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Hands on execution Find defect Create & follow-up all defect life cycle by using bug tracking tools

【Main Job Responsibilities】 According to the function or project in charge to develop Server system hardware design, function verification, system/mainboard development document and HW spec preparation, problem solving to achieve mass production schedule on time. Cross function team cooperation to solve the software and hardware related problems for each stage including NPI phase and mass production to facilitate product mass production Cost optimization of existing technologies, functional modu

Design, develop, code, and debug BMC/OpenBMC Firmware by applying knowledge of server hardware architecture and system design. BMC Firmware development/update for Design& Sustaining Project. Conduct the design and implementation of the BMC and other firmware subsystem of the product. End of life re-design, New vendor qualification, and Design related issues found in Manufacturing or Field. Debug and validate firmware design, system level debug and root cause analysis. Control and maintain

As a Lead, you own project validation will be able to technically lead the entire cross functional design team on their interactions and responsibilities for that project. A Lead Engineer is responsible for ensuring the phase gate technical milestones are met, is the leader of technical reviews, and is responsible for making sure that the specification requirements inputs and design outputs align. This engineer will have demonstrated experience at releasing product into a production environment.

- Serve as subject matter expert on BMC and related technologies. - Design, implement, and maintain BMC solutions, including hardware and firmware, to meet the needs of the organization. - Configure and manage BMC interfaces and protocols, including IPMI, to ensure secure and reliable communication with remote servers. - Collaborate with cross-functional teams to integrate BMC with other systems, such as server management tools and monitoring systems. - Develop and implement best practices for B

Responsibilities: • Lead thermal development activities and provides design guidance and methodologies to less-experienced staff members • Identify and evaluate new technologies, innovations, and outsourced partner relationships for alignment with technology roadmap and business value • Support and influences integration of thermal strategy into overall architecture • Lead and direct across multiple platforms, core teams and organizations on all thermal issues • Recognized internally and externa

JOB SUMMARY As a Principal Engineer, you will be a SME (subject matter expert) in the server/storage/telecom device for mechanical system architecture provider. You could base on PRD provide a system level mechanical architecture with feasible solution concept for execution team follow up. You will be the pioneer to communicate with the BU/CTO directly to come out the best solution fulfill the customer requirement during POC/RFI/RFQ stage.

Advanced Engineer will work on: - Pre-concept/ Concept evaluation. - Feasibility Study - Deliver Early Design Work

Advanced Engineer will work on: - Pre-concept/ Concept evaluation. - Feasibility Study - Deliver Early Design Work

- Design Product: Server/Storage/Networking Switch 1. High Speed Signal Simulation 2. Power Signal Simulation 3. High Speed Signal Routing Guideline 4. High Speed Signal Routing Review 5. High Speed Signal Test and Validation 6. High Speed Signal Correlation Between Simulaiton and Measurement