轉職熱搜工作

1. 專案硬體相關設計 2. 硬體設計問題分析與解決能力 3. 領導工程師硬體設計相關問題分析,與支援工廠,測試單位試產相關問題解決 4. 跨部門溝通協調.廠商與客戶端的問題澄清與溝通 ※依學經歷、工作年資敘薪

1. 專案硬體相關設計 2. 硬體設計問題分析與解決能力 3. 與支援工廠,測試單位試產相關問題解決 4. 跨部門溝通協調.廠商端的問題澄清與溝通 ※依學經歷、工作年資敘薪

1.負責醫療器材產品開發全流程管理（設計開發、驗證、試產至量產導入） 2.規劃並控管產品開發時程、成本與資源，確保專案如期完成 3.帶領研發團隊，提升開發效率與技術能力 4.與業務、業務PM、製造、品保等跨部門協作，推動專案順利執行 5.確保產品開發符合ISO 13485、FDA QSR等醫療器材法規要求 6.主導設計驗證（V&V）、風險評估（ISO 14971）及設計審查作業 7.協助新產品導入（NPI）與技術移轉，提升產品量產穩定性 8.參與產品技術策略規劃與平台化設計，提升產品競爭力

★ 招募對象：全台原住民菁英們 ★ 招募職務： 研發單位：硬體/軟體/機構/專案/軟韌體測試/品保工程師 製造單位：製造/SMT/PE/TE工程師/資材管理師 ★ 工作地點：台北/林口/平鎮/高雄 ※依學經歷、工作年資敘薪 ※本職缺依據原住民族工作權保障法，如非具備該身分者，請前往其他職務應徵。 ※屬『定額僱用』員額，歡迎或優先僱用『原住民』，以盡法定義務。

1.主導永磁同步馬達（PMSM）及無刷直流馬達（BLDC）的驅動系統開發案，包含功率電子、電源管理、驅動電路 及磁場導向控制（FOC）、六步換相控制等產品實現。 2.熟悉DC-DC、AC-DC電路設計，包括逆變器、功率開關（如 MOSFET、IGBT）的選型與應用風險管理。 3.熟悉 CAN、UART、SPI、I2C 等通訊協定及相關開發工具（如 STM32CubeIDE、MATLAB/Simulink）。 4.具備電磁干擾分析(EMI)及電磁相容性(EMC)設計與測試經驗 5.跨部門協作與溝通- ①與企劃、研發及生產團隊緊密合作，進行產品設計、驗證與量產導入 ②進行技術評審與決策，並向高層管理團隊匯報技術進展與風險評估 ✔學歷與經驗： ①電機工程、自動化控制、電子工程或相關領域本科以上學歷，碩士以上尤佳 ②至少 5年以上馬達驅動器或電機控制系統開發經驗，其中 2年以上團隊管理或專案領 導經驗 ✔分析與測試能力： ①熟練使用示波器、功率分析儀等測試工具進行調試與性能驗證 ②具備故障排除邏輯手法的引導與系統穩定性分析經驗 ✔產品研發與技術面管理： ①工作任務指派與協調、技職教育訓練擬定及執行 ②規劃與推動電控產品的技術路線和開發進度，確保項目如質如期。 ③管理產品開發過程中的風險與挑戰，並制定有效的技術解決方案 ✔加分條件： ①具備高速電機（如無人機電機、伺服電機）控制經驗者優先考慮 ②熟悉功能安全標準（如 IEC 61508、IEC62061）者尤佳

1.Familiarity with VHDL/Verilog coding and FPGA/CPLD design flow is a must 2.Familiarity with FPGA/CPLD design in server application and bus protocols including I2C / power sequence / SPI / LPC / SGPIO / I2C switch/ UART / PWM / eSPI 3.Familiarity with Lattice/Altera EDA design tool. 4.Strong HW and x86 architecture knowledge. 5.Integration and simulation experience 6.Issue Fail symptom Anlayze and Tracker ※依學經歷、工作年資敘薪

The R&D Manager (Hardware) is responsible for leading the hardware development team in the design and enhancement of semiconductor process equipment. This role focuses on mechanical, electrical, and system integration aspects, ensuring product quality, manufacturability, and performance while collaborating closely with software and process engineering teams. Key Responsibilities • Lead the hardware R&D team in developing new semiconductor equipment and improving existing systems, covering mechanical, electrical, and system integration design. • Define hardware architecture, development roadmaps, and engineering priorities in alignment with product and business strategies. • Supervise mechanical and electrical design reviews, prototyping, and validation to ensure reliability and performance targets are met. • Collaborate cross-functionally with software, manufacturing, process, and service teams to ensure seamless product integration and transfer to production. • Evaluate and adopt advanced technologies to enhance equipment precision, stability, and cost efficiency. • Manage project schedules, resource allocation, and technical documentation throughout the development lifecycle. • Drive continuous improvement in design quality, standardization, and modularization. • Coach and develop engineers, fostering technical growth and a culture of accountability and innovation.

1. RFQ/NPI/Post RTS activities coordination , prepare RFQ proposal , issues driving. 2. NPI phase travel budget/proto budget control and build activities coordinate among customer , internal teams. 3. Cross function co-ordination among RD/suppliers/RD/Validation team..and Customers. 4. Overall schedule control to meet major milestone.ol to meet major milestone. ※依照學經歷、工作年資敘薪 ※工作地點可選擇台北內湖/桃園龜山近林口長庚

【AITE】(Automation Infrastructure and Tools Engineering) team: provide automation & tools solution to support server design, validation and MFG production. (1) BMC/BIOS/HW/performance test tools and automation (2) MFG L6/L10/L11 etc. test solution (3) Automation test platform development 工作內容: 1.負責伺服器診斷軟體與自動化測試工具開發，支援 Design Validation（DV）與 Manufacturing（MFG）需求。 2. 開發與維護 X86 Server 平台診斷工具、自動化測試程式與 Validation Framework。 3. 設計與實作 Diagnostic Features、Test Scripts 與 Validation Utilities。 4. 執行系統除錯（Debugging）、問題分析（Troubleshooting）與 Root Cause Investigation。 5. 分析 Server 平台相關問題，包括 CPU、DIMM、NIC、GPU、Switch、Storage、NVMe 等系統模組。 6. 持續優化自動化測試效率、軟體品質與開發流程。 7. 帶領小型開發團隊，掌握專案時程、交付品質與問題收斂。 8. 與硬體、韌體、Validation、Manufacturing 團隊跨部門合作，快速定位與解決問題。 9. 支援量產環境之問題分析、測試改善與軟體優化。 ※依學經歷、工作年資敘薪 Job Description: 1. Develop server diagnostic software and automation tools to support Design Validation (DV) and Manufacturing (MFG) environments. 2. Develop and maintain diagnostic tools, automation test programs, and validation frameworks for X86 server platforms. 3. Design and implement diagnostic features, test scripts, and validation utilities. 4. Perform system debugging, troubleshooting, and root cause investigation. 5. Analyze server platform issues related to CPU, DIMM, NIC, GPU, Switch, Storage, NVMe, and related subsystems. 6. Continuously improve automation efficiency, software quality, and development productivity. 7. Lead small development teams and manage project execution, delivery quality, and issue closure. 8. Collaborate with hardware, firmware, validation, and manufacturing teams to resolve technical issues efficiently. 9. Support production issue analysis, test optimization, and software enhancement.

【AITE】(Automation Infrastructure and Tools Engineering) team: provide automation & tools solution to support server design, validation and MFG production. (1) BMC/BIOS/HW/performance test tools and automation (2) MFG L6/L10/L11 etc. test solution (3) Automation test platform development 工作內容: 1.負責伺服器診斷平台於設計驗證（Design Validation, DV）與量產製造（Manufacturing, MFG）階段之整體架構規劃與設計。 2.建立並制定 Diagnostic Platform、Validation Framework、Automation Infrastructure 與測試流程標準。 3.規劃並整合 X86 Server 系統相關診斷方案，涵蓋 CPU、DIMM、NIC、GPU、Switch、PDU、Storage、NVMe 與相關子系統。 4.主導系統架構演進、技術決策與平台最佳化，提升系統可擴展性（Scalability）、可維護性（Maintainability）與穩定性（Reliability）。 5.建立跨 Design Validation 與 Manufacturing 共用之診斷框架與平台架構。 6.與硬體、韌體、軟體、Validation、Manufacturing 及全球研發團隊跨部門合作，制定技術策略與開發標準。 7.提供全球開發團隊技術方向與架構指導，推動跨區域（Cross-Geo / Cross-Site）技術合作與最佳實務建立。 8.評估新技術與新平台需求，制定未來 Server Diagnostic Platform 技術藍圖（Technical Roadmap）。 9.帶領開發團隊落實架構設計，協助解決高複雜度系統問題與平台整合議題。 ※依學經歷、工作年資敘薪 Job Description: 1. Lead architecture planning and design of server diagnostic platforms across Design Validation (DV) and Manufacturing (MFG) environments. 2. Define and establish diagnostic platforms, validation frameworks, automation infrastructure, and testing standards. 3. Architect and integrate diagnostic solutions for X86 server systems, including CPU, DIMM, NIC, GPU, Switch, PDU, Storage, NVMe, and related subsystems. 4. Drive platform evolution, technical decision-making, and system optimization to improve scalability, maintainability, and reliability. 5. Establish unified diagnostic frameworks and shared platform architecture across validation and manufacturing environments. 6. Collaborate cross-functionally with hardware, firmware, software, validation, manufacturing, and global engineering teams to define technical strategies and development standards. 7. Provide technical leadership and architectural guidance to global development teams while promoting cross-geo technical collaboration and best practices. 8. Evaluate new technologies and define future technical roadmaps for server diagnostic platforms. 9. Lead development teams in implementing architecture designs and resolving complex system-level technical issues.