Software engineer állások Németországban (programozó, fejlesztő)

• 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

• 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.

• 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

• Build the backbone of Circonomit's technology and develop end-to-end features that deliver immediate value for our customers to map their reality into a semantic and computable model
• Build and refine high-quality, performant user interfaces with TypeScript and Solid.js

• Build the backbone of Circonomit's technology and develop end-to-end features that deliver immediate value for our customers to map their reality into a semantic and computable model
• Build and refine high-quality, performant user interfaces with TypeScript and Solid.js

• Development of scientific software for research projects in close consultation with researchers
• Advising researchers on the development and use of research software in terms of software quality and computational efficiency
• Conception and development of software documentation and user tutorials

• Responsible for Emerson DeltaV process control system and bus and third-party systems
• Creation and implementation of comprehensive technical automation concepts (Emerson DeltaV)
• Development of libraries, engineering templates, DeltaV code, graphics, and recipes

• You continuously improve and scale our backend services
• You orchestrate and maintain our AWS infrastructure
• You maintain and develop our in-house CMS
• You work with the feeds of Opta (main data provider)
• You ship updates through our CI/CD pipelines using GitHub Actions

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...

• Embedded C : Hardware-related software development in C
• Collaboration with international software development teams
• Tests and documentations to ensure quality
• Software Launches and troubleshooting

• 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)

• own and evolve the userspace architecture of an embedded Linux system
• contribute hands-on to core components, especially in early project phases
• define stable interfaces and APIs in collaboration with frontend and system teams
• build and mentor the engineering team