14nm 1X module owner for Back End of Line Technology DevelopmentTeam (BEOL-TD) to achieve high yield and robust process control.Lead and managed Resistance Scrap Reduction Task Force Team (TFT)resulting 70% Scrap loss due to OOS materials.Successfully established new measurement method to improve inlinevisibility and correction with final Resistance by 50%.Cost saving champion by shortening process flow to increase productiontime without impacting Yield or Reliability.Improved 14nm commercial and automotive CpK/PpK for inline andelectric parameter to be greater than 1.67 of process window.

• Layer owner of 14nm and legacy node Back End of Line Chemical Mechanical Planarization (BEOL CMP)• Conduct experiment and maintain process on running on target an improve KPIs• Lead and manage an alternative slurry flow rate method, resulting $2,000,000 annual cost saving• Optimized Cu CMP APC polish time which increased uniformity by 15% and reduced SPC interlock by 30%

Graded homework and provided helpful feedback for students in (CBE140) and (CBE150A)Communicated with instructors to discuss standardized rubrics for consistent grading

• Worked in cleanroom to synthesize thin-film polymers enhancing the intensity of ultrasonic transducer • Set up, calibrate, operate and maintain various pieces of laboratory and test equipment• Cooperated with graduate students to design CMOS, MEMS, and PMUT fabricating in the chip in cleanroom• Worked independently to formulate the thickness of PDMS vs spin coating speed

• Maintained supplies and equipment in the Organic Chemistry Stock-room• Issued lab equipment and chemicals to lab students during classes• Maintained safety and security in the Organic Chemistry laboratory

Vanadium dioxide (VO2) nano-wires can be potentially used as ultra-fast optical switching device Growing VO2 nano-wires in the vacuum furnace using chemical vapor decomposition process Collaborated with 2 graduate students to study the effect of temperature and mechanical bending on VO2 nano-wiresDetermined the best type of wafer to maximize length of cantilever VO2 nano-wires

• Calculated the vapor-liquid component and fractional molar flow rates at variety of flash temperature and pressure. • Analyzed pressure and temperature binary phase diagram between hexane and toluene• Determined molar volume of carbon dioxide in Peng-Robinson and Van de Waals equation

Designed and installed LED and custom sign solutions based on customers specific needs, location and budgetGuaranteed 100% on-time delivery and customers’ satisfactionManaged receiving and releasing of mechanical parts and electrical components safely and accurately

Achieved 1000+ tutoring hours for groups of 5-6 students in Algebra, Chemistry, Calculus Trained 10-20 new tutors per quarter; 90% of trainees were rehired, 30% were promoted to senior tutorDeveloped lesson plans to teach Chemistry and Calculus with professors in the Math Performance Success (MPS) programCoordinated with the academic advisor to help dropout and re-entry students