轉職熱搜工作

高速流體機械設備之深度節能應用技術，工作內容包含 1.中央空調水側系統深度節能 2.前瞻熱流整合技術應用 3.資料中心散熱技術

1.以數值方法進行旋轉機械與微波加熱相關之流場與熱傳模擬分析。 2.撰寫與彙整模擬分析結果之技術文件與報告。 3.其他臨時交辦事項

邀請加入國內最高標準的熱學與溫度計量技術團隊，共同維持國家溫度標準、發展關鍵量測技術，支援先進產業與科研應用。 1. 負責國家溫度標準之實現與追溯維持 2. 溫度校正與測試工作之規劃與執行 3. 先進熱學與溫度量測技術之研發與驗證 4. 熱學與溫度感測技術於先進產業製程之整合與應用

1. 海上結構物流體動力分析及製造可行性評估 2. CFD 數值模擬、資料分析及模型建構優化 3. 技術研析及國內外文獻資料蒐整 4. 海域現場及陸上實驗規劃、設計與執行

3DVC相關新產品開發技術主管、 3DVC工程師團隊建立並帶領團隊開發3DVC技術參數、 建立3DVC產品開發參數資料庫、 3DVC製程優化

We are seeking an experienced system debug engineer with strong background in the cloud/datacenter domain. In this position, you will play a key role in realizing vision to work closely with Foxconn’s biggest customers: CSPs to enable and scale out Foxconn latest server platforms and technologies. This position will have a chance to touch cutting-edge silicon, server hardware technologies and emerging firmware and OS solutions, and apply them to the CSPs. Responsibilities include: • Mastering the latest Intel/AMD/Ampere hardware and platform features. Tracking the enabling status of those features in silicon, low-level firmware/software, Operating System and latest Linux Upstream Kernel. • Debug customer data-center issues related to platform enabling and customization. Deep dive and root cause silicon enabling and system integration issues to sub system or source code level. • Closely collaborate with silicon enabling, firmware development, and various component teams from third-party vendors (e.g., memory, storage, network, power and performance, thermal/mechanical, I/O, etc.) to troubleshoot and debug cross-discipline and complex integration issues on server platforms. Drive debug taskforce cross functions to ensure timely issue resolution. • Contribute to the definition of new platforms with software architecture and development teams, support platform bring-up activities, review designs and code changes • Contribute to validation team on improving test plan/method to validate features and verify fixes • Put new technology into practice in the fastest manner, explore all possible alternatives for better solution, and pursue constant improvement on debug methodology and tool • Define and drive the system debug process implementation and ingredient owner engagement and alignment Qualifications: The candidate should possess a Bachelor of Science in Electrical Engineering, Computer Science or relevant technology (advanced degree is preferred) with 5+ years of applicable industrial experience in the following: • Solid understanding of x86/IA with design experience or working knowledge on CPU, DIMM, Chipset and Platform • Strong low-level debugging skills that enable the root causing of issues across hardware, firmware and OS levels • Experience with ASSET SCANWORKS, Intel ITP and Cscript development. Experience with PythonSV or programming with Python. In-depth knowledge of CPU flows and experience on silicon level debug and ASD (e.g. CrashDump Analysis) are preferred • Solid understanding and hands-on development/validation experience of popular server/PC technologies including PCI/PCI-E, USB, SAS/SATA, i2C/SMBUS, IPMI, BIOS/EFI and DIMM, Storage, Networking, Virtualization, Manageability, Security, RAS, etc. • Understanding of Operating System, Driver, BIOS and firmware fundamentals. Programming skills (e.g. C/C++) that enable the source code level debug and issue fix is highly preferred. • Experience at model-based problem solving that enable the effective investigation and narrow-down of complex issues; • Demonstrated capability to work within a team environment facing fast-changing requirements and complicated stakeholders.

1.Develop and maintain BMC firmware for AI servers, including OpenBMC platform bring-up and feature development (embedded Linux experience acceptable if no prior OpenBMC exposure). 2.Implement and integrate low-level drivers (U-Boot, Device Tree, Kernel), covering I2C, SPI, PMBus, GPIO, and other interfaces. 3.Build and maintain BMC sensor monitoring, FRU/SDR tables, fan/power control, and event log systems. 4.Implement management protocols and firmware update mechanisms (IPMI, Redfish, PLDM, MCTP). 5.Integrate Secure Boot / TPM / SPDM security frameworks. 6.If experienced with NVIDIA HGX/DGX/NVSwitch projects, support GPU power/thermal control, firmware updates, and OOB management integration. 7.Prepare design documents, test plans, mass production support materials, and debug reports.

1.執行NB特案機種的系統熱傳與噪音工程設計 2.建構TPE & VN團隊與人員培訓 3.建構TPE & VN熱傳與噪音設計實驗室

1.執行NB特案機種的系統熱傳與噪音工程設計 2.建構TPE & VN團隊與人員培訓 3.建構TPE & VN熱傳與噪音設計實驗室

1. 負責 AI Server / Storage 產品之 ODM 開發與系統架構規劃，具伺服器產品開發經驗者尤佳。 2. 規劃 AI 伺服器整體系統架構，包含 GPU Baseboard、CPU、Memory、Storage、高速網路、電源與冷卻系統等核心模組。 3. 負責 AI Server / Storage 產品之模組化設計，確保系統具備高效能、高擴充性、高可用性與可維護性。 4. 針對 AI 訓練與推論應用需求，規劃高速儲存架構，優化資料吞吐量、延遲與大量隨機讀寫效能。 5. 規劃高速快取、NVMe / SSD、儲存控制器與長期資料儲存系統之整合架構，提升資料存取效率與系統可靠度。 6. 參與新專案前期技術評估，協助分析客戶需求、產品規格與技術可行性，提出硬體架構方案與 PoC 規劃。 7. 擔任跨部門技術整合窗口，協調機構、熱傳、SI/PI、電源、韌體、軟體、驗證與製造團隊，確保各模組符合系統設計需求。 8. 主導系統設計審查、風險評估、問題分析與改善追蹤，確保產品開發進度、品質與技術規格符合客戶要求。 9. 定義系統驗證測試項目，包含效能、穩定性、極限負載、散熱、電源、訊號完整性與可靠度測試。