> Aligning effort allocation with team members for ongoing SSD projects• Classify projects based on urgency and complexity, then assign tasks to team members according to their expertise with different products.• Implement a collaborative oversight model, ensuring that each project undergoes at least three stages of design review (design owner/supervisor/EE lead) before advancing to the next phase.> Monitoring progress towards task goals• Collaborate with cross-functional teams to gather updates on ongoing projects and incidents.• Track team progress using high-level flowcharts to analyze workflow data and continuously optimize task and project delivery.> Early engagement in design, prescan/validation, and scheduling planning• Lead early engagement with RDK solutions provided by IC vendors, conducting initial scans of design documents—including BoM, schematics, layout guidance, 3D dimensions, and cost estimates—to proceed with prototype design.• Drive development improvements by proposing design optimizations, assisting with debugging during prototype bring-up, and incorporating Design for Manufacturability (DFM) guidelines before advancing to Engineering Verification Testing (EVT).

> Improve development by proposing design optimizations from feasibility study to project kick-off• Proposed approaches to transition design escalation from RDK/prototype to a complete, finalize design, ensuring alignment with the updated MRD and timely project kick-off.• Demonstrated a strong willingness to listen to customer needs and continuously optimize design feasibility throughout the project development process.> Development of electronics boards for new SSD related projects• Proficient in OrCAD CIS and PCB layout design/oversight for SSD applications.• Experienced in signal and power integrity design, with expertise in SI/PI simulation and analysis, to minimize the risks of the design during project forward.> Collaborate with internal and third-party engineers to identify design constraints, and then lead the project to success• Work closely with both internal teams and third-party engineers to identify potential design constraints early in the project, ensuring alignment on technical requirements and feasibility.• Establish clear communication channels with both internal and external stakeholders, facilitating timely feedback and adjustments throughout the project lifecycle.• Drive project success by maintaining a proactive approach to risk management, ensuring any potential roadblocks are addressed before they impact timelines or quality.

> Experience in design and development of SATA/USB/SD memory products• Hands-on experience in hardware design, including PCB layout, signal integrity analysis, and troubleshooting, to ensure seamless integration of memory products into host devices.> Design memory module with technical specifications from various controller and NAND flash vendors• Collaborate with firmware, mechanical, and NAND reliability engineers to develop and validate SSD modules, ensuring the design meets the overall system requirements for speed, efficiency, and scalability.> Collaborate with internal and third-party engineers to identify design constraints, leading the project to success• Work closely with internal teams and third-party engineers to identify potential design constraints early in the project, ensuring alignment on technical requirements and project feasibility. > Build and test the platform, perform qualification tests for release to production• Conduct comprehensive qualification tests, including functional verification, stress testing, thermal testing, and reliability assessments, to validate the platform’s performance under real-world conditions.• Oversee the final release process, ensuring all qualification tests are passed, the device is stable, and all documentation is complete and up-to-date for production handoff.

> Sustaining and debugging the Xilinx FPGA evaluation board if it involves any hardware-related issues> Responsible for developing RDK boards and custom testers(related to USB drive/SD card/SSD drive) to support early research and development needs for various storage controllers> Collaborated cross-functionally with the team during prototype IC validation

> Sustaining and updating the existing BoM(both high speed dome and IP camera) in the ERP system> Creating new BoMs(full HD high speed dome) based on the current structure list> Hand-soldering the PCBA sample before and during validation> Assisting in cross-functional evaluations involving hardware, software, and mechanical aspects> Assist in the NPI process for the ongoing project prior to mass production