▲ Tech Strategy: Leading Touch Pen Tech next 3-5 year Strategy and providing the recommendation including Vision, Direction and Solution Recommendation by considering • Industry trends • Emerging technology • Marketing share • UX research • Vendors' capabilities • Touch panel/IC tech alignment • Marketing LOB interest/ business value alignment.▲ Incubations: • Supporting next 2-year solutions including Audio (Voice), Display, Perf Optimization, and Biometrics areas. • Driving SW & HW vendors to support the incubation solutions with tech roadmap assessment, work scope/timeline plan, POC evaluation, benchmark testing, performance analysis, KPI definition and UX studies.• Defining and managing contractors' work scope and task delivery of the test methodology design, performing testing metrics, and reporting test results. • Collaborating with cross-functional teams including, procurement, quality, marketing, architects, engineers and product& development managers. • Influencing executive and business decisions by providing recommendations and highlighting tech/business value through presentations and demos.

▲ Developed series resistance measurement of PV cells at relatively lower prices than current mechanisms by MATLAB and the Electroluminescence Device.▲ Reduced the light-induced degeneration of PVs by controlling the rapid thermal process (RTP) to compare the results from the degraded PV cells in the laboratory and in the real world.▲ Enhanced PVs performances by screen-printing 4BB-3SS and 4BB silver contact on front sides of N-type and P-type wafers, and the full aluminum surface back field (Al-SBF) on rear sides.▲ Improved Al-BSF PVs efficiency, by PC1D, resulting 21.18% efficiency with 2 W-cm bulk resistivity, 90 W/square sheet resistance, 180mm thickness, and 0.5mm emitter junction depth.▲ Simulated the PVs application in the real life, by SAM, designing a standalone PVs system for a 900 sq. foot home in NC to meet the requirement of the annual load requirement and daily charge-replacement.

Teaching assistant for the course of Basic Electrical Engineering Circuits with responsibilities of grading exams and responding to students' questions about relative assignments.

• Produced 20 nm Tungsten thin-film on Si substrate through sputter deposition.• Investigated the quality of 20 nm tungsten thin-film with Talystep and Scanning White-Light Interferometry.• Studied AFM with LabVIEW and measured resonance frequency by Data Acquisition System.• Evaluated the dose-intensity in electron-beam lithography with the pattern of 700nm squares and 300 nm streets • Analyzed a green LED, by fabricating an active layer of multi-quantum wells (MQW) of InGaN/GaN through MOCVD.• Confirmed the effectiveness of the fabricated 5 MQW by Photoluminescence and X-ray Diffraction. • Reduced the time needed for etching metallographic specimens by the electrolytic etching tungsten fibers.• Investigated the quality of the measurement of the fibers with confocal microscope, SEM and CMM.

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