Alkalmazás mérnök állások, munkák Németországban

• You join a stable team of experienced developers to maintain and extend our market leading application for aeronautical message handling.
• You contribute to all phases of the software life cycle - requirements engineering, design, implementation, verification, and maintenance.

Architecture & System Design: Identify and address architectural limitations, make pragmatic trade-offs, and help evolve systems toward scalability, reliability, and long-term maintainability....

• You design, build and run scalable cloud-native applications – from distributed Spring Boot microservices to modern Angular frontends
• You create clean, well-structured REST APIs and event-driven systems (SNS/SQS) that power seamless user experiences

Own the SDK architecture. Technical direction for a library built on numerical algorithms and solver logic. Module boundaries, interface contracts, versioning. Drive key decisions through our RFC process....

• Develop and operate Java microservices that power Adobe's cloud platform, supporting a large global audience
• Improve the performance, reliability, and security of services your team owns end-to-end

• Design, develop, and integrate components for establishing trust (e.g. via SPIFFE) and securing network connections (e.g. mTLS, IPSec, Wireguard) in dynamic environments
• Leverage existing Open Source software to implement state of the art security features

• Build and evolve mobile solutions: Design, develop, and maintain high-quality React Native applications.
• Own architecture and technical decisions: Understand platform specifics, runtime behavior, dependencies, and deployment pipelines to ensure maintainable, efficient, and scalable mobile solutions.

• Discussing and clarifying requirements with our internal domain experts
• Design and development of the algorithms that are optimized over various layers of our software stack
• Design and development of the software that interacts with specific hardware components

• Design, build, and operate Java‑based cloud services, owning them from design through production
• Evolve scalable, secure, and reliable capabilities using modern cloud and distributed systems practices
• Improve system performance, resilience, and operability across multiple cloud regions

• Development and maintenance of software tools and applications supporting manufacturing and production setups
• Translation of manufacturing and production requirements into reliable, scalable software solutions

• Development of a cross-platform QT Quick GUI application (QT 6.x) using C++, QML, and CMake
• Design and implementation of a cross-platform UI library
• Development of software components including frontend and backend logic, associated unit and integration tests

• 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.

Project Management and Leadership: As an Embedded Software Project Lead, you will oversee the planning, execution, monitoring and delivery of embedded software projects for innovative medical devices for applications in ophthalmology. You will ensure projects are completed on time, within budget,...

• Development, maintenance, and operation of business-critical insurance applications on the IBM i platform using RPG (RPG III, RPG/ILE, RPG/Free)
• Ensuring stable, efficient, and secure operation of core systems
• 2nd-level support for IBM i applications

You will specify, design, realize, and verify modular embedded software solutions for innovative medical devices in the field of ophthalmology, ensuring high performance and reliability...

• 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

• 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)