You’ll be part of a multidisciplinary team at the crossroads of distributed computing and cloud-native engineering. Together, we develop future-proof computing platforms that are sovereign, federated, and sustainable. Think: hybrid architectures that power smart energy grids, autonomous systems, or AI-driven logistics. You’ll prototype, test, and refine next-generation platforms where edge computing, cloud orchestration, HPC, and alternative computing paradigms meet.Your work will contribute to impactful initiatives in sectors such as artificial intelligence, sustainable energy, logistics, and public infrastructure. You will work on the design and implementation of distributed architectures tailored for scalable, fault-tolerant, and energy-conscious applications. From the very first prototype to the final deployment, you’ll work closely with researchers and engineers to translate innovative concepts into operational systems.Some of your core activities:Build distributed architectures for real-world scenarios with scalability, resilience, and energy-efficiency in mind.Engineer cloud-native and edge-native services that support digital twins and autonomous decision-making.Apply DevOps practices for smooth, secure, and reliable deployment cycles.You’ll also contribute to research-driven infrastructure development and actively collaborate with stakeholders in academia and industry.
