香港商栢能科技有限公司

Responsible for : A : Firmware Engineer 1. Bring up the board and help to verify the hardware design 2. Porting drivers for embedded linux as well as fine tunning its stability and performance. 3. review the schematic to see it is suitable for porting an embedded system. B. Software Engineer 1. Develop spcified application on our products. These can be on Windows/Ubuntu and maybe Android/iOS if necessary. 2. These product could be AI PC, HandHeld Game Device, Android/iOS devices, and Digital Signage. 3. Required Skill : C++/C, C#, Python, Qt/MFC/WPF/UWP. Common tasks 1. Providing testing script/tool for validating team. 2. Documentation for user guide and releasenote. 3. Maintain and upgrading the current project if necessary.

職位職責： 1. UEFI BIOS development and debugging. 2. Server system associated feature development. 3. Clarify uncertain issue among hardware, software, BIOS and firmware. 4. Able to study new technical spec. and provide solutions accordingly. 5. Kernel code update and coding. 6. At least 5 years of Server experience with X86 system Legacy/uEFI BIOS , work closely with BMC is plus. 說明: Responsible for UEFI BIOS development and maintenance of server products and server platforms Lead the defining, pre-testing, delivering, and documenting of BIOS spec and materials. Provides UEFI expertise to project teams of server firmware design Provides tangible feedback to improve product quality and reduce exceptional errors Co-operate closely with hardware, BMC, and validating test team members Maintain a good relationship with BIOS vendors

Job Summary: 1. We are seeking skilled PCB Layout Engineers to join our R&D team in Taipei. 2. This role focuses on the layout of high-speed, multilayer PCBs for server motherboards, add-on cards, and other complex systems. 3. The ideal candidate is detail-oriented, proficient in industry-standard layout tools, and able to collaborate closely with hardware, mechanical, and manufacturing teams. Key Responsibilities: 1. Perform PCB layout for server motherboards and related boards using Allegro PCB Designer or Allegro X Venture. 2. Create footprints (symbols and land patterns) and manage part libraries. 3. Conduct component placement and high-speed/multilayer routing based on electrical and mechanical constraints. 4. Communicate routing rules and constraints with hardware engineers (e.g., trace width, spacing, impedance, return paths). 5. Generate and verify output documentation including Gerber files, drill drawings, fabrication, and assembly files. 6. Collaborate with hardware, mechanical, and manufacturing engineers to ensure DFM/DFT compliance. 7. Work with vendors and manufacturers to solve layout-related issues during NPI and mass production stages. 8. Able to independently complete layout projects.

Job Summary: 1. We are looking for a highly skilled and experienced Senior Hardware Design Engineer to join our server development team in Taipei. 2. The ideal candidate will be responsible for high-speed hardware design, schematic capture, debugging, and working cross-functionally with layout, validation, firmware, and manufacturing teams to deliver high-quality server products and add-on cards. Key Responsibilities: 1. Responsible for schematic capture, layout review, BOM generation, and debugging/testing of server motherboards and add-on cards. 2. Collaborate with layout engineers, BIOS and firmware engineers, validation and test engineers, and cross-functional teams to identify and resolve engineering issues early in the development cycle. 3. Participate in and contribute to design reviews, architecture discussions, and project planning. 4. Prepare and maintain technical documentation, including product specifications, layout guidelines, test procedures, and design review reports. 5. Ensure product compliance with engineering specifications, safety, and energy regulations if any (e.g., ErP), and customer performance expectations. 6. Provide clear documentation and technical support to contract manufacturers and production teams during prototype and mass production stages. 7. Lead root cause analysis and provide corrective actions for hardware-related production or field issues. Required Qualifications: 1. Bachelor’s or Master’s degree in Electrical Engineering, Computer Engineering, or a related field. 2. Minimum 5 years of experience in hardware design for server, PC, or embedded systems. 3. Proficient in schematic capture tools (e.g., OrCAD). 4. Solid understanding of high-speed signal integrity, power delivery design, and board-level debugging. 5. Hands-on experience with lab equipment such as scopes, logic analyzers, and multimeters. 6. Strong problem-solving and analytical skills. 7. Good communication and documentation skills in both English and Mandarin.

The Role: Lead the technical architecture planning for GPU server products, deeply integrating mainstream GPU architectures (e.g., NVIDIA, AMD) ａｎｄ emerging AI accelerator technologies to ensure solutions are advanced ａｎｄ compatible. Role & Responsibilities: 1. Technical R&D ａｎｄ Solutions Design *Lead the technical architecture planning for GPU server products, deeply integrating mainstream GPU architectures (e.g., NVIDIA, AMD) ａｎｄ emerging AI accelerator technologies to ensure solutions are advanced ａｎｄ compatible. *Oversee high-performance computing (HPC), data center optimization, ａｎｄ server hardware scalability design, driving GPU applications ｉｎ cloud computing ａｎｄ edge computing scenarios. *Design ａｎｄ optimize networking ａｎｄ storage solutions (e.g., PCIe, NVLink, RDMA) tailored for AI workloads to enhance system efficiency ａｎｄ data throughput. 2. Team Management ａｎｄ Cross-Functional Leadership *Lead engineering teams, coordinate cross-functional collaboration (e.g., hardware, software, product), ａｎｄ manage end-to-end product development lifecycles. * *Develop ａｎｄ execute strategic roadmaps for GPU-based server solutions, aligning with industry trends (e.g., AI, cloud gaming, scientific research) ａｎｄ business objectives. *Manage project timelines, resource allocation, ａｎｄ risk mitigation for server deployments, ensuring on-time delivery ａｎｄ quality assurance. 3. Market Strategy ａｎｄ Customer Engagement *Analyze market trends, competitive landscapes, ａｎｄ customer demands ｉｎ GPU adoption across industries (e.g., AI, cloud computing, gaming). * Translate enterprise requirements into GPU-powered solutions, collaborating with sales ａｎｄ marketing teams to drive product positioning ａｎｄ market penetration. 3. Technical Skills & Expertise *Deep understanding of GPU technologies, including NVIDIA/AMD architectures ａｎｄ emerging AI accelerators. *Proven experience ｉｎ server hardware design, HPC, data center optimization, ａｎｄ scalability principles. * Strong knowledge of cloud/edge computing frameworks ａｎｄ GPU integration ｉｎ these environments. * Proficiency ｉｎ high-speed interconnects (PCIe, NVLink, RDMA) ａｎｄ storage solutions optimized for AI/ML workloads. Management & Leadership Competencies * Track record ｉｎ leading engineering teams ａｎｄ managing cross-functional projects. * Strategic mindset with the ability to define long-term technical roadmaps ａｎｄ align teams with business goals. * Excellent project management skills, including timeline oversight, resource allocation, ａｎｄ risk management. Industry & Business Acumen * In-depth knowledge of global GPU market trends, competitive dynamics, ａｎｄ application scenarios (AI, HPC, etc.). * Ability to identify ａｎｄ address enterprise customer needs, designing tailored solutions that balance technical innovation ａｎｄ commercial viability 4.Preferred Skills * In-depth knowledge of global GPU market trends, competitive dynamics, ａｎｄ application scenarios (AI, HPC, etc.). * Ability to identify ａｎｄ address enterprise customer needs, designing tailored solutions that balance technical innovation ａｎｄ commercial viability