System & Application Architect
Responsibilities
Lead enterprise-level IT system technical planning and application architecture design; take ownership of architecture reviews; drive end-to-end global technical decisions and technology roadmaps.
Coordinate the planning, selection, architecture design, and long-term optimization iterations for foundational technology platforms such as container clouds, middleware, and databases—ensuring platform stability, scalability, and maintainability.
Own feasibility assessments for system migration to the cloud; provide technical solutions and migration strategies to support business systems transitioning from traditional architectures to cloud platforms; resolve technical challenges during migration to ensure a smooth cutover.
Requirements
Bachelor’s degree or above in Computer Science or related fields, with 5+ years of hands-on experience in architecture design for large enterprises.
Proven hands-on experience in end-to-end digital/Intelligent transformation projects in the telecom industry or large state-owned enterprises.
Deep expertise in cloud-native full-stack technology; extensive practical experience building and delivering a Kubernetes (K8s) container cloud platform from zero to one.
Strong expertise in microservices architecture; hands-on experience designing and implementing high-availability and high-concurrency architectures for large distributed systems.
Proficient in at least two major development languages among Java, Go, and Python; capable of code review and architecture-level code optimization.
Ability to independently produce professional, actionable technical方案, including mid/long-term technical strategy planning, enterprise-wide architecture design, solution writing, and end-to-end delivery enablement.
Excellent cross-department communication and collaboration; experience in coordinating and managing technical teams, including building teams.
Hands-on experience in legacy system architecture modernization, adapting to indigenous/secure innovation (信创) architectures, and designing multi-center disaster recovery/contingency systems.