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- 職務說明 因應未來業務拓展、規劃，嘗試各種資訊解決方案設計、建置與維護 GCP 雲端基礎設施 (GKE, GCE, Cloud SQL 等)，並專注於其可靠性、擴展性根據利害關係人或同事提出的問題，提供專業的意見，並協助解決問題與公司內部決策者合作，了解其目標，研究並提供解決方案管理 CDN、DNS 等網路基礎服務，確保外部連線的穩定與快速監控、告警與日誌系統的建置與優化CI / CD 設定與維護新技術研究簡單的電腦設備管理

Established in 1987 and headquartered in Taiwan, TSMC pioneered the pure-play foundry business model with an exclusive focus on manufacturing its customers’ products. As of 2024, TSMC serves more than 500 customers and manufactures over 11,000 products for high-performance computing, smartphones, the Internet of Things (IoT), automotive, and digital consumer electronics. It is the world’s largest provider of logic ICs, with an annual capacity of 16 million 12-inch equivalent wafers. TSMC operates fabs in Taiwan as well as manufacturing subsidiaries in Washington State, Japan and China, and the Company began construction on a specialty technology fab in Dresden, Germany, in 2024. In Arizona, TSMC is building three fabs, with the first starting 4nm production in 2025, the second by 2028, and the third by the end of the decade. Are you looking to be a part of the most influential company in the semiconductor industry that is changing the world? TSMC Corporate Planning Organization (CPO) plays a strategic role in TSMC’s growth. We develop global planning and provide quick responsiveness to coordinate needs between factories and customers, driving for business effectiveness to bring world-changing innovation into reality. Responsibilities: CPO is seeking highly motivated Corporate Planning Associates with strong capabilities for problem solving and planning optimization etc. related to resources, production and customer affairs. As an Associate, you rotate through different 3 roles in the first year to gain broad exposure to TSMC corporate planning. Also, you’ll receive tailored training along the way. The program includes 2 rotations focused primarily on operation resources planning, production planning or business operation. Additionally, it offers opportunities to engage in strategic planning or business process reengineering for analytics or process improvement. At the end of the rotation program, you will have the foundational skills to be successful at TSMC CPO and be placed in a role that matches your talents and business needs.Established in 1987 and headquartered in Taiwan, TSMC pioneered the pure-play foundry business model with an exclusive focus on manufacturing its customers’ products. In 2023, the company served 528 customers with 11,895products for high performance computing, smartphones, IoT, automotive, and consumer electronics, and is the world’s largest provider of logic ICs with annual capacity of 16 million 12-inch equivalent wafers. TSMC operates fabs in Taiwanas well as manufacturing subsidiaries in Washington State, Japan and China, and its ESMC subsidiary plans to begin construction on a fab in Germany in 2024. In Arizona, TSMC is building three fabs, with the first starting 4nmproduction in 2025, the second by 2028, and the third by the end of the decade. 1. Understanding user requirements and project KPIs2. Support DevOps manager to led team members to fulfill the assignment with good quality3. Implementing various development, testing, automation tools, and IT infrastructure4. Review, verify, and validate the software code developed in the project5. Ensure high availability and service level of product daily operation

DevOps Engineer, Block River Technologies Taipei Taiwan, Remote/Hybrid, Open to Full-time/Part-time and Contractors In this dynamic environment, we are seeking a skilled DevOps Engineer to join our team. As a significant contributor, you will play a key role in our web3 platform, delivering premium derivatives trading and risk management products for both retail and institutional traders. With a strong track record in developing traditional finance and Web3 products, we are committed to democratizing financial independence. We are in search of an individual with exceptional talent and passion, ready to embrace the intricacies and challenges presented by fintech, DLT and Web3 technologies. As a DevOps Engineer, you will play a crucial role in constructing APIs and libraries that harmonize, elevate, and revolutionize user experiences throughout our platform. Join us in this exhilarating journey and become part of a team dedicated to transforming the financial industry. Let's shape the future together! Responsibilities In-depth experience using Ansible (or similar tools) to environments with hundreds of servers. Experience designing complex static and dynamic inventories, variable structures, and playbooks.In-depth experience supporting Linux servers in large environments supporting hundreds of servers, preferably in highly secure and highly available 24/7 environments.Experience with common system administration scripting languages such as bash and Python.Deep understanding of networking and security best practices.

Role Overview We are looking for a Senior DevOps / SRE Team Lead who can own reliability and platform strategy, lead technical direction, and coordinate across engineering, product, and business teams. This role is a hands-on senior technical leader: You design systems, not just operate themYou plan and drive initiatives, not just execute ticketsYou lead people and align teams, not just write YAML Key Responsibilities Strategy, Planning Ownership Own DevOps / SRE roadmap aligned with product growth and business prioritiesTranslate product and business requirements into reliability, scalability, and platform plansDefine and evolve SLO / error budget strategyPrioritize initiatives across stability, velocity, and cost System Design Technical Leadership (Senior IC) Lead infrastructure and system design for scalable, reliable systemsReview and drive architecture decisions across services and platformsDesign CI/CD, deployment, and runtime architecture with long-term operability in mindAnticipate failure modes and design for resilience Requirement Analysis Problem Solving Work with Product, Backend, Data, and Security teams to analyze requirementsBreak down ambiguous problems into clear technical plansBalance trade-offs between speed, reliability, and complexityAct as the final technical decision-maker for DevOps/SRE domains Cross-team Communication Coordination Serve as the bridge between engineering, SRE, product, and businessCommunicate technical risks and plans clearly to non-infra stakeholdersDrive alignment across teams on rollout plans, incidents, and prioritiesLead incident communication and postmortem discussions Team Leadership Organization Lead and mentor DevOps / SRE engineersSet engineering standards, best practices, and review cultureHelp the team grow in technical depth and operational maturityPlan team capacity, on-call rotation, and skill development Reliability Operations Excellence Own incident response processes and escalationEstablish runbooks, playbooks, and operational readiness reviewsDrive continuous improvement through postmortems and metricsEnsure systems meet defined reliability and performance goals

1. 協助設計、導入及優化 CI/CD pipeline，導入自動化測試與部署，提升交付品質 2. 負責系統部署、流程優化、高可用架構設計,確保系統維持高可用狀態 3. 系統環境建置與管理,熟悉GCP/AWS平台Kubernetes, Docker 4. 透過 Python、Shell、Ansible 開發自動化腳本完成日常重複性工作，有效提升整體效率 5. 能夠建置並維運 Nagios / Grafana / Loki / Prometheus 等工具，建立即時通報與處置機制,確保系統穩定 6. 分析網路資料傳輸與網路安全架構等特性，以規劃和維護網際網路系統之正常運作 7. 協助建置一般資料保護規則及落實資訊安全機制 8. 針對雲端架構規劃提供技術性建議

為什麼大家喜歡在 RichWell Co.Ltd. 上班？ 1.彈性上班-早上不趕打卡，想多睡一點、避開通勤人潮都OK。2.特休多多-不用等滿一年就能休假，我們比法規更大方，放假就是要爽爽的。3.獎金福利讚 年終、績效獎金該有的都有，努力絕對不白費。4.生日小驚喜，公司記得你的每個重要時刻。5.定期聚餐/Team Building 不只是工作夥伴，更是一起成長的戰友，吃吃喝喝感情更緊密。6.技術課、內部分享會，想學什麼我們都支持，讓你持續進化不退化！ About the roleWe are building a reliability-first platform. Over the next 12 months, we will stabilize our Windows-based services, strengthen observability, and progressively containerize into Kubernetes. You will be a key contributor driving self-service operations and data-driven reliability across the stack. What you’ll do• Operational automation: Build self-service runbooks for Windows services (AWX/Rundeck), implement Ansible/PowerShell DSC workflows, health checks, and safe rollbacks implementations.• Observability: Standardize metrics/logs/traces (Prometheus/Grafana, windows_exporter, OpenTelemetry; ELK/Loki). Create golden-signal dashboards and actionable alerts.• Reliability engineering: Participates in on-call, handle incidents and post-incident reviews (PIR), and lead game days to institutionalize SOPs.• Resilience: Design and implement backup disaster recovery, capacity planning, and performance tuning.• Long-term: Drive service containerization and Kubernetes adoption (Helm/Kustomize, Argo CD/Flux, ConfigMap/Secrets) with a strong focus on security and compliance.

【工作內容】 開發與維護系統自動化工具與腳本，協助提升平台維運效率與穩定性 協助監控與管理主機、網路與服務環境，確保系統正常運作 參與基礎設施相關維運工作，並持續優化自動化流程與操作方式 依據團隊需求協助處理相關技術任務與專案 ※ 此職位需配合 On-call 輪值支援，無需出差，公司不鼓勵長時間加班。

我們從計程車叫車 App 出發，55688 App 已突破 720 萬會員、累積超過 100 萬次下載，並維持 4.8 星高評價。隨著服務擴展至快遞、找專家、洗衣等生活服務，我們正朝向能承載高即時流量與高可靠度需求的 Super App 邁進。 目前團隊已具備研發與第一線維運人員，正在建立 SRE（可靠度工程）能力，希望邀請對系統穩定性、工程化改善有熱情的工程師，一起把基礎打好、制度建起來。 一、職務定位 1. 負責維持系統在 7x24x365 營運模式下的穩定性、可用性與可擴展性，透過工程化方式降低事故發生率、縮短復原時間，並建立自動化、標準化的部署與維運流程，使系統能安全、快速、可預期地持續交付。同時與研發工程師密切合作，將穩定度、可維運性與交付能力內建於產品開發流程中。 2. 這是一個 SRE / DevOps 的探索與建設角色（0→1），我們不期待你一來就建立完整 SRE 體系，能與團隊逐步建立可靠度工程的基礎能力與共識。 二、Incident / on-call 分工說明 1. L1（第一線）即時應變：由維運人員負責。 2. 本職位為 L2 on-call 支援角色，專注在可靠度與穩定性。 3. 核心價值在於： * 事後改善。 * 制度建立。 * 用工程方式降低事故發生率與影響範圍。 三、你會做的事（工作內容） (一) SRE（可靠度工程｜L2） 1. 與團隊一起盤點關鍵服務，逐步導入服務可靠度目標： * Service Level Agreement * Service Level Objective * Error Budget 2. 協助設計與改善系統架構： * 高可用架構（Load Balancer、Auto Scaling、Failover）。 * 健康檢查與自動復原機制。 3. 進行容量規劃與壓力評估： * Capacity Planning。 * 事前評估壅塞與資源不足風險。 4. 建立與優化可觀測性（Observability）： * Metrics（CPU、Memory、QPS、Latency、Error Rate） * Logs（集中化日誌） * Tracing（分散式追蹤） 5. 設計合理告警策略： * 避免大量無效或過度頻繁告警。 * 讓告警更貼近實際風險與業務影響。 6. 參與 L2 on-call 支援： * 協助分析系統性問題與 Root Cause。 * 評估是否需要： a. 回滾版本。 b. 降級服務。 c. 進行跨系統處置。 7. 主導或協助完成 Incident Report 與 Postmortem： * 系統性整理事故過程與影響。 * 將每一次事故轉化為具體改善行動與制度。 * 追蹤改善措施的落實情況。 (二) DevOps 1. 建立與維護 CI/CD Pipeline： * 例如 Jenkins、GitLab CI、GitHub Actions。 * 確保流程穩定、可重複且易維護。 2. 將以下流程自動化，降低人工操作風險： * Build。 * Test。 * Security Scan。 * Deploy。 3. 支援多環境的一致性與部署效率： * Dev 環境。 * Staging 環境。 * Production 環境。 4. 導入 Infrastructure as Code： * 例如 Terraform。 * 提升環境管理與佈署的可重現性與可追蹤性。 5. 建立與完善發布與回復機制 6. 與 QA、RD 協作： * 透過流程與工具設計降低發版風險。 * 在速度與穩定之間取得平衡。 (三) 與研發與維運團隊協作 1. 與 RD 協作，將穩定度與可觀測性納入開發流程，例如： * 設計 Health Check 機制，讓系統狀態可被自動偵測與監控。 * 規劃服務降級與備援設計，確保在部分功能異常時，核心流程仍可運作。 * 持續消除單點故障（SPOF），提升整體架構的高可用性。 2. 提供標準化平台能力，讓各產品團隊能共用： * CI/CD Pipeline 範本。 * 監控標準模組。 * 告警標準規則。 3. 與研發與維運團隊共同建立基礎 SRE 實踐： * Incident handling 流程： a. 通報。 b. 應變。 c. 復原。 * Runbook 撰寫與持續改善： a. 讓常見情境有標準作業手冊可依循。 * 基本 SLO / Error Budget 導入與追蹤。 4. 透過文件、分享與實務協作： * 提升團隊對 SRE 思維與方法的理解。 * 建立跨團隊對穩定度的共同語言與共識。 四、我們期待你具備的條件 (一) 必備條件 1. 3–5 年以上 DevOps 或 SRE 相關實務經驗。 2. 熟悉作業系統與網路基礎： * TCP/IP。 * DNS。 * HTTP。 * Load Balancer 等相關概念。 3. 熟悉至少一種雲端平台： * 例如 GCP 或 Azure。 4. 熟悉容器與編排技術 5. 具備 CI/CD Pipeline 建置或維護經驗。 6. 熟悉或曾接觸 Observability 工具，例如： * Prometheus / Grafana。 * ELK（Elasticsearch / Logstash / Kibana）。 * Datadog。 * OpenTelemetry 等。 7. 能配合 L2 on-call 支援： * 接受輪值制度。 * 願意以工程方式持續降低 on-call 負擔與頻率。 8.具領導資淺同仁、指派工作經驗，協同完成工作內容。 (二) 加分條件 1. 有即時高流量系統經驗（即時服務、電商、金流）。 2. 具效能調校、容量規劃或壓力測試實務經驗。 3. 具雲端或平台資安實務經驗，例如： * 權限設計。 * 資安防護。 * 合規與稽核相關經驗。 這不是一個「只是在前線救火」的職位， 而是一個能與團隊一起把 SRE 能力與制度從 0 建起來的角色。 如果你喜歡把混亂變成秩序、 把事故變成制度、 把人力應變變成工程化改善， 我們會很期待和你聊聊。

Established in 1987 and headquartered in Taiwan, TSMC pioneered the pure-play foundry business model with an exclusive focus on manufacturing its customers’ products. As of 2024, TSMC serves more than 500 customers and manufactures over 11,000 products for high-performance computing, smartphones, the Internet of Things (IoT), automotive, and digital consumer electronics. It is the world’s largest provider of logic ICs, with an annual capacity of 16 million 12-inch equivalent wafers. TSMC operates fabs in Taiwan as well as manufacturing subsidiaries in Washington State, Japan and China, and the Company began construction on a specialty technology fab in Dresden, Germany, in 2024. In Arizona, TSMC is building three fabs, with the first starting 4nm production in 2025, the second by 2028, and the third by the end of the decade. The Facility Computer Integrated Manufacturing Department (FDCIM) is part of the Intelligent Manufacturing Center (IMC) at TSMC. It is primarily responsible for the development and maintenance of the following products: Development and maintenance of manufacturing-related report products for wafer fabs.Development and maintenance of engineering-related report products for wafer fabs.Development and maintenance of digital operation system products for facility management.Development and maintenance of big data application system products for facility management.Development and maintenance of facility management AI and machine learning related algorithm development and application system products. Responsibilities: FDCIM also employs software engineering and modular development techniques, combined with high-performance database application technologies, to develop systematized software with a unified version control system that accommodates different time zones and languages globally.In addition to its regular software product development work, FDCIM is also engaged in the research and development of new technologies, including the application of DevOps, Microservices, MLOps, AIOps, and more. Develop and maintain AI/ML systems and algorithmsCollaborate with cross-functional teams to identify and solve business problems using AI/ML techniquesDesign and implement machine learning models and data pipelinesTest and validate AI models for accuracy, scalability, and efficiencyDeploy AI solutions to production environmentsStay up-to-date with the latest advancements in AI technologies and industry trendsWrite clean and efficient code using HTML, CSS, and JavaScriptOptimize web applications for speed and scalabilityTest and debug web applications across multiple browsers and devicesStay up-to-date with the latest front-end development trends and best practices

・フロントエンド開発・Webフロントエンドの最適化とユーザー体験の向上に向けた開発施策全般・APIドリブンな開発【技術環境】・言語: Ruby, TypeScript, Go・フレームワーク: Ruby on Rails, Nuxt.js/Vue.js・開発支援: Storybook, Swagger・データベース: PostgreSQL, Redis, Elasticsearch, MongoDB・インフラ: AWS(ECS/ECR on Fargate, S3, Route53, RDS, Cognito)・監視: Sentry, CloudWatch・DevOps: CircleCI , Terraform・コミュニケーション: Slack, Confluence, JIRA・バージョン管理: Github