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What will you be doing?
Responsible for advanced technology insight, product planning, system architecture design, chip definition, and product definition. Support in technology roadmap development for next generation computing network related chips definition and architecture design, including Ethernet/RDMA/RoCE switching ASIC, data processing unit and etc.
Lead and execute the research and development of high-performance computing network analyzing and optimizing, including architecture-specific or network-aware architectures to accelerate the computing traffic in high performance computing system.
Propose innovative solutions for next generation architecture of high-performance computing networked system and chiplet interconnecting technology.
Lead the design and subsequent verification and validation of concepts in the team
Work with external R&D Institutes and Universities in developing novel architectures and algorithms for networked system.
Generate novel ideas and protect them with IPR fillings
Mentor and coach less experienced staff members.

our company / Huawei TRC define the next generation computing platform for cloud and on-premise deployments. We develop full-stack solution (processor, hypervisor, and OS components) to drive the future disaggregated computing datacenter. Led by industry veterans we offer a dynamic environment with the opportunity to influence large-scale computing deployment and to grow with it.
What will you be doing?
Explore new technological directions and identify opportunities for innovation by tracking academic and industry trends.
Design, develop, and optimize low-level system components with a focus on performance, scalability, and reliability.
Lead architectural improvements across system layers, from kernel space to user-space applications.
Research, analyze, and implement advanced optimization techniques for system performance and resource utilization.
Develop and optimize components within the Linux kernel, including memory management, storage, virtualization, and I/O subsystems.
Design and implement solutions in areas such as virtualization (KVM), device drivers, and low-level system architecture.
Diagnose complex performance issues and drive end-to-end application and system-level optimizations.
Collaborate closely with cross-functional teams, including architecture, infrastructure, and application teams, to improve overall system design and performance.
Contribute to and work within Linux kernel open-source environments, including upstream communities where applicable.

The Mission: Build the Future of Cyber Protection.
Lead Innovation. Shape the Next Generation of Cyber Defense.
We are looking for an experienced technical leader to guide our high-impact XDR (Extended Detection and Response) team.
This is not a typical management position - its a rare opportunity to lead core innovation at the intersection of AI, advanced security research, and large-scale product development.
You will drive next-generation, AI-powered detection and response capabilities to stop sophisticated attacks such as APTs, ransomware, and emerging threat vectors across OS, browser, and network layers.
Your teams work will operate deep inside operating systems and network stacks, where performance, reliability, and security meet, protecting millions of users globally.
As a player-coach, you will combine leadership with strong technical direction.
You will serve as the front-facing innovation leader, collaborating with other teams, steering joint research initiatives, and influencing the future of Huaweis cybersecurity strategy.
You will:
Lead & Mentor a High-Impact Team
Empower engineers, data scientists, and security researchers. Foster a modern culture of innovation, experimentation, and technical excellence.
Drive AI-Enabled Security Innovation
Shape the architecture and roadmap for advanced detection engines, behavioral analytics, and ML-driven prevention technologies.
Be a Hands-On Technical Leader
Demonstrate real technical credibility through contributions to architecture, design, and complex kernel/user-level components on Linux and/or Windows.
Own the team's Full R&D Lifecycle from initial research and PoCs to productization, optimization, and global-scale deployment.
Collaborate with external partners, and academic collaborators. Lead cross-border innovation and ensure technology alignment.

We are currently looking for a Performance Simulation Expert develop and evaluate next generation performance features as well as develop the future generation of our Compute system simulation infrastructure, models and analysis tools.