C++ engineer állások Németországban (it programozás, fejlesztés)

• 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

• 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

• 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.

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...

• Develop and maintain automated tests: automate when it makes sense, think about ROI, don't overengineer solutions.
• Own the testing and quality processes of the team
• Improve the development process
• Lead the QAs of the hardware development unit
• Maintain and improve the testing infrastructure

• 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

Rapid and efficient architecture exploration facilitates making crucial design decisions during early phases of modern System-on-Chip (SoC) development. Furthermore, verifying automotive SoC using real-field scenarios is still needed to ensure quality and reliability. The goal of this study is to...

• 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.

• 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

• 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

• Define the overall test strategy and architecture.
• Design scalable test concepts for R&D and production.
• Define technical specifications for software development supporting automated testing.
• Evaluate and optimize test methodologies.
• Lead cross-functional technical discussions and teams.

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

• 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.

implement and maintain software applications and IoT systems on AWS using Python, SQL, and Linux, and continuously optimize application performance and identify areas for improvement....

• Develop and maintain advanced calculation models and grid calculation procedures.
• Support modeling for steady-state calculations , dynamic simulations in RMS and EMT domain.
• Lead the entire development lifecycle, from research and design to implementation, testing, and ongoing maintenance.

• Ensuring the sustainability of community ESM codes, and enabling the adoption of modern HPC systems
• Enabling and improving high-performance computing capabilities of ESM codes, including performance optimization