• Minor in Mathematics

● Maintained dry-etch tools with tool knowledge and daily sustaining experience with Tokyo Electronics Limited Tactras platform ● Collaborated with interdisciplinary departments such as Defect-Metrology and Integration to maintain defects and parametric to achieve fab matching through factory quality indicators matching through factory quality indicators ● Managed simultaneous defect task forces utilizing model-based problem-solving with data analytics ● Compiled and presented whitepapers for qualifying process fungibility, limit updating and parts improvement projects ● Troubleshooted various technical tool issues using fault detection and statistical process control programs such as Applied Materials E3 and SPC platforms

• Strategizing various thin film depositions from PVD techniques including DC/RF sputtering and thermal evaporation on various equipment to develop a process line of recipes for extended cleanroom users • Characterizing mechanical and electrical properties such as deposition rate, film stress, and electrical resistivity of processed samples for database recording

• Designing and fabricating PDMS microfluidics devices through soft lithography to investigate interfacial interactions between DNA origami nanostructures and soft functionalizing substrates for preliminary nanodevices • Analyzing and validating the integrity of DNA nanostructures using Andor Revolution XD Spinning Disk Microscope for fluorescence imaging

• Fabricated UV-sensitive tetrapod sensors through S1805 photolithography, BCl3 and Cl2 reactive ion etching, sputtering Al and ZnO thin films through RF PVD • Evaluated IV curves based on 375 nm wavelength by characterization and statistical comparison on Signatone S-1008 to determine sensor performance such as signal enhancement and average current • Collaborated with a team of colleagues to present project findings in presentation and written documentation

• Designed and constructed a final working prototype of an automated petri dish dispenser in the timespan of 15 weeks • Administered and tested the electronic circuit design and synchronization of various electronic sensors using Arduino Uno • Facilitated team responsibilities and challenges throughout the engineering design process to ensure project completion

• Demonstrated confidentiality with student and facility records protected by federal law in a professional manner (Family Educational Rights and Privacy Act) • Maintained a level of organization to prevent information loss/mistakes • Increased duties and responsibilities to additional confidential information due to successful handling of prior information

• Analyzed and formulated several hundred behavioral datasets received from data drawn from various testing paradigms to draw conclusions on the behavioral features of mother mouse during pup retrieval • Built and validated electronic circuits such as an amplifier gain for calibration of ultrasonic microphone and speakers to improved output signal for mouse testing • Enhanced MATLAB and LabVIEW Fast Fourier Transform segmentation algorithms for executing and recording experiments for additional analysis • Collaborated with various participating research groups to achieve research goals in neurological projects • Presented research progress at various annual college-wide research symposiums and 2012 International Neuroscience Society Symposium to receive feedback and improvement from other academic expertise in rodent neuroscience

• Assisted in the diagnosis and troubleshoot on the technology issues on the College campus • Protected clients’ disclosed information while conducting various tasks • Worked with various faculty and students in a diligent manner • Diagnosed and solved the technical issues by conducting various troubleshooting techniques • Troubleshooted on computer-related issues for students and faculty campus-wide