Hardware programozó állás, munka

• Design and implement end‑to‑end AI pipelines for time‑series and event‑driven sensor data (e.g., pressure, temperature, current, voltage, etc.)
• Combine physical models with data‑driven approaches (hybrid / physics‑informed machine learning) to improve robustness and interpretability

• System Design: Develop software systems for large-scale robotic data collection, ensuring reliability and scalability.
• Engineering Principles: Apply structured practices to build maintainable, modular, and testable codebases.

• Technical support interface (HW/SW/Optics) for Engineering, Marketing, Product Management, and customers
• Performance analysis and system validation of ams OSRAM and competitive products

• Development of software concepts and software architecture including exception handling for fast feedback systems of the PETRA IV project
• Review of software requirements, design and functionalities for the PETRA IV project

• Design our software, analyze problems and implement your solutions independently focusing on C++ development and network protocols
• Develop complex software modules together with our agile development teams

To strengthen our project team, we are looking for a Full Stack Developer with a strong interest in Artificial Intelligence.  RESPONSIBILITIES As part of a project team, you will develop sophisticated analytical information systems for the real estate industry, the financial sector, and the public...

• Set up test systems (hardware / virtualized) in complex network structures so that they are ready to perform test cases
• Set up and run tests in line with test specifications and take appropriate actions (i.e. passing the test, raising a defect)

• Design our software, analyze problems and implement your solutions independently focusing on C++ development and network protocols
• Develop complex software modules together with our agile development teams

Lead the design, development, and evolution of suena's backend and API infrastructure—ensuring scalability, performance, and reliability as our platform grows....

• Development and maintenance of the software products running on our embedded device(s) and PCs onboard and in-house
• Troubleshooting in case of operational issues as well as bug fixing

• Designing, developing, and maintaining server-side logic and functionality using Java and frameworks like Spring and Hibernate.
• Designing, developing, and maintaining user interfaces using front-end technologies like HTML, CSS, and JavaScript frameworks (ex: React).

• Development, optimization, and debugging of software for controlling hardware test equipment.
• Implementation of instrument drivers, communication protocols, and automated test sequences.
• Creation and maintenance of firmware for microcontrollers used in test fixtures and support electronics.

• Develop Linux based machine platform and application software architectures from the first idea to series production and operation
• Contribute to our global machine control and connectivity platform
• Design and implement embedded machine application and connectivity software components

• Supporting the development of an ontology for the aerospace engineering domain
• Developing programmatic and graphical user interfaces for interacting with the aerospace knowledge base
• Establishing security protocols for knowledge base users

• You'll design, build, and operate the highly available cloud services that our AI features run on.
• Take full end-to-end ownership of deliverables, driving tangible outcomes while mentoring and developing less-experienced engineers.

Design and implement a prototype that automatically generates firmware code from IP-XACT and ASIC specifications, pushing automation in embedded development...

• Improve and extend our virtual simulation pipeline for sensor-based applications and make it faster and more reliable
• Enhance SystemC models and integrate different µController components to optimize communication between hardware and software

• YOUR RESPONSIBILITIES:
• Design and implement high-performance software components for complex distributed systems, focusing on C++ development and advanced network protocols.
• Develop features aligned with the product roadmap and implement custom solutions for individual customer requirements.

• 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.

• 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