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Lead next generation inference solution optimized for power, performance and area. Considering scalable solution for large scale systems with many resources. Covering efficient data delivery and workload map.

As HW Architect Team Leader, you will combine deep technical leadership with people leadership. You will shape next-generation networking silicon while building and mentoring a strong architecture team.
What Youll Be Doing
Lead, manage, and mentor a team of HW architects, fostering technical excellence and innovation.
Drive research, evaluation, and architectural definition of next-generation SoCs - from product requirements through production.
Define next-generation Packet Processor / Datapath / Congestion Management architectures for high-performance, complex SoC Ethernet and NIC switches.
Lead system architecture and detailed micro-architecture definition across major functional blocks.
Collaborate cross-functionally with design, verification, modeling, software, and other architecture teams to ensure end-to-end system alignment.
Identify and evaluate new technologies, methodologies, and architectural approaches for future products.
Provide technical direction, make key architectural trade-offs, and ensure execution excellence.

What will you be doing?
Lead research, evaluation, and architectural definition of next-generation chips - from requirements through production.
Define next-generation Packet Processor / Datapath / Congestion Management architectures for high-performance, complex SoC Ethernet Switches.
Design the system architecture and detailed micro-architecture definition across major functional blocks.
Collaborate closely with design, verification, and modeling teams to ensure architectural intent is fully realized.
Work cross-functionally with other architecture teams to shape cohesive system solutions.
Explore and evaluate new technologies and innovative approaches for future products.

Our team researches and develops a real-time parallel and distributed computing software infrastructure, which is used for the research, development and prototype of wireless signal processing algorithms (6G) with strict real-time constraints. We are looking for an outstanding student, who will take part in the research, architecture design, implementation and real-time performance optimization of the system.

We are looking for a talented Student Security Developer to join our team and contribute to developing core capabilities such as:
Large-scale malware analysis platforms that support on-demand malware execution and behavior monitoring.
Crawlers to identify emerging malware in the wild and perform malware behavior analysis.
Collaboration with OS internals experts, security researchers, and data scientists to research and implement advanced cybersecurity capabilities.
This is an exciting opportunity for a student to dive into the cybersecurity profession while gaining hands-on experience in cutting-edge technologies during their studies.
Responsibilities
Develop features autonomously, from ideation to production.
Collaborate with data scientists and security researchers to implement malware detection mechanisms.
Assist in designing and guiding performance, operational, and testing phases.

we are looking for an architect to work on the invention and development of new SW visible CPU technologies to improve performance of SW scenarios related to memory ordering, memory coherency, multithreading, synchronization, memory safety, caching, etc.
The minimal tasks of this role are:
1. Modeling of new memory related architectural features in the existing CPU performance simulator
2. Development of performance tests or adaptation of existing workloads to be suitable for simulation
3. Conducting performance studies for the workloads of choice either in the performance simulator or on a real chip
4. Develop analysis, conclusions and recommendations based on the above activities
The role can comprehend much more than that depending on the skills, talent and experience of the candidate creating a career path over time. For example, to invent new instructions and mechanisms to overcome significant performance bottlenecks in these areas, refinement and further development of ideas provided by others. Possible participation in development in additional domains
If you want to be part of something bigger, if you are a team player with excellent communication skills and motivation to revolutionize data-center technology, youre welcome on board!

We are seeking an experienced Security Researcher to join our development team for an XDR system on Windows. The role involves in-depth research into cyber threats, vulnerability analysis, and developing tools for system protection. The ideal candidate has extensive knowledge of Windows Internals, cybersecurity, and how EDR systems operate. Knowledge of Linux is a significant advantage.
Key Responsibilities
Conduct in-depth research on emerging cyber threats, including analysis of malicious behaviors in Windows environments.
Develop and implement tools and scripts for real-time threat detection and response in the XDR system.
Analyze Windows Internals, including processes, memory, and system files, to identify vulnerabilities.
Collaborate with the development team to integrate research findings into the product code.
Write technical reports and articles on findings and cybersecurity trends.
Test existing tools and improve them based on developments in the security field.

With the explosive growth of AI technologies and the Internet industry, data centers have become digital hubs and infrastructures of the Internet industry in the digital economy era. Computing networks, as core components of data centers, have features such as topology, scalability, throughput, reliability, and latency that directly affect data center functionality and performance. The computing cluster networking lab explores architecture and technological innovation for meeting the challenges of future large-scale AI & HPC data centers. .. The labs mission is to lead our company to achieve differentiated competitiveness in high-performance computing cluster network infrastructure, and to support Huawei's industry-leading computing cluster.
Position Overview
In this role, you will be responsible for several teams of architects, engineers and software developers, all working together to conduct state-of-the-art R&D in system and network architecture. As the group lead, you will guide and mentor the individual team leads, and also conduct hands-on work leading architecture, technology innovation and technical planning and of high-performance computing cluster network, which oriented at AI, HPC, and big data.
Responsibilities
You will perform a wide range of duties including:
Architecture Innovation:
Deeply analyzing the advantages and disadvantages of mainstream network systems, to find opportunities for network architecture innovation;
Insight into the technology developing trend of the high-performance computing network field, and leading the corresponding technology planning.
Exploring new architectures of high-performance computing network systems and efficiently integrating communication library, topology, and network protocol to solve performance bottlenecks.
Technical breakthroughs in networking and cluster routing algorithm：
Analyzes computing cluster network performance and leads the development of computing cluster network technologies
Research and optimize the heterogeneous interconnection topology of key computing chips to continuously improve the key competitiveness of Huawei computing heterogeneous chipsets
Responsible for the research of data center network technologies, and guide network topology design and routing algorithm development
Group leadership:
Lead the development of a comprehensive system architecture for AI Fabric and HPC Fabric solutions
Manage and mentor highly skilled team leaders, to ensure that the group operates together in pursuit of common goal
Foster a collaborative and innovative work environment
Provide technical guidance and support to team members
Collaborate closely with cross-functional teams internationally, including hardware,
software, and ucode design teams, to ensure alignment of architectural decisions with
product and platform common objectives
Initiate and supervise collaborations with top academic researchers in Israel and abroad
Stay up to date with emerging technologies and industry trends in AI, HPC and big data industries
Evaluate and recommend technologies and next generation projects
Occasional travel related to ongoing projects, seminars, conferences etc.

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.

What will you be doing?
Envision, design and develop new features in all layers of the HPC / AI stack, from the application level, through the programming model (e.g. OpenMP, MPI) and down to the supporting libraries/middleware
Research, design and implement features for HPC / AI applications using parallel programming models (e.g. OpenMP, MPI), accelerators offloading and memory tiers.
Contribute to open-source scientific computing, networking and I/O libraries
Research, design and assist in developing hardware offloads for features relevant for scientific, deep learning, and data-intensive workloads.

We are looking for a talented AI Researcher to join our Wi-Fi MAC team and help shape the next generation of intelligent wireless systems. This role sits at the intersection of AI/ML and advanced Wi-Fi technologies, focusing on applying machine learning to complex Wi-Fi scenarios and, conversely, adapting Wi-Fi systems to better support AI workloads - AI for Wi-Fi and Wi-Fi for AI.
You will work closely with Wi-Fi protocol experts to explore, design, and prototype AI-driven solutions for MAC-layer optimization, performance enhancement, and intelligent decision-making in real-world wireless environments.
Key Responsibilities
Research and develop AI/ML techniques for Wi-Fi MAC-layer challenges (e.g., scheduling, rate control, congestion management, fairness, latency, and reliability).
Embed AI models into complex Wi-Fi system setups and scenarios, including dense networks and multi-user environments.
Analyze large-scale Wi-Fi datasets, simulations, and traces to train and evaluate ML models.
Collaborate with Wi-Fi experts to translate protocol behavior into ML-friendly features and learning objectives.
Explore how Wi-Fi systems can be optimized to support AI workloads, including data collection, inference efficiency, and real-time constraints.
Prototype, test, and validate ideas using simulation tools, testbeds, or experimental platforms.
Contribute to technical documentation, design discussions, and long-term architectural decisions.

What will you be doing?
Complex static code analysis to determine possible bottlenecks and time-consuming operations within the code of AI model for inference
Architecture, design and implementation of compilation passes, compiling high-level languages to a unique HW
Take initiative to solve technical and business problems
Collaborate with other development and product teams in our company and in China to ensure the successful implementation and delivery of a solution.

Design and develop Linux kernel code related to virtual memory management and memory-tiering
Research, design and innovate methods, algorithms and supporting data-structures for managing memory hierarchies in virtualization environments
Participate in research to analyze AI-based applications performance, identify bottlenecks and optimize various decision-making mechanisms based on benchmarking results
Collaborate with professional team members and various global teams around the world on a daily basis
Challenged to think outside of the box and come up with creative ideas to deal with complex challenges within Linux kernel.

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
Develop and analyze performance and power features in our cycle accurate pre-silicon model and improve the accuracy of the current Server system simulator
Design the architecture of the new generation system simulation platform that will be used to analyze performance of Server (Compute and AI) workloads and identify performance bottlenecks
Develop new technologies, methodologies and tools for simulation. Analysis and debug of applications and workload on Huawei servers
Propose and simulate optimizations and innovations on the HW and SW in order to improve server performance for given workloads
Distribute the simulation platform, train and support other teams in China and in Europe using the simulation platform, technology and methodology.

Were developing advanced cyber-defense technology that operates deep in the operating system - where performance, reliability, and security converge. As part of our core R&D team, youll design and implement low-level components for Linux and Windows kernels, driving the intelligence behind our next-generation EDR/endpoint protection platform.
Youll work on complex OS internals, create innovative security hooks, and collaborate with researchers to transform detection ideas into real-world protection.
Responsibilities:
Design and develop Linux kernel modules/drivers (LSM/eBPF/net/FS/process monitoring).
Build high-performance, tamper-resistant agent components for large-scale endpoint deployment.
Own full development lifecycle: architecture, PoCs, implementation, testing, performance tuning, and deployment.
Investigate kernel crashes, performance regressions, and low-level bugs using tools like KGDB, and ftrace.
Collaborate closely with data scientists and security researchers to integrate detection logic and telemetry pipelines.
Participate in design and code reviews; mentor peers in systems programming best practices.