C++ programozó állások Németországban (rendszerintegrátor)

• 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.

• 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.

• 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)

• 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

• Research, design, and implement complex product features and functionalities for cutting-edge cloud technologies as part of SAP Business Technology Platform
• Commit to project timelines and tasks, deliver on time, in scope, and with high, uncompromised quality

• As a systems engineer, you will work closely with colleagues in the project teams
• If you are interested and suitable, you also could participate in software development for air traffic control products
• You will act as the technical interface between the customer and our internal contacts

Architect the ML Platform: Design, implement, and maintain a robust MLOps infrastructure that enables researchers to move seamlessly from local experimentation to global production....

• 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