hardware-dependent system to a flexible software component.
• Collaborate closely with our internal and external engineering partners to implement and integrate the software component into a rapid prototyping environment.

• 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.

Set up and integration of complex robotic systems for mobile manipulation tasks...

• 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

• 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 stations in agile product areas, corporate start-ups, or classic line organizations.

In 18-24 months, you will go through various stations in Germany and abroad, taking on responsible tasks in the areas of application, software services, software and function development (requirements engineering, function development, validation and verification, virtualization, big data, and...

• Prepare large-scale automated driving datasets for training and evaluation purposes.
• Contribute to the development and maintenance of the coding framework for data processing, model training, and validation of end-to-end driving systems.

• 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

• Development and implementation of numerical models for simulating microbial transport in porous media
• Modelling hydrogen conversion by subsurface microorganisms using suitable bio-chemical reaction kinetics models

ARE YOU PREPARED FOR THE FUTURE? AI, AI SIR! Artificial Intelligence and machine learning are at the cutting edge when it comes to shaping next-gen mobility in areas like automated driving. But it takes real intellectual leadership and expertise to identify and then harness the AI trends and...

• Design, develop, and optimize automation systems for supercapacitor production lines
• Program and maintain PLCs (e.g., Siemens) and industrial control systems
• Develop and maintain HMI/SCADA systems for production monitoring and control

We are seeking a Field Applications Engineer (FAE) to support our customers in Central Europe, with a primary focus on MCU hardware and software solutions. The ideal candidate will have a strong technical background in microcontroller technology and a passion for helping customers integrate our...

• Development of firmware for MicroTCA-based motion controller system
• Contributing to system architecture and specifications of firmware modules for scientific data acquisition systems and photon science experiments
• FPGA firmware design using VHDL (for AMD/Xilinx FPGAs)

• 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.

• Take an existing internal embedded development platform and port it to Zephyr RTOS as a proof-of-concept
• Create or extend lab setups involving various microcontrollers
• Explore the use of NPUs, DSPs, or other accelerators in RTOS-based systems