Design, build, operate and optimize ByteDance's global network, including backbone, data center, public cloud and Edge/CDN.
Work with cross-functional teams including but not limited to compute, storage, database, recommendation system, drive the innovation and evolution of ByteDance network.
Work with external vendors and ISPs for device and carrier selection, perform testing and verification.
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Design, build, operate and optimize ByteDance's global network, including backbone, data center, public cloud and Edge/CDN.
Work with cross-functional teams including but not limited to compute, storage, database, recommendation system, drive the innovation and evolution of ByteDance network.
Work with external vendors and ISPs for device and carrier selection, perform testing and verification.
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Multi-technology collaborative innovation: Liquid cooling technology must overcome challenges in efficient heat transfer and system reliability. Water-saving cooling sources need to achieve low water-efficiency temperature (WET) and coordinate dry and wet cooling methods. Power supply, distribution, and energy storage must solve source-grid-load-storage matching issues and enhance full-process efficiency. Coordinating innovations across these areas is highly complex.
Intelligent PUE optimization closed loop: Intelligent control of HVAC and power systems should be based on time sequence prediction and reinforcement learning to surpass human expert-level optimization. This demands advanced algorithms and strong engineering implementation.
Technology implementation and adaptation: Hardware innovation must comply with policies and fit industry needs, while AI operations must integrate with existing platforms and tools. Successfully combining and implementing these poses significant challenges.
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Design, build, operate and optimize ByteDance's global network, including backbone, data center, public cloud and Edge/CDN.
Work with cross-functional teams including but not limited to compute, storage, database, recommendation system, drive the innovation and evolution of ByteDance network.
Work with external vendors and ISPs for device and carrier selection, perform testing and verification.
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Develop software and tools to enhance automation and improve efficiency in IDC network implementation and operations.
Analyze network data and create software solutions by applying principles and techniques from computer science, engineering, and mathematical analysis.
Work closely with software development teams to plan, design and iterate network platforms.
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Develop software and tools to enhance automation and improve efficiency in IDC network implementation and operations.
Analyze network data and create software solutions by applying principles and techniques from computer science, engineering, and mathematical analysis.
Work closely with software development teams to plan, design and iterate network platforms.
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Develop software and tools to enhance automation and improve efficiency in IDC network implementation and operations.
Analyze network data and create software solutions by applying principles and techniques from computer science, engineering, and mathematical analysis.
Work closely with software development teams to plan, design and iterate network platforms.
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Develop software and tools to enhance automation and improve efficiency in IDC network implementation and operations.
Analyze network data and create software solutions by applying principles and techniques from computer science, engineering, and mathematical analysis.
Work closely with software development teams to plan, design and iterate network platforms.
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Design, build, scale, and operate ByteDance’s global infrastructure, including large-scale systems spanning public and private clouds.
Develop tools, automation frameworks, visualizations, and monitoring systems to streamline operations and drive optimization of global infrastructure.
Create, manage, and standardize cloud AMIs/images for use across multiple environments, ensuring strict alignment with the company's global compliance standards.
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Individuals who are completing or have recently completed a Bachelor's degree in Software Development, Computer Science, Computer Engineering, or a related technical discipline.
Solid basic knowledge of computer software, understanding of Linux operating system, storage, network IO and other related principles.
Familiar with one or more programming languages, such as Python, Go, and Java. Knowledge of design patterns and coding principles is necessary.
Reliability: Ensuring the reliability and efficiency of our core infrastructure, focusing on system capacity and stability; setting up reliability standards and recovery SOP.
Reliability: Troubleshooting and locating the technical issues, bottleneck analysis, managing system high availability architecture transformation and upgrading.
Efficiency: Building automated operation solutions for large-scale systems; partnering with system development teams for system iteration.
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