Huawei Research Centre – Competition Talent Program

Huawei Research Centre – Competition Talent Program

Join a world-leading innovation hub and accelerate your future in technology.

📍

Location:

Zurich and Lausanne, Switzerland
🌍 Program designed for outstanding global talent

Huawei is a world-leading provider of information and communications technology (ICT) solutions. Our commitment to customer‑centric innovation and strategic partnerships has enabled us to develop industry‑leading capabilities across carrier networks, enterprise solutions, consumer electronics, and cloud computing. Today, our products and services reach over 170 countries, serving more than one‑third of the global population.

With 29 sites across Europe, Huawei’s European Research Institute (ERI) drives both fundamental and applied technology research, academic collaborations, and strategic technical planning throughout our European R&D network. The Zurich and Lausanne Research Centre is a cornerstone of ERI’s innovation ecosystem.

We offer challenging projects across cutting‑edge fields such as High Performance Computing, Computer Architecture, Artificial Intelligence, Computer Vision, Robotics, Neuromorphic Computing, Networking, and more.

Are you one of the brightest minds in computer science, mathematics, or data science? Do you thrive on tackling complex problems and pushing the frontiers of technology?

• You have achieved top results in national or international competitions such as IOI, IMC, IMO, ICPC, IPHO, ICHO, or other renowned contests in computer science, mathematics, and physics.
• You are currently enrolled in, or have recently graduated from, a Bachelor’s, Master’s, or PhD program in computer science, mathematics, or related disciplines.
• You are an ambitious individual eager to shape the future of AI, algorithms, and data‑driven technology.

• A unique program tailored for high‑potential talent
• Opportunities to collaborate with world‑class researchers in Zurich
• A platform to turn your skills into ground‑breaking research with real‑world impact